{"text_format":"1","workbook":"xlsx","n_sheets":23,"sheets":["Instructions","Initital Settings","Inputs","Inputs - Custom Utility Rate","Results","Financial Model","FMV Regression","Environmental Model","Billing Model","Data","Data - Utility Rate Structures","Data - Vehicle Incentives","Data - Vehicles","Custom Rate Modeled","Version","License","Lists_Hidden","Automated Inputs","Automated Outputs","Results Tables","Zipcode Data","Sensitivity Tables","Dynamic_Lists_Hidden"],"not_rendered":{"charts":8,"images":2,"macros":1,"external_links":0,"defined_names":634,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Instructions","index":0,"n_rows":23,"n_cols":5,"rows_kept":23,"cut":false,"hidden":false,"merged":[[20,1,20,2],[21,1,21,2],[22,1,22,2],[14,1,14,2],[15,1,15,2],[16,1,16,2],[17,1,17,2],[18,1,18,2],[19,1,19,2]]}
["Instructions - Fleet Procurement Analysis Tool"]
[null,{"$f":" \"Version \" & TEXT(MAX(Version[Version]), \"#,##0.00\")","v":"Version 1.34"}]
[null,{"$f":" \"Last Updated: \" & TEXT(MAX(Version[Date]), \"m/d/yyyy\")","v":"Last Updated: 3/20/2025"}]
[]
[null,"Input Definitions",null,null,"Model Overview"]
[]
[null,null,"User-entered inputs"]
[]
[null,null,"Default assumptions that can be overridden by user"]
[]
[null,null,"Calculations or assumptions that cannot be altered"]
[]
[null,"Ownership Structure Definitions"]
[]
[null,"Purchase (Cash) - Vehicles purchased with cash"]
[null,"Purchase (Loan) - Vehicles purchased with debt financing"]
[null,"FMV (Closed-End) Lease - Vehicles leased with Fair Market Value lease structure. Vehicles not purchased at end of lease term."]
[null,"FMV (Closed-End) Lease w/ Cash Purchase - Vehicles leased with Fair Market Value lease structure. Vehicles purchased at end of lease term with cash."]
[null,"FMV (Closed-End) Lease w/ Loan Purchase - Vehicles leased with Fair Market Value lease structure. Vehicles purchased at end of lease term with debt financing."]
[null,"TRAC (Open-End) Lease - Vehicles leased with Terminal Rental Adjustment Clause lease structure. Vehicles not purchased at end of lease term."]
[null,"TRAC (Open-End) Lease w/ Cash Purchase -  Vehicles leased with Terminal Rental Adjustment Clause lease structure. Vehicles purchased at end of lease term with cash."]
[null,"TRAC (Open-End) Lease w/ Loan Purchase - Vehicles leased with Terminal Rental Adjustment Clause lease structure. Vehicles purchased at end of lease term with debt financing."]
[null,"Tax-Exempt Lease Purchase (Cash) - Vehicles leased with tax-exempt lease-purchase structure. Vehicles purchased at end of lease term with cash, typically a nominal amount ($1)."]

{"sheet":"Initital Settings","index":1,"n_rows":22,"n_cols":13,"rows_kept":22,"cut":false,"hidden":false,"merged":[[16,1,16,6],[18,1,18,6]]}
["Initial Settings - Fleet Procurement Analysis Tool",null,null,null,null,null,null,"*HIDDEN*","*HIDDEN*","*HIDDEN*","*HIDDEN*","*HIDDEN*","*HIDDEN*"]
[]
[null,"Save/Load"]
[]
[null,"Procurement Name","Demo Fleet Procurement"]
[]
[null,"Load values from previously saved procurement (external file)"]
[]
[null,"After filling out the Inputs tab, save all procurement inputs to an external file you can load later or share after"]
[]
[]
[null,"Sensitivity Settings"]
[]
[null," Update sensitivity analysis results if Calculation Options is set to Manual or Automatic Excerpt for Tables"]
[]
[null,"Variable","Input Field","Min Value","Max Value","Current Baseline Value","Current Comparison Value","Base Field Code","Base Field Reference","Sensitivity Reference","Comp Field Code","Comp Field Reference","Sensitivity Reference"]
[null,"Market Variables"]
[null,1,"Gasoline Price ($/Gallon)",1,4,{"$f":"INDIRECT(H18,FALSE)","v":3.52},{"$f":"INDIRECT(K18,FALSE)","v":3.52},{"$f":"VLOOKUP(sensitivity_01_input_field,DB_Sensitivity_Codes,2,FALSE)","v":"Gasoline_Price"},{"$f":"MID(CELL(\"filename\",INDIRECT(H18)),FIND(\"]\", CELL(\"filename\",INDIRECT(H18)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(H18)),COLUMN(INDIRECT(H18)),4,1)","v":"Inputs!K5"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!A$9, 16*(B18-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$A$9"},{"$f":"VLOOKUP(sensitivity_01_input_field,DB_Sensitivity_Codes,3,FALSE)","v":"Gasoline_Price"},{"$f":"MID(CELL(\"filename\",INDIRECT(K18)),FIND(\"]\", CELL(\"filename\",INDIRECT(K18)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(K18)),COLUMN(INDIRECT(K18)),4,1)","v":"Inputs!K5"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!A$9, 16*(B18-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$A$9"}]
[null,"Vehicle, Procurement, and Charging Variables"]
[null,2,"Number of  Vehicles to Procure (#)",1,15,{"$f":"INDIRECT(H20,FALSE)","v":1},{"$f":"INDIRECT(K20,FALSE)","v":1},{"$f":"VLOOKUP(sensitivity_02_input_field,DB_Sensitivity_Codes,2,FALSE)","v":"Base_V1_Num_Vehicles"},{"$f":"MID(CELL(\"filename\",INDIRECT(H20)),FIND(\"]\", CELL(\"filename\",INDIRECT(H20)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(H20)),COLUMN(INDIRECT(H20)),4,1)","v":"Inputs!E21"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!A$9, 16*(B20-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$A$25"},{"$f":"VLOOKUP(sensitivity_02_input_field,DB_Sensitivity_Codes,3,FALSE)","v":"Comp_V1_Num_Vehicles"},{"$f":"MID(CELL(\"filename\",INDIRECT(K20)),FIND(\"]\", CELL(\"filename\",INDIRECT(K20)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(K20)),COLUMN(INDIRECT(K20)),4,1)","v":"Inputs!N21"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!E$9, 16*(B20-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$E$25"}]
[null,3,"Annual Vehicle Mileage (VMT/Year)",10000,30000,{"$f":"INDIRECT(H21,FALSE)","v":10917},{"$f":"INDIRECT(K21,FALSE)","v":10917},{"$f":"VLOOKUP(sensitivity_03_input_field,DB_Sensitivity_Codes,2,FALSE)","v":"Base_V1_VMT"},{"$f":"MID(CELL(\"filename\",INDIRECT(H21)),FIND(\"]\", CELL(\"filename\",INDIRECT(H21)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(H21)),COLUMN(INDIRECT(H21)),4,1)","v":"Inputs!E32"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!A$9, 16*(B21-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$A$41"},{"$f":"VLOOKUP(sensitivity_03_input_field,DB_Sensitivity_Codes,3,FALSE)","v":"Comp_V1_VMT"},{"$f":"MID(CELL(\"filename\",INDIRECT(K21)),FIND(\"]\", CELL(\"filename\",INDIRECT(K21)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(K21)),COLUMN(INDIRECT(K21)),4,1)","v":"Inputs!N32"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!E$9, 16*(B21-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$E$41"}]
[null,4,"Expected Years of Use/Ownership (Years)",3,10,{"$f":"INDIRECT(H22,FALSE)","v":7},{"$f":"INDIRECT(K22,FALSE)","v":7},{"$f":"VLOOKUP(sensitivity_04_input_field,DB_Sensitivity_Codes,2,FALSE)","v":"Base_V1_Years_Usage"},{"$f":"MID(CELL(\"filename\",INDIRECT(H22)),FIND(\"]\", CELL(\"filename\",INDIRECT(H22)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(H22)),COLUMN(INDIRECT(H22)),4,1)","v":"Inputs!E31"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!A$9, 16*(B22-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$A$57"},{"$f":"VLOOKUP(sensitivity_04_input_field,DB_Sensitivity_Codes,3,FALSE)","v":"Comp_V1_Years_Usage"},{"$f":"MID(CELL(\"filename\",INDIRECT(K22)),FIND(\"]\", CELL(\"filename\",INDIRECT(K22)))+1,32) & \"!\" & ADDRESS(ROW(INDIRECT(K22)),COLUMN(INDIRECT(K22)),4,1)","v":"Inputs!N31"},{"$f":"CELL(\"address\", OFFSET('Sensitivity Tables'!E$9, 16*(B22-1), 0))","v":"'[Fleet-Procurement-Analysis-Tool_v1.34.xlsm]Sensitivity Tables'!$E$57"}]

{"sheet":"Inputs","index":2,"n_rows":151,"n_cols":17,"rows_kept":151,"cut":false,"hidden":false,"merged":[[145,1,145,2],[18,1,18,8],[18,10,18,17],[43,1,43,8],[43,10,43,17],[105,1,105,8],[105,10,105,17],[145,10,145,11],[127,1,127,8],[127,10,127,17]]}
["Inputs - Fleet Procurement Analysis Tool",null,null,null,null,"*HIDDEN*","*HIDDEN*","*HIDDEN*",null,null,null,null,null,null,"*HIDDEN*","*HIDDEN*","*HIDDEN*"]
[null,null,null,null,null,"Autofill Values","Sensitivity Values (to model)","Validation Calcs",null,null,null,null,null,null,"Autofill Values","Sensitivity Values (to model)","Validation Calcs"]
[null,"Market Inputs"]
[]
[null,"Market","U.S.",null,null,{"$f":"IF(_Market=\"U.S.\",VLOOKUP(State_Ex,DB_Fuel_Prices[],3,FALSE),VLOOKUP(Province_Ex,DB_Gasoline_Prices_Canada[],2,FALSE))","v":3.6667000000000001},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",K5),FIND(\"]\", CELL(\"filename\",K5))+1,32) & \"!\" & ADDRESS(ROW(K5),COLUMN(K5),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), K5)","v":3.52},null,null,{"$f":"\"Gasoline Price ($/\" & Constant_Volume_Metric & \")\"","v":"Gasoline Price ($/Gallon)"},3.52]
[null,"ZIP Code",20001,null,null,{"$f":"IF(_Market=\"U.S.\",VLOOKUP(State_Ex,DB_Fuel_Prices[],4,FALSE),VLOOKUP(Province_Ex,DB_Gasoline_Prices_Canada[],2,FALSE))","v":4.54},2.8102,null,null,{"$f":"\"Diesel Price ($/\" & Constant_Volume_Metric & \")\"","v":"Diesel Price ($/Gallon)"},2.8102]
[null,"U.S. State",{"$f":"VLOOKUP(_Zip_Code,ZipCodeLookup[],3,FALSE)","v":"DC"},null,null,{"$f":"IF(_Market=\"U.S.\",VLOOKUP(State_Ex,DB_Fuel_Prices[],6,FALSE),VLOOKUP(Province_Ex,DB_Electricity_Prices_Canada[],2,FALSE))","v":0.14899999999999999},0.1593,null,null,"Electricity Cost ($/kWh)",0.1593]
[null,"Fuel Carbon Credits",{"$f":"IF(OR(State_Ex=\"OR\", State_Ex=\"CA\"), \"Yes\", \"No\")","v":"No"},null,null,{"$f":"_xlfn.SWITCH(Rate_Informed_Electricity_Cost_Only_Ex, \"Base Only\", Base_Rate_Output_Ex, \"Both Base and Comparison\", Base_Rate_Output_Ex, Electricity_Price)","v":0.1593},{"$f":"_xlfn.SWITCH(Rate_Informed_Electricity_Cost_Only_Ex, \"Comp Only\", Comp_Rate_Output_Ex, \"Both Base and Comparison\", Comp_Rate_Output_Ex, Electricity_Price)","v":0.1593},null,null,"Rate-Informed Electricity Cost",{"$f":"IF(AND(_Base_V1_Vehicle_Drivetrain=\"BEV\",Base_Use_Charging_Management=\"Yes\",_Comp_V1_Vehicle_Drivetrain=\"BEV\",Comp_Use_Charging_Management=\"Yes\"),\"Both Base and Comparison\",IF(AND(_Base_V1_Vehicle_Drivetrain=\"BEV\",Base_Use_Charging_Management=\"Yes\"),\"Base Only\",IF(AND(_Comp_V1_Vehicle_Drivetrain=\"BEV\",Comp_Use_Charging_Management=\"Yes\"),\"Comparison Only\",\"No\")))","v":"No"}]
[null,"PADD Region",{"$f":"VLOOKUP(_Zip_Code,ZipCodeLookup[],5,FALSE)","v":"1b"},null,null,{"$f":"IF(_Market=\"U.S.\",0.5, 0.5)","v":0.5},0.46500000000000002,null,null,"Public Charging Price ($/kWh)",0.46500000000000002]
[null,"eGRID Region",{"$f":"VLOOKUP(_Zip_Code,ZipCodeLookup[],6,FALSE)","v":"RFCE"},null,null,{"$f":"IF(_Market=\"U.S.\",VLOOKUP(State_Ex,DB_Fuel_Prices[],6,FALSE),VLOOKUP(Province_Ex,DB_Electricity_Prices_Canada[],2,FALSE))","v":0.14899999999999999},0.124,null,null,"En Route Charging Price ($/kWh)",0.124]
[null,"Canadian Province","British Columbia",null,null,{"$f":"IF(_Market=\"U.S.\", DB_General_Inflation[Inflation (U.S.)], DB_General_Inflation[Inflation (Canada)])","v":0.02},0.02,null,null,"Inflation Rate (Excluding Fuel) (%/Year)",0.02]
[null,null,null,null,null,{"$f":"IF(_Market=\"U.S.\",35, 35)","v":35},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",K12),FIND(\"]\", CELL(\"filename\",K12))+1,32) & \"!\" & ADDRESS(ROW(K12),COLUMN(K12),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), K12)","v":0},null,null,"Cost of Downtime from Public Charging ($/Hour)",0]
[]
[null,null,null,null,null,null,null,null,null,"Include Cost of Carbon?","No"]
[null,null,null,null,null,{"$f":"IF(_Market=\"U.S.\", DB_Carbon_Price_US, DB_Carbon_Price_Canada)","v":42},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",K15),FIND(\"]\", CELL(\"filename\",K15))+1,32) & \"!\" & ADDRESS(ROW(K15),COLUMN(K15),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), K15)","v":0},null,null,{"$f":"\"Cost of Carbon \" & IF(_Market=\"U.S.\", \"($/Metric Ton)\", \"($/Tonne)\")","v":"Cost of Carbon ($/Metric Ton)"},0]
[]
[]
[null,"Vehicle Inputs"]
[null,"Procurement 1 (Baseline)",null,null,null,null,null,null,null,null,"Procurement 2 (Comparison)"]
[]
[null,"Number of Vehicles to Procure (#)",null,null,1,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E21),FIND(\"]\", CELL(\"filename\",E21))+1,32) & \"!\" & ADDRESS(ROW(E21),COLUMN(E21),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E21)","v":1},null,null,null,"Number of  Vehicles to Procure (#)",null,null,1,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N21),FIND(\"]\", CELL(\"filename\",N21))+1,32) & \"!\" & ADDRESS(ROW(N21),COLUMN(N21),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N21)","v":1}]
[null,"Vehicle Drivetrain Type",null,null,"BEV",null,null,null,null,null,"Vehicle Drivetrain Type",null,null,"ICE"]
[null,"Vehicle Class",null,null,"Passenger Vehicles (Light-Duty)",null,null,null,null,null,"Vehicle Class",null,null,"Passenger Vehicles (Light-Duty)"]
[null,"Vehicle Year",null,null,2023,null,null,null,null,null,"Vehicle Year",null,null,2024]
[null,"Vehicle Make",null,null,"Chevrolet",null,null,null,null,null,"Vehicle Make",null,null,"Toyota"]
[null,"Vehicle Model",null,null,"Bolt EUV",null,null,{"$f":"_Base_V1_Vehicle_Year&\" \"&_Base_V1_Vehicle_Make&\" \"&_Base_V1_Vehicle_Model&\" \"&_Base_V1_Vehicle_Drivetrain","v":"2023 Chevrolet Bolt EUV BEV"},null,null,"Vehicle Model",null,null,"Corolla",null,null,{"$f":"_Comp_V1_Vehicle_Year&\" \"&_Comp_V1_Vehicle_Make&\" \"&_Comp_V1_Vehicle_Model&\" \"&_Comp_V1_Vehicle_Drivetrain","v":"2024 Toyota Corolla ICE"}]
[null,{"$f":"IF(_Market=\"U.S.\", \"Fuel Economy Gasoline/Diesel City (MPG)\", \"Fuel Consumption Gasoline/Diesel City (L/100 km)\")","v":"Fuel Economy Gasoline/Diesel City (MPG)"},null,null,0,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Gas/Diesel City (MPG)]]),FALSE), VLOOKUP(Base_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Gas/Diesel City (L/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E27),FIND(\"]\", CELL(\"filename\",E27))+1,32) & \"!\" & ADDRESS(ROW(E27),COLUMN(E27),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E27)","v":0},null,null,null,{"$f":"IF(_Market=\"U.S.\", \"Fuel Economy Gasoline/Diesel City (MPG)\", \"Fuel Consumption Gasoline/Diesel City (L/100 km)\")","v":"Fuel Economy Gasoline/Diesel City (MPG)"},null,null,32,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Gas/Diesel City (MPG)]]),FALSE), VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Gas/Diesel City (L/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":31},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N27),FIND(\"]\", CELL(\"filename\",N27))+1,32) & \"!\" & ADDRESS(ROW(N27),COLUMN(N27),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N27)","v":32}]
[null,{"$f":"IF(_Market=\"U.S.\", \"Fuel Economy Gasoline/Diesel Highway (MPG)\", \"Fuel Consumption Gasoline/Diesel Highway (L/100 km)\")","v":"Fuel Economy Gasoline/Diesel Highway (MPG)"},null,null,0,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Gas/Diesel Hwy (MPG)]]),FALSE), VLOOKUP(Base_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Gas/Diesel Hwy (L/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E28),FIND(\"]\", CELL(\"filename\",E28))+1,32) & \"!\" & ADDRESS(ROW(E28),COLUMN(E28),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E28)","v":0},null,null,null,{"$f":"IF(_Market=\"U.S.\", \"Fuel Economy Gasoline/Diesel Highway (MPG)\", \"Fuel Consumption Gasoline/Diesel Highway (L/100 km)\")","v":"Fuel Economy Gasoline/Diesel Highway (MPG)"},null,null,41,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Gas/Diesel Hwy (MPG)]]),FALSE), VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Gas/Diesel City (L/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":40},41]
[null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Electric City (MPGe)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric City (Le/100 km)]])","v":"Fuel Economy Electric City (MPGe)"},null,null,125,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Electric City (MPGe)]]),FALSE), VLOOKUP(Base_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric City (Le/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":125},125,null,null,null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Electric City (MPGe)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric City (Le/100 km)]])","v":"Fuel Economy Electric City (MPGe)"},null,null,0,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Electric City (MPGe)]]),FALSE), VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric City (Le/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":0},0]
[null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Electric Hwy (MPGe)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric Hwy (Le/100 km)]])","v":"Fuel Economy Electric Hwy (MPGe)"},null,null,104,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Electric Hwy (MPGe)]]),FALSE), VLOOKUP(Base_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric Hwy (Le/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":104},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E30),FIND(\"]\", CELL(\"filename\",E30))+1,32) & \"!\" & ADDRESS(ROW(E30),COLUMN(E30),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E30)","v":104},null,null,null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Electric Hwy (MPGe)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric Hwy (Le/100 km)]])","v":"Fuel Economy Electric Hwy (MPGe)"},null,null,0,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Fuel Economy Electric Hwy (MPGe)]]),FALSE), VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric Hwy (Le/100 km)]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":0},0]
[null,"Expected Years of Use/Ownership (Years)",null,null,7,{"$f":"DB_Expected_Years_Of_Use_Ownership","v":7},7,null,null,null,"Expected Years of Use/Ownership (Years)",null,null,7,{"$f":"DB_Expected_Years_Of_Use_Ownership","v":7},7]
[null,{"$f":"\"Annual Vehicle Mileage (V\"&LEFT(Constant_Distance_Metric,1)&\"T/Year)\"","v":"Annual Vehicle Mileage (VMT/Year)"},null,null,10917,{"$f":"IF(_Market=\"U.S.\", DB_Annual_Mileage_US, DB_Annual_Mileage_Canada)","v":15000},10917,null,null,null,{"$f":"\"Annual Vehicle Mileage (V\"&LEFT(Constant_Distance_Metric,1)&\"T/Year)\"","v":"Annual Vehicle Mileage (VMT/Year)"},null,null,10917,{"$f":"IF(_Market=\"U.S.\", DB_Annual_Mileage_US, DB_Annual_Mileage_Canada)","v":15000},10917]
[null,{"$f":"\"% of Annual \" & Constant_Distance_Metric & \"s on Gasoline/Diesel\"","v":"% of Annual Miles on Gasoline/Diesel"},null,null,0,{"$f":"IF(_Base_V1_Vehicle_Drivetrain<>\"BEV\", MAX((Base_V1_VMT/365)-IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Electric Range]]),FALSE), VLOOKUP(Base_V1_Type_Ex,DB_Vehicles__Canada[], COLUMN(DB_Vehicles__Canada[[#Headers],[Electric Range]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE)),0)/(Base_V1_VMT/365), 0)","v":0},0,null,null,null,{"$f":"\"% of Annual \" & Constant_Distance_Metric & \"s on Gasoline/Diesel\"","v":"% of Annual Miles on Gasoline/Diesel"},null,null,1,{"$f":"IF(_Comp_V1_Vehicle_Drivetrain<>\"BEV\", MAX((Comp_V1_VMT/365)-IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[], COLUMN(DB_Vehicles[[#Headers],[Electric Range]]),FALSE), VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles__Canada[], COLUMN(DB_Vehicles__Canada[[#Headers],[Electric Range]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE)),0)/(Comp_V1_VMT/365), 0)","v":1},1]
[null,{"$f":"\"% of Annual \" & Constant_Distance_Metric & \"s City Driving\"","v":"% of Annual Miles City Driving"},null,null,0.55000000000000004,{"$f":"DB_Percent_Annual_Miles_City_Driving","v":0.55000000000000004},0.55000000000000004,null,null,null,{"$f":"\"% of Annual \" & Constant_Distance_Metric & \"s City Driving\"","v":"% of Annual Miles City Driving"},null,null,0.55000000000000004,{"$f":"Data!C272","v":0.55000000000000004},0.55000000000000004]
[null,"Cost to Insure ($/Year)",null,null,1194,{"$f":"SUMIFS(DB_Vehicle_Insurance_Table[Cost], DB_Vehicle_Insurance_Table[Vehicle Class], _Base_V1_Vehicle_Vehicle_Class, DB_Vehicle_Insurance_Table[Market], _Market)","v":1194},1194,null,null,null,"Cost to Insure ($/Year)",null,null,1194,{"$f":"SUMIFS(DB_Vehicle_Insurance_Table[Cost], DB_Vehicle_Insurance_Table[Vehicle Class], _Comp_V1_Vehicle_Vehicle_Class, DB_Vehicle_Insurance_Table[Market], _Market)","v":1194},1194]
[null,"Use Drivetrain Default Maintenance and Repair Costs?",null,null,"Yes",null,null,null,null,null,"Use Drivetrain Default Maintenance and Repair Costs?",null,null,"Yes"]
[null,{"$f":"\"Maintenance and Repair Cost - Years 1 - 5 ($/\" & Constant_Distance_Metric & \")\"","v":"Maintenance and Repair Cost - Years 1 - 5 ($/Mile)"},null,null,6.0999999999999999E-2,{"$f":"SUMIFS(DB_Maint_Repair_Costs[[Year 1 ]], DB_Maint_Repair_Costs[Market], _Market, DB_Maint_Repair_Costs[Vehicle Type], _Base_V1_Vehicle_Drivetrain, DB_Maint_Repair_Costs[Vehicle Class], _Base_V1_Vehicle_Vehicle_Class)","v":6.0999999999999999E-2},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E37),FIND(\"]\", CELL(\"filename\",E37))+1,32) & \"!\" & ADDRESS(ROW(E37),COLUMN(E37),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E37)","v":6.0999999999999999E-2},null,null,null,{"$f":"\"Maintenance and Repair Cost - Years 1 - 5 ($/\" & Constant_Distance_Metric & \")\"","v":"Maintenance and Repair Cost - Years 1 - 5 ($/Mile)"},null,null,0.10100000000000001,{"$f":"SUMIFS(DB_Maint_Repair_Costs[[Year 1 ]], DB_Maint_Repair_Costs[Market], _Market, DB_Maint_Repair_Costs[Vehicle Type], _Comp_V1_Vehicle_Drivetrain, DB_Maint_Repair_Costs[Vehicle Class], _Comp_V1_Vehicle_Vehicle_Class)","v":0.10100000000000001},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N37),FIND(\"]\", CELL(\"filename\",N37))+1,32) & \"!\" & ADDRESS(ROW(N37),COLUMN(N37),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N37)","v":0.10100000000000001}]
[null,{"$f":"\"Maintenance and Repair Cost - Years 5+ ($/\" & Constant_Distance_Metric & \")\"","v":"Maintenance and Repair Cost - Years 5+ ($/Mile)"},null,null,7.9299999999999995E-2,{"$f":"SUMIFS(DB_Maint_Repair_Costs[Year 6], DB_Maint_Repair_Costs[Market], _Market, DB_Maint_Repair_Costs[Vehicle Type], _Base_V1_Vehicle_Drivetrain, DB_Maint_Repair_Costs[Vehicle Class], _Base_V1_Vehicle_Vehicle_Class)","v":7.9299999999999995E-2},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E38),FIND(\"]\", CELL(\"filename\",E38))+1,32) & \"!\" & ADDRESS(ROW(E38),COLUMN(E38),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E38)","v":7.9299999999999995E-2},null,null,null,{"$f":"\"Maintenance and Repair Cost - Years 5+ ($/\" & Constant_Distance_Metric & \")\"","v":"Maintenance and Repair Cost - Years 5+ ($/Mile)"},null,null,0.1313,{"$f":"SUMIFS(DB_Maint_Repair_Costs[Year 6], DB_Maint_Repair_Costs[Market], _Market, DB_Maint_Repair_Costs[Vehicle Type], _Comp_V1_Vehicle_Drivetrain, DB_Maint_Repair_Costs[Vehicle Class], _Comp_V1_Vehicle_Vehicle_Class)","v":0.1313},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N38),FIND(\"]\", CELL(\"filename\",N38))+1,32) & \"!\" & ADDRESS(ROW(N38),COLUMN(N38),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N38)","v":0.1313}]
[null,"Recurring Taxes and Fees ($/Year)",null,null,10,null,10,null,null,null,"Recurring Taxes and Fees ($/Year)",null,null,10,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N39),FIND(\"]\", CELL(\"filename\",N39))+1,32) & \"!\" & ADDRESS(ROW(N39),COLUMN(N39),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N39)","v":10}]
[null,null,{"$f":"IF(_Market=\"U.S.\", IF(_Base_V1_Vehicle_Vehicle_Class=\"Passenger Vehicles (Light-Duty)\", \"Vehicle details from fueleconomy.gov\", \"More information on this vehicle\"), \"\")","v":"Vehicle details from fueleconomy.gov"},null,null,null,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[],COLUMN(DB_Vehicles[[#Headers],[Fueleconomy.gov Link]]),FALSE), VLOOKUP(Base_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Link]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45750"},null,null,null,null,null,{"$f":"IF(_Market=\"U.S.\", IF(_Comp_V1_Vehicle_Vehicle_Class=\"Passenger Vehicles (Light-Duty)\", \"Vehicle details from fueleconomy.gov\", \"More information on this vehicle\"), \"\")","v":"Vehicle details from fueleconomy.gov"},null,null,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[],COLUMN(DB_Vehicles[[#Headers],[Fueleconomy.gov Link]]),FALSE), VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Link]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47344"}]
[]
[]
[null,"Financial Inputs"]
[null,"Procurement 1 (Baseline)",null,null,null,null,null,null,null,null,"Procurement 2 (Comparison)"]
[]
[null,"Discount Rate for NPV Calculations (%)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E46),FIND(\"]\", CELL(\"filename\",E46))+1,32) & \"!\" & ADDRESS(ROW(E46),COLUMN(E46),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E46)","v":0},null,null,null,"Discount Rate for NPV Calculations (%)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N46),FIND(\"]\", CELL(\"filename\",N46))+1,32) & \"!\" & ADDRESS(ROW(N46),COLUMN(N46),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N46)","v":0}]
[]
[null,"Pricing Approach (select one)",null,null,"MSRP Less Discounts",null,null,{"$f":"IF(IFERROR(FIND(\"MSRP\",_Base_V1_Pricing_Approach,1),0)>0,TRUE,FALSE)","v":true},null,null,"Pricing Approach (select one)",null,null,"MSRP Less Discounts",null,null,{"$f":"IF(IFERROR(FIND(\"MSRP\",_Comp_V1_Pricing_Approach,1),0)>0,TRUE,FALSE)","v":true}]
[null,"MSRP ($/Vehicle)",null,null,30050,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[],COLUMN(DB_Vehicles[[#Headers],[MSRP]]),FALSE), VLOOKUP(Base_V1_Type_Ex, DB_Vehicles__Canada[], COLUMN(DB_Vehicles__Canada[[#Headers],[MSRP]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E49),FIND(\"]\", CELL(\"filename\",E49))+1,32) & \"!\" & ADDRESS(ROW(E49),COLUMN(E49),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E49)","v":30050},null,null,null,"MSRP ($)",null,null,22050,{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[],COLUMN(DB_Vehicles[[#Headers],[MSRP]]),FALSE), VLOOKUP(Comp_V1_Type_Ex, DB_Vehicles__Canada[], COLUMN(DB_Vehicles__Canada[[#Headers],[MSRP]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N49),FIND(\"]\", CELL(\"filename\",N49))+1,32) & \"!\" & ADDRESS(ROW(N49),COLUMN(N49),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N49)","v":22050}]
[null,"Value of Negotiated Discounts off MSRP ($/Vehicle)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E50),FIND(\"]\", CELL(\"filename\",E50))+1,32) & \"!\" & ADDRESS(ROW(E50),COLUMN(E50),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E50)","v":0},null,null,null,"Value of Negotiated Discounts off MSRP ($/Vehicle)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N50),FIND(\"]\", CELL(\"filename\",N50))+1,32) & \"!\" & ADDRESS(ROW(N50),COLUMN(N50),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N50)","v":0}]
[null,"Dealer Triple Net Price ($/Vehicle)",null,null,18024,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E51),FIND(\"]\", CELL(\"filename\",E51))+1,32) & \"!\" & ADDRESS(ROW(E51),COLUMN(E51),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E51)","v":18024},null,null,null,"Dealer Triple Net Price ($/Vehicle)",null,null,33226,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N51),FIND(\"]\", CELL(\"filename\",N51))+1,32) & \"!\" & ADDRESS(ROW(N51),COLUMN(N51),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N51)","v":33226}]
[null,"Dealer Markup ($/Vehicle)",null,null,200,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E52),FIND(\"]\", CELL(\"filename\",E52))+1,32) & \"!\" & ADDRESS(ROW(E52),COLUMN(E52),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E52)","v":200},null,null,null,"Dealer Markup ($/Vehicle)",null,null,300,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N52),FIND(\"]\", CELL(\"filename\",N52))+1,32) & \"!\" & ADDRESS(ROW(N52),COLUMN(N52),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N52)","v":300}]
[null,"Total Base Price",null,null,{"$f":"IF(IFERROR(FIND(\"MSRP\",_Base_V1_Pricing_Approach,1),0)>0,Base_V1_MSRP_Modeled-Base_V1_Discounts_Modeled,Base_V1_List_Price_Modeled+Base_V1_List_Price_Markup_Modeled)","v":30050},null,null,null,null,null,"Total Base Price",null,null,{"$f":"IF(IFERROR(FIND(\"MSRP\",_Comp_V1_Pricing_Approach,1),0)>0,Comp_V1_MSRP_Modeled-Comp_V1_Discounts_Modeled,Comp_V1_List_Price_Modeled+Comp_V1_List_Price_Markup_Modeled)","v":22050}]
[null,"Value of Federal Tax Incentives ($/Vehicle)",null,null,7500,{"$f":"IF(1, 0, IFERROR(IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex, DB_Vehicle_Incentives[], MATCH(\"Federal Tax Credit\", DB_Vehicle_Incentives[#Headers],0),FALSE), VLOOKUP(Base_V1_Type_Ex, DB_Vehicle_Incentives__Canada[], MATCH(\"Federal\", DB_Vehicle_Incentives__Canada[#Headers],0),FALSE)), 0))","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E54),FIND(\"]\", CELL(\"filename\",E54))+1,32) & \"!\" & ADDRESS(ROW(E54),COLUMN(E54),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E54)","v":7500},null,null,null,"Value of Federal Tax Credits ($/Vehicle)",null,null,0,{"$f":"IF(1, 0, IFERROR(IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex, DB_Vehicle_Incentives[], MATCH(\"Federal Tax Credit\", DB_Vehicle_Incentives[#Headers],0),FALSE), VLOOKUP(Comp_V1_Type_Ex, DB_Vehicle_Incentives__Canada[], MATCH(\"Federal\", DB_Vehicle_Incentives__Canada[#Headers],0),FALSE)), 0))","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N54),FIND(\"]\", CELL(\"filename\",N54))+1,32) & \"!\" & ADDRESS(ROW(N54),COLUMN(N54),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N54)","v":0}]
[null,"Value of State Tax Incentives ($/Vehicle)",null,null,0,{"$f":"IF(1, 0, IFERROR(IF(_Market=\"U.S.\",  SUMIFS(DB_Vehicle_Incentives[Incentive],DB_Vehicle_Incentives[State Abbreviation],State_Ex, DB_Vehicle_Incentives[Selection Name], Base_V1_Type_Ex), IF(VLOOKUP(\"Incentive Type\", DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0), FALSE)=\"Tax\", VLOOKUP(Base_V1_Type_Ex, DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0),FALSE),0)), 0))","v":0},0,null,null,null,"Value of State Tax Incentives ($/Vehicle)",null,null,0,{"$f":"IF(1, 0, IFERROR(IF(_Market=\"U.S.\", SUMIFS(DB_Vehicle_Incentives[Incentive],DB_Vehicle_Incentives[State Abbreviation],State_Ex, DB_Vehicle_Incentives[Selection Name], Comp_V1_Type_Ex), IF(VLOOKUP(\"Incentive Type\", DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0), FALSE)=\"Tax\", VLOOKUP(Comp_V1_Type_Ex, DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0),FALSE),0)), 0))","v":0},0]
[null,"State Tax Incentive Cap ($)",null,null,0,null,0,null,null,null,"State Tax Incentive Cap ($)",null,null,0,null,0]
[null,"Value of Non-tax Incentives ($/Vehicle)",null,null,0,{"$f":"IFERROR(IF(_Market=\"U.S.\", IF(VLOOKUP(\"Incentive Type\", DB_Vehicle_Incentives[], MATCH(State_Ex, DB_Vehicle_Incentives[#Headers], 0), FALSE)<>\"Tax\", VLOOKUP(Base_V1_Type_Ex, DB_Vehicle_Incentives[], MATCH(State_Ex, DB_Vehicle_Incentives[#Headers], 0),FALSE),0), IF(VLOOKUP(\"Incentive Type\", DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0), FALSE)<>\"Tax\", VLOOKUP(Base_V1_Type_Ex, DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0),FALSE),0)), 0)","v":0},0,null,null,null,"Value of Non-tax Incentives ($/Vehicle)",null,null,0,{"$f":"IFERROR(IF(_Market=\"U.S.\", IF(VLOOKUP(\"Incentive Type\", DB_Vehicle_Incentives[], MATCH(State_Ex, DB_Vehicle_Incentives[#Headers], 0), FALSE)<>\"Tax\", VLOOKUP(Comp_V1_Type_Ex, DB_Vehicle_Incentives[], MATCH(State_Ex, DB_Vehicle_Incentives[#Headers], 0),FALSE),0), IF(VLOOKUP(\"Incentive Type\", DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0), FALSE)<>\"Tax\", VLOOKUP(Comp_V1_Type_Ex, DB_Vehicle_Incentives__Canada[], MATCH(Province_Ex, DB_Vehicle_Incentives__Canada[#Headers], 0),FALSE),0)), 0)","v":0},0]
[null,"Initial Tax, Title, and Registration Cost ($/Vehicle)",null,null,1000,null,1000,null,null,null,"Initial Tax, Title, and Registration Cost ($/Vehicle)",null,null,1000,null,1000]
[null,"Initial Fee as Percent of Vehicle Base Price (%)",null,null,0,null,0,null,null,null,"Initial Fee as Percent of Vehicle Base Price (%)",null,null,0,null,0]
[null,null,null,null,null,null,null,{"$f":"IF(IFERROR(FIND(\"Lease\",_Base_V1_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":false},null,null,null,null,null,null,null,null,{"$f":"IF(IFERROR(FIND(\"Lease\",_Comp_V1_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":false}]
[null,"Include Utility Value Stream (Demand Response or Grid Service)?",null,null,"No",null,null,null,null,null,"Include Utility Value Stream (Demand Response or Grid Service)?",null,null,"No"]
[]
[null,"Estimated Net Income from Utility Program (Nominal)",null,null,0,null,null,null,null,null,"Estimated Net Income from Utility Program (Nominal)",null,null,0]
[null,"Income Period",null,null,"Annually",null,null,null,null,null,"Income Period",null,null,"Annually"]
[null,"Annual Change in Estimated Net Income (%)",null,null,0,null,null,null,null,null,"Annual Change in Estimated Net Income (%)",null,null,0]
[]
[null,"Use Fuel Carbon Market Credits?",null,null,"No",null,null,null,null,null,"Use Fuel Carbon Market Credits?",null,null,"No"]
[]
[null,"Electricity Carbon Intensity (grams CO2e/MJ)",null,null,80,null,null,null,null,null,"Electricity Carbon Intensity (grams CO2e/MJ)",null,null,50]
[null,"Start Year",null,null,2023,null,{"$f":"_xlfn.MAXIFS(CI_Benchmark_Table[Year],CI_Benchmark_Table[State], State_Ex)","v":0},null,null,null,null,null,null,2023,{"$f":"_xlfn.MAXIFS(CI_Benchmark_Table[Year],CI_Benchmark_Table[State], State_Ex)","v":0}]
[null,"i. https://ww2.arb.ca.gov/resources/documents/lcfs-pathway-certified-carbon-intensities",null,null,null,null,null,null,null,null,"i. https://ww2.arb.ca.gov/resources/documents/lcfs-pathway-certified-carbon-intensities"]
[null,"ii. https://www.oregon.gov/deq/ghgp/cfp/Pages/Clean-Fuel-Pathways.aspx",null,null,null,null,null,null,null,null,"ii. https://www.oregon.gov/deq/ghgp/cfp/Pages/Clean-Fuel-Pathways.aspx"]
[]
[null,"Carbon Credit Value by Year (Nominal) ",null,{"$f":"Base_CI_Start_Year","v":2023},100,"EER",{"$f":"VLOOKUP(_Base_V1_Vehicle_Vehicle_Class, EER_Table[], 2, 0)","v":3.4},null,null,null,"Carbon Credit Value by Year (Nominal) ",null,{"$f":"Comp_CI_Start_Year","v":2023},100,"EER",{"$f":"VLOOKUP(_Comp_V1_Vehicle_Vehicle_Class, EER_Table[], 2, 0)","v":3.4}]
[null,"Any year after the maximum year is constant.",null,{"$f":"D74+1","v":2024},100,"MJ Total (3.6MJ/kWh)",{"$f":"IFERROR(33.705/((Base_V1_Fuel_Economy_Electric_City *Base_V1_Miles_City) + (Base_V1_Fuel_Economy_Electric_Hwy * (1-Base_V1_Miles_City)) ) *Base_V1_VMT* 3.6, 0)","v":11463.842025097361},null,null,null,"Any year after the maximum year is constant.",null,{"$f":"M74+1","v":2024},100,"MJ Total (3.6MJ/kWh)",{"$f":"IFERROR(33.705/((Comp_V1_Fuel_Economy_Electric_City *Comp_V1_Miles_City) + (Comp_V1_Fuel_Economy_Electric_Hwy * (1-Comp_V1_Miles_City)) ) *Comp_V1_VMT* 3.6, 0)","v":0}]
[null,"The maximum year is determined by the carbon credit",null,{"$f":"D75+1","v":2025},100,"Energy Dispaced",{"$f":"Base_EER_Ex*Base_MJ_Total_Ex","v":38977.062885331026},null,null,null,"The maximum year is determined by the carbon credit",null,{"$f":"M75+1","v":2025},100,"Energy Dispaced",{"$f":"Comp_EER_Ex*Comp_MJ_Total_Ex","v":0}]
[null,{"$f":"\"program in the state. For \"&State_Ex&\", the maximum\"","v":"program in the state. For DC, the maximum"},null,2026,100,"Benchmark Fuel",{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class = \"Passenger Vehicles (Light-Duty)\", \"Gasoline\", \"Diesel\")","v":"Gasoline"},null,null,null,{"$f":"\"program in the state. For \"&State_Ex&\", the maximum\"","v":"program in the state. For DC, the maximum"},null,2026,100,"Benchmark Fuel",{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class = \"Passenger Vehicles (Light-Duty)\", \"Gasoline\", \"Diesel\")","v":"Gasoline"}]
[null,{"$f":"\"year is \" & G70 & \".\"","v":"year is 0."},null,2027,100,null,null,null,null,null,{"$f":"\"year is \" & O70 & \".\"","v":"year is 0."},null,2027,100]
[null,null,null,2028,100,null,null,null,null,null,null,null,2028,100]
[null,null,null,2029,100,null,null,null,null,null,null,null,2029,100]
[null,null,null,2030,100,null,null,null,null,null,null,null,2030,100]
[null,null,null,2031,100,null,null,null,null,null,null,null,2031,100]
[null,null,null,2032,100,null,null,null,null,null,null,null,2032,100]
[]
[null,"Ownership Structure",null,null,"Purchase (Cash)",null,null,{"$f":"IF(IFERROR(FIND(\"Cash\",_Base_V1_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":true},null,null,"Ownership Structure",null,null,"Purchase (Cash)",null,null,{"$f":"IF(IFERROR(FIND(\"Cash\",_Comp_V1_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":true}]
[null,"Tax Credits Can Be Monetized? (Y/N)",null,null,"Yes",null,null,{"$f":"IF(IFERROR(FIND(\"Loan\",_Base_V1_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":false},null,null,"Tax Credits Can Be Monetized? (Y/N)",null,null,"Yes",null,null,{"$f":"IF(IFERROR(FIND(\"Loan\",_Comp_V1_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":false}]
[null,"Down Payment ($/Vehicle)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E87),FIND(\"]\", CELL(\"filename\",E87))+1,32) & \"!\" & ADDRESS(ROW(E87),COLUMN(E87),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E87)","v":0},null,null,null,"Down Payment ($/Vehicle)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N87),FIND(\"]\", CELL(\"filename\",N87))+1,32) & \"!\" & ADDRESS(ROW(N87),COLUMN(N87),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N87)","v":0}]
[null,"Lease",null,null,null,null,null,null,null,null,"Lease"]
[null,"Lease Term (Years)",null,null,3,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E89),FIND(\"]\", CELL(\"filename\",E89))+1,32) & \"!\" & ADDRESS(ROW(E89),COLUMN(E89),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E89)","v":3},"Data validation handled in VBA",null,null,"Lease Term (Years)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N89),FIND(\"]\", CELL(\"filename\",N89))+1,32) & \"!\" & ADDRESS(ROW(N89),COLUMN(N89),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N89)","v":0},"Data validation handled in VBA"]
[null,"Lease Interest Rate (APR - %)",null,null,0.1,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E90),FIND(\"]\", CELL(\"filename\",E90))+1,32) & \"!\" & ADDRESS(ROW(E90),COLUMN(E90),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E90)","v":0.1},null,null,null,"Lease Interest Rate (APR - %)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N90),FIND(\"]\", CELL(\"filename\",N90))+1,32) & \"!\" & ADDRESS(ROW(N90),COLUMN(N90),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N90)","v":0}]
[null,"OR",null,null,null,null,null,null,null,null,"OR"]
[null,"Money Factor (#)",null,null,4.1666666666666701E-3,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E92),FIND(\"]\", CELL(\"filename\",E92))+1,32) & \"!\" & ADDRESS(ROW(E92),COLUMN(E92),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E92)","v":4.1666666666666701E-3},null,null,null,"Money Factor (#)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N92),FIND(\"]\", CELL(\"filename\",N92))+1,32) & \"!\" & ADDRESS(ROW(N92),COLUMN(N92),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N92)","v":0}]
[null,"Acquisition Fee ($/Vehicle)",null,null,0,null,0,null,null,null,"Acquisition Fee ($/Vehicle)",null,null,0,null,0]
[null,"Disposition Charge ($/Vehicle)",null,null,0,null,0,null,null,null,"Disposition Charge ($/Vehicle)",null,null,0,null,0]
[null,"Negotiated Residual Value ($/Vehicle)",null,null,17000,null,17000,{"$f":"IF(IFERROR(FIND(\"Tax-Exempt\",_Base_V1_Ownership_Structure,1),0)>0,IF(Base_V1_Lease_Residual_Price=1,TRUE,FALSE),TRUE)","v":true},null,null,"Negotiated Residual Value ($/Vehicle)",null,null,0,null,0,{"$f":"IF(IFERROR(FIND(\"Tax-Exempt\",_Comp_V1_Ownership_Structure,1),0)>0,IF(Comp_V1_Lease_Residual_Price=1,TRUE,FALSE),TRUE)","v":true}]
[null,"Mileage Included (Closed-End Only)",null,null,0,null,0,null,null,null,"Mileage Included (Closed-End Only)",null,null,0,null,0]
[null,{"$f":"\"Excess Mileage Cost ($/\" & Constant_Distance_Metric & \")\"","v":"Excess Mileage Cost ($/Mile)"},null,null,0,null,0,null,null,null,{"$f":"\"Excess Mileage Cost ($/\" & Constant_Distance_Metric & \")\"","v":"Excess Mileage Cost ($/Mile)"},null,null,0,null,0]
[null,"Loan",null,null,null,null,null,null,null,null,"Loan"]
[null,"Loan Term (Years)",null,null,4,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E99),FIND(\"]\", CELL(\"filename\",E99))+1,32) & \"!\" & ADDRESS(ROW(E99),COLUMN(E99),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E99)","v":4},"Data validation handled in VBA",null,null,"Loan Term (Years)",null,null,4,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N99),FIND(\"]\", CELL(\"filename\",N99))+1,32) & \"!\" & ADDRESS(ROW(N99),COLUMN(N99),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N99)","v":4},"Data validation handled in VBA"]
[null,"Loan Interest Rate (APR - %)",null,null,0.05,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E100),FIND(\"]\", CELL(\"filename\",E100))+1,32) & \"!\" & ADDRESS(ROW(E100),COLUMN(E100),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E100)","v":0.05},null,null,null,"Loan Interest Rate (APR - %)",null,null,0.05,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N100),FIND(\"]\", CELL(\"filename\",N100))+1,32) & \"!\" & ADDRESS(ROW(N100),COLUMN(N100),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N100)","v":0.05}]
[]
[]
[]
[]
[null,"EV Charging Infrastructure Use and Installation Inputs"]
[null,"Procurement 1 (Baseline)",null,null,null,null,null,null,null,null,"Procurement 2 (Comparison)"]
[]
[null,"% Depot/Home Charging",null,null,0.88,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E108),FIND(\"]\", CELL(\"filename\",E108))+1,32) & \"!\" & ADDRESS(ROW(E108),COLUMN(E108),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E108)","v":0.88},null,null,null,"% Depot/Home Charging",null,null,1,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N108),FIND(\"]\", CELL(\"filename\",N108))+1,32) & \"!\" & ADDRESS(ROW(N108),COLUMN(N108),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), N108)","v":1}]
[null,"% Public Charging",null,null,0.12,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E109),FIND(\"]\", CELL(\"filename\",E109))+1,32) & \"!\" & ADDRESS(ROW(E109),COLUMN(E109),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E109)","v":0.12},null,null,null,"% Public Charging",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N109),FIND(\"]\", CELL(\"filename\",N109))+1,32) & \"!\" & ADDRESS(ROW(N109),COLUMN(N109),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), N109)","v":0}]
[null,"% En Route Charging ",null,null,{"$f":"MAX(1-Base_Percent_Home_Charging-Base_Percent_Public_Charging, 0)","v":0},null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E110),FIND(\"]\", CELL(\"filename\",E110))+1,32) & \"!\" & ADDRESS(ROW(E110),COLUMN(E110),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E110)","v":0},null,null,null,"% En Route Charging ",null,null,{"$f":"MAX(1-Comp_Percent_Home_Charging-Comp_Percent_Public_Charging, 0)","v":0},null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N110),FIND(\"]\", CELL(\"filename\",N110))+1,32) & \"!\" & ADDRESS(ROW(N110),COLUMN(N110),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), N110)","v":0}]
[null,"Maximum Power for Public Charging Only (kW)",null,null,50,50,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E111),FIND(\"]\", CELL(\"filename\",E111))+1,32) & \"!\" & ADDRESS(ROW(E111),COLUMN(E111),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E111)","v":50},null,null,null,"Maximum Power for Public Charging Only (kW)",null,null,50,50,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N111),FIND(\"]\", CELL(\"filename\",N111))+1,32) & \"!\" & ADDRESS(ROW(N111),COLUMN(N111),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N111)","v":50}]
[]
[null,"Procurement Includes EV Charging?",null,null,"No",null,null,null,null,null,"Procurement Includes EV Charging?",null,null,"No"]
[null,"Charging Level",null,null,"Level 2",null,null,null,null,null,"Charging Level",null,null,"DC Fast Charging"]
[null,"Number of EV Charging Stations Needed (#)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E115),FIND(\"]\", CELL(\"filename\",E115))+1,32) & \"!\" & ADDRESS(ROW(E115),COLUMN(E115),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E115)","v":0},null,null,null,"Number of EV Charging Stations Needed (#)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N115),FIND(\"]\", CELL(\"filename\",N115))+1,32) & \"!\" & ADDRESS(ROW(N115),COLUMN(N115),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N115)","v":0}]
[null,"Charging Equipment Cost ($/Station)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Base_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],B116)","v":834},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E116),FIND(\"]\", CELL(\"filename\",E116))+1,32) & \"!\" & ADDRESS(ROW(E116),COLUMN(E116),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E116)","v":0},{"$f":"SUM(G116:G118)","v":0},null,null,"Charging Equipment Cost ($/Station)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Comp_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],K116)","v":38000},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N116),FIND(\"]\", CELL(\"filename\",N116))+1,32) & \"!\" & ADDRESS(ROW(N116),COLUMN(N116),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N116)","v":0},{"$f":"SUM(P116:P118)","v":0}]
[null,"Construction and Equipment Installation Cost ($/Station)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Base_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],B117)","v":2180},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E117),FIND(\"]\", CELL(\"filename\",E117))+1,32) & \"!\" & ADDRESS(ROW(E117),COLUMN(E117),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E117)","v":0},null,null,null,"Construction and Equipment Installation Cost ($/Station)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Comp_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],K117)","v":20000},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N117),FIND(\"]\", CELL(\"filename\",N117))+1,32) & \"!\" & ADDRESS(ROW(N117),COLUMN(N117),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N117)","v":0}]
[null,"Electric Utility Upgrades and Grid Interconnection Cost ($/Site)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Base_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],B118)","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E118),FIND(\"]\", CELL(\"filename\",E118))+1,32) & \"!\" & ADDRESS(ROW(E118),COLUMN(E118),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E118)","v":0},null,null,null,"Electric Utility Upgrades and Grid Interconnection Cost ($/Site)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Comp_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],K118)","v":0},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N118),FIND(\"]\", CELL(\"filename\",N118))+1,32) & \"!\" & ADDRESS(ROW(N118),COLUMN(N118),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N118)","v":0}]
[null,"Maintenance and Network Service Cost ($/Station/Year)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Base_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],B119)","v":25.02},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E119),FIND(\"]\", CELL(\"filename\",E119))+1,32) & \"!\" & ADDRESS(ROW(E119),COLUMN(E119),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E119)","v":0},null,null,null,"Maintenance and Network Service Cost ($/Station/Year)",null,null,0,{"$f":"SUMIFS(DB_Charging_Infrastructure[Cost],DB_Charging_Infrastructure[Charging Level], _Comp_Charging_Level, DB_Charging_Infrastructure[Market], _Market, DB_Charging_Infrastructure[Description],K119)","v":1140},{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N119),FIND(\"]\", CELL(\"filename\",N119))+1,32) & \"!\" & ADDRESS(ROW(N119),COLUMN(N119),4,1), DB_Sensitivity_Indirect_Reference_Comp,2, FALSE)), N119)","v":0}]
[null,"Ownership Structure",null,null,"Purchase (Cash)",null,null,{"$f":"IF(IFERROR(FIND(\"Cash\",_Base_Inf_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":true},null,null,"Ownership Structure",null,null,"Purchase (Cash)",null,null,{"$f":"IF(IFERROR(FIND(\"Cash\",_Comp_Inf_Ownership_Structure,1),0)>0,TRUE,FALSE)","v":true}]
[null,"Loan",null,null,null,null,null,null,null,null,"Loan"]
[null,"Cash Upfront / Down Payment ($)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E122),FIND(\"]\", CELL(\"filename\",E122))+1,32) & \"!\" & ADDRESS(ROW(E122),COLUMN(E122),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E122)","v":0},null,null,null,"Cash Upfront / Down Payment ($)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N122),FIND(\"]\", CELL(\"filename\",N122))+1,32) & \"!\" & ADDRESS(ROW(N122),COLUMN(N122),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), N122)","v":0}]
[null,"Loan Term (Years)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E123),FIND(\"]\", CELL(\"filename\",E123))+1,32) & \"!\" & ADDRESS(ROW(E123),COLUMN(E123),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E123)","v":0},null,null,null,"Loan Term (Years)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N123),FIND(\"]\", CELL(\"filename\",N123))+1,32) & \"!\" & ADDRESS(ROW(N123),COLUMN(N123),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), N123)","v":0}]
[null,"Interest Rate (APR - %)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",E124),FIND(\"]\", CELL(\"filename\",E124))+1,32) & \"!\" & ADDRESS(ROW(E124),COLUMN(E124),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), E124)","v":0},null,null,null,"Interest Rate (APR - %)",null,null,0,null,{"$f":"IFERROR(INDIRECT(VLOOKUP(MID(CELL(\"filename\",N124),FIND(\"]\", CELL(\"filename\",N124))+1,32) & \"!\" & ADDRESS(ROW(N124),COLUMN(N124),4,1), DB_Sensitivity_Indirect_Reference_Base,2, FALSE)), N124)","v":0}]
[]
[]
[null,"Rate-Informed Electricity Cost",null,null,null,null,null,null,null,null,"Rate-Informed Electricity Cost"]
[null,"Procurement 1 (Baseline)",null,null,null,null,null,null,null,null,"Procurement 2 (Comparison)"]
[]
[null,"Use Rate-Informed Electricity Cost?",null,null,"No",null,null,null,null,null,"Use Rate-Informed Electricity Cost?",null,null,"Yes"]
[null,"Use User-Defined Custom Rate Structure?",null,null,"No",null,null,null,null,null,"Use User-Defined Custom Rate Structure?",null,null,"No"]
[null,"Custom Rate Structure Overrides Utility Rate",null,null,null,null,null,null,null,null,"Custom Rate Structure Overrides Utility Rate"]
[]
[null,"Utility",null,null,"Southern California Edison Co",null,null,null,null,null,"Utility",null,null,"Southern California Edison Co"]
[null,"Rate Structure Name",null,null,"Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2",null,null,null,null,null,"Rate Structure Name",null,null,"Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2"]
[]
[]
[null,"Peak Shave / Demand Charge Management?",null,null,"No",null,null,null,null,null,"Peak Shave / Demand Charge Management?",null,null,"No"]
[null,"Operating Days per Year",null,null,200,null,null,null,null,null,"Operating Days per Year",null,null,200]
[null,"Max Charging Power (kW)",null,null,50,"6.6, 50",null,null,null,null,"Max Charging Power (kW)",null,null,10,"6.6, 50"]
[null,"Charging Window Start Time",null,null,"19:00:00",{"$f":"HOUR(Base_Charging_Start_Time)","v":19},null,null,null,null,"Charging Window Start Time",null,null,"19:00:00",{"$f":"HOUR(Base_Charging_Start_Time)","v":19}]
[null,"Charging Window End Time",null,null,"10:00:00",{"$f":"HOUR(Base_Charging_End_Time)","v":10},null,null,null,null,"Charging Window End Time",null,null,"04:00:00",{"$f":"HOUR(Base_Charging_End_Time)","v":10}]
[null,"Charging Time (hours)",null,null,{"$f":"IF(Base_Charging_End_Time<Base_Charging_Start_Time, 24 - HOUR(Base_Charging_Start_Time) + HOUR(Base_Charging_End_Time), HOUR(Base_Charging_End_Time) - HOUR(Base_Charging_Start_Time))","v":15},null,null,null,null,null,"Charging Time (hours)",null,null,{"$f":"IF(Comp_Charging_End_Time<Comp_Charging_Start_Time, 24 - HOUR(Comp_Charging_Start_Time) + HOUR(Comp_Charging_End_Time), HOUR(Comp_Charging_End_Time) - HOUR(Comp_Charging_Start_Time))","v":9}]
[null,"Min Time (hours)",null,null,{"$f":"ROUNDUP(Base_Daily_Energy_Need_Ex/Base_Fully_Rated_Power_Ex, 0)","v":1},{"$f":"E144<=E143","v":true},null,null,null,null,"Min Time (hours)",null,null,{"$f":"ROUNDUP(Comp_Daily_Energy_Need_Ex/Comp_Fully_Rated_Power_Ex, 0)","v":7},{"$f":"N144<=N143","v":true}]
[]
[null,"Automatically determine the interval within the charging window where average electricity cost is cheapest. This process will delay the charging start and often result in lower energy costs. ",null,null,null,null,null,null,null,null,"Automatically determine the interval within the charging window where average electricity cost is cheapest. This process will delay the charging start and often result in lower energy costs. "]
[null,"Time of Use Delay (hours)",null,null,0,null,null,null,null,null,"Time of Use Delay (hours)",null,null,4]
[null,"Charging Period Start Time (24hr)",null,null,{"$f":"Base_Charging_Start_Time + TIME(Base_TOU_Offset, 0,0)","v":"19:00:00"},null,null,null,null,null,"Charging Period Start Time (24hr)",null,null,{"$f":"Comp_Charging_Start_Time + TIME(Comp_TOU_Offset, 0,0)","v":"23:00:00"}]
[null,"Charging Period End Time (24hr)",null,null,{"$f":"Base_Charging_End_Time","v":"10:00:00"},null,null,null,null,null,"Charging Period End Time (24hr)",null,null,{"$f":"Comp_Charging_End_Time","v":"04:00:00"}]
[]
[null,"Calculated Rate ($/kWh)",null,null,{"$f":"SUM(Base_Seasonal_Bill[Total Seasonal Charge])/(Base_Daily_Energy_Need_Ex*Base_Operating_Days_Per_Year)","v":0},null,null,null,null,null,"Calculated Rate ($/kWh)",null,null,{"$f":"SUM(Comp_Seasonal_Bill[Total Seasonal Charge])/(Comp_Daily_Energy_Need_Ex*Comp_Operating_Days_Per_Year)","v":0}]

{"sheet":"Inputs - Custom Utility Rate","index":3,"n_rows":32,"n_cols":14,"rows_kept":32,"cut":false,"hidden":true,"merged":[[1,0,1,1]]}
["Inputs - Custom Utility Rate"]
["<<-- Return to Inputs"]
[]
[null,"Baseline Vehicle Rate Structure",null,null,null,null,null,null,"Comparison Vehicle Rate Structure"]
[null,"Months in Summer","Column1","Months in Winter",null,null,null,null,"Months in Summer","Column1","Months in Winter"]
[null,8,null,{"$f":"12-Base_Custom_Rate_Months_User[[#This Row],[Months in Summer]]","v":4},null,null,null,null,8,null,{"$f":"12-Comp_Custom_Rate_Months_User[[#This Row],[Months in Summer]]","v":4}]
[]
[null,"Hour of Day","Hour","Demand Charge - Winter ($/kW)","Demand Charge - Summer ($/kW)","Energy Charge - Summer ($/kWh)","Energy Charge - Winter ($/kWh)",null,"Hour of Day","Hour","Demand Charge - Winter ($/kW)","Demand Charge - Summer ($/kW)","Energy Charge - Summer ($/kWh)","Energy Charge - Winter ($/kWh)"]
[null,"12:00:00",0,6.5,8.5,3.5000000000000003E-2,0.03,null,"12:00:00",0,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.0416666666666701,1,6.5,8.5,3.5000000000000003E-2,0.03,null,1.0416666666666701,1,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.0833333333333299,2,6.5,8.5,3.5000000000000003E-2,0.03,null,1.0833333333333299,2,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.125,3,6.5,8.5,3.5000000000000003E-2,0.03,null,1.125,3,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.1666666666666701,4,6.5,8.5,3.5000000000000003E-2,0.03,null,1.1666666666666701,4,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.2083333333333299,5,6.5,8.5,3.5000000000000003E-2,0.03,null,1.2083333333333299,5,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.25,6,6.5,8.5,3.5000000000000003E-2,0.03,null,1.25,6,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.2916666666666701,7,6.5,8.5,3.5000000000000003E-2,0.03,null,1.2916666666666701,7,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.3333333333333299,8,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.3333333333333299,8,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.375,9,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.375,9,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.4166666666666701,10,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.4166666666666701,10,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.4583333333333299,11,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.4583333333333299,11,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.49999999999997,12,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.49999999999997,12,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.5416666666666301,13,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.5416666666666301,13,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.58333333333329,14,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.58333333333329,14,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.62499999999995,15,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2,null,1.62499999999995,15,9,12.5,8.5000000000000006E-2,7.4999999999999997E-2]
[null,1.6666666666666099,16,12,18,0.115,9.5000000000000001E-2,null,1.6666666666666099,16,12,18,0.115,9.5000000000000001E-2]
[null,1.70833333333327,17,12,18,0.115,9.5000000000000001E-2,null,1.70833333333327,17,12,18,0.115,9.5000000000000001E-2]
[null,1.7499999999999301,18,12,18,0.115,9.5000000000000001E-2,null,1.7499999999999301,18,12,18,0.115,9.5000000000000001E-2]
[null,1.7916666666665899,19,12,18,0.115,9.5000000000000001E-2,null,1.7916666666665899,19,12,18,0.115,9.5000000000000001E-2]
[null,1.83333333333325,20,12,18,0.115,9.5000000000000001E-2,null,1.83333333333325,20,12,18,0.115,9.5000000000000001E-2]
[null,1.8749999999999101,21,12,18,0.115,9.5000000000000001E-2,null,1.8749999999999101,21,12,18,0.115,9.5000000000000001E-2]
[null,1.9166666666665699,22,6.5,8.5,3.5000000000000003E-2,0.03,null,1.9166666666665699,22,6.5,8.5,3.5000000000000003E-2,0.03]
[null,1.95833333333323,23,6.5,8.5,3.5000000000000003E-2,0.03,null,1.95833333333323,23,6.5,8.5,3.5000000000000003E-2,0.03]

{"sheet":"Results","index":4,"n_rows":56,"n_cols":14,"rows_kept":56,"cut":false,"hidden":false,"merged":[[3,11,3,13],[29,1,29,13],[31,11,32,13],[32,6,32,7],[31,6,31,9],[32,1,32,2],[31,1,31,4]]}
["Results - Fleet Procurement Analysis Tool"]
[{"$f":"\"Procurement Name: \" & Procurement_Name","v":"Procurement Name: Demo Fleet Procurement"}]
["Procurement Summary"]
[null,null,null,null,null,null,null,null,null,null,null,"Procurement Details"]
[null,{"$f":"\"Vehicle Cost per \" & Constant_Distance_Metric & \" (Nominal)\"","v":"Vehicle Cost per Mile (Nominal)"},null,null,null,null,null,null,null,null,null,null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},{"$f":" Comp_V1_Type_Ex & \" (Comparison)\"","v":"2024 Toyota Corolla ICE (Comparison)"}]
[null,null,null,null,null,null,null,null,null,null,null,"Procurement Type",{"$f":"_Base_V1_Ownership_Structure","v":"Purchase (Cash)"},{"$f":"_Comp_V1_Ownership_Structure","v":"Purchase (Cash)"}]
[null,null,null,null,null,null,null,null,null,null,null,"Number of Vehicles Procured",{"$f":"Base_V1_Num_Vehicles_Modeled","v":1},{"$f":"Comp_V1_Num_Vehicles_Modeled","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,"Years of Use/Ownership",{"$f":"Base_V1_Years_Usage_Modeled","v":7},{"$f":"Comp_V1_Years_Usage_Modeled","v":7}]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"Constant_Distance_Metric & \"s Procured\"","v":"Miles Procured"},{"$f":"Base_V1_Years_Usage_Modeled*Base_V1_VMT_Modeled*Base_V1_Num_Vehicles_Modeled","v":76419},{"$f":"Comp_V1_Years_Usage_Modeled*Comp_V1_VMT_Modeled*Comp_V1_Num_Vehicles_Modeled","v":76419}]
[null,null,null,null,null,null,null,null,null,null,null,"Total NPV Vehicle and Operating Cost",{"$f":"SUM(M11:M14)","v":38668.11498302054},{"$f":"SUM(N11:N14)","v":40310.052817876247}]
[null,null,null,null,null,null,null,null,null,null,null,"Total Tax Incentives Captured",{"$f":"IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",(Base_V1_Federal_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)),0)","v":7500},{"$f":"IF(Comp_V1_Tax_Incentives_Monetized=\"Yes\",(Comp_V1_Federal_Tax_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled)+IF(Comp_V1_State_Tax_Incentive_Cap_Modeled=0,Comp_V1_State_Tax_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled,MIN(Comp_V1_State_Tax_Incentive_Cap_Modeled,Comp_V1_State_Tax_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled)),0)","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,"Total Non-Tax Incentive Captured",{"$f":"Base_V1_Other_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"Comp_V1_Other_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,"Total Discounts Captured",{"$f":"IF(_Base_V1_Pricing_Approach=\"MSRP Less Discounts\",Base_V1_Discounts_Modeled*Base_V1_Num_Vehicles_Modeled,0)","v":0},{"$f":"IF(_Comp_V1_Pricing_Approach=\"MSRP Less Discounts\",Comp_V1_Discounts_Modeled*Comp_V1_Num_Vehicles_Modeled,0)","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,"NPV Vehicle Total Cost less Incentives and Discounts",{"$f":"-Base_V1_Annualized_Cost_Ownership_Ex*Base_V1_Years_Usage_Modeled*Base_V1_Num_Vehicles_Modeled","v":31168.11498302054},{"$f":"-Comp_V1_Annualized_Cost_Ownership_Ex*Comp_V1_Years_Usage_Modeled*Comp_V1_Num_Vehicles_Modeled","v":40310.052817876247}]
[null,null,null,null,null,null,null,null,null,null,null,"NPV Total Cost of Infrastructure",{"$f":"-Base_Inf_Annualized_Cost_Ownership_Ex*Base_V1_Years_Usage_Modeled","v":0},{"$f":"-Comp_Inf_Annualized_Cost_Ownership_Ex*Comp_V1_Years_Usage_Modeled","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,"Total NPV Cost",{"$f":"SUM(M14:M15)","v":31168.11498302054},{"$f":"SUM(N14:N15)","v":40310.052817876247}]
[null,{"$f":"\"The baseline is \"& ABS(ROUND(('Results Tables'!C31-'Results Tables'!D31)/'Results Tables'!C31*100,2))&\"% \"&IF(ROUND(('Results Tables'!C31-'Results Tables'!D31)/'Results Tables'!C31*100,2)>0,\"more\",\"less\")&\" expensive than the comparison vehicle\"","v":"The baseline is 29.33% less expensive than the comparison vehicle"},null,null,null,null,null,null,null,null,null,{"$f":"\"Total NPV Cost / \" & Constant_Distance_Metric","v":"Total NPV Cost / Mile"},{"$f":"M16/M9","v":0.40785818949502795},{"$f":"N16/N9","v":0.52748731098125134}]
[]
["Societal Benefit Summary"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Fleet Gasoline/Diesel Use (Total All Vehicles)"]
[]
[null,{"$f":"Base_V1_Type_Ex&\" Based Fleet\"","v":"2023 Chevrolet Bolt EUV BEV Based Fleet"},null,null,null,"VS",{"$f":"Comp_V1_Type_Ex&\" Based Fleet\"","v":"2024 Toyota Corolla ICE Based Fleet"},null,null,null,"=",{"$f":"\"The baseline fleet uses \"& TEXT(ABS(ROUND(B33-G33,0)),\"#,##0\")&\" \"&IF(ROUND(B33-G33,0)>0,\"more \",\"fewer \")& LOWER(Constant_Volume_Metric) & \"s of gasoline/diesel than the comparison fleet\"","v":"The baseline fleet uses 2,152 fewer gallons of gasoline/diesel than the comparison fleet"}]
[null,{"$f":"'Results Tables'!C38","v":0},null,{"$f":"LOWER(Constant_Volume_Metric) & \"s\"","v":"gallons"},null,null,{"$f":"'Results Tables'!D38","v":2152.1966844512194},null,{"$f":"LOWER(Constant_Volume_Metric) & \"s\"","v":"gallons"}]
[]
["Cash Flow Summary"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Sensitivity Analysis",null,null,null,null,null," Update sensitivity analysis results if Calculation Options is set to Manual or Automatic Excerpt for Tables"]

{"sheet":"Financial Model","index":5,"n_rows":148,"n_cols":29,"rows_kept":148,"cut":false,"hidden":false,"merged":[]}
["Financial Models - Fleet Procurement Analysis Tool"]
[null,null,null,"Year 0","Year 1 ","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25"]
[null,"Baseline Vehicle 1"]
[null,null,null,0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25]
[null,null,null,"Year 0","Year 1 ","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25"]
[null,"Depreciation Calculations"]
[null,"Fair Market Value - BEV",null,{"$f":"IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",Base_V1_Base_Price_Ex,0)","v":30050},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(E5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(E5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(E5)-COLUMN($D5)))*Base_V1_MSRP_Modeled,0),300),0), IF(COLUMN(E5)-COLUMN($D5)=1, 'Financial Model'!D7*0.77, 'Financial Model'!D7*0.85))","v":23201.108063150001},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(F5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(F5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(F5)-COLUMN($D5)))*Base_V1_MSRP_Modeled,0),300),0), IF(COLUMN(F5)-COLUMN($D5)=1, 'Financial Model'!E7*0.77, 'Financial Model'!E7*0.85))","v":20147.5311263},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(G5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(G5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(G5)-COLUMN($D5)))*Base_V1_MSRP_Modeled,0),300),0), IF(COLUMN(G5)-COLUMN($D5)=1, 'Financial Model'!F7*0.77, 'Financial Model'!F7*0.85))","v":17472.584189450004},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(H5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(H5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(H5)-COLUMN($D5)))*Base_V1_MSRP_Modeled,0),300),0), IF(COLUMN(H5)-COLUMN($D5)=1, 'Financial Model'!G7*0.77, 'Financial Model'!G7*0.85))","v":15176.267252600002},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(I5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(I5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(I5)-COLUMN($D5)))*Base_V1_MSRP_Modeled,0),300),0), IF(COLUMN(I5)-COLUMN($D5)=1, 'Financial Model'!H7*0.77, 'Financial Model'!H7*0.85))","v":13258.580315749998},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF($H7-$I7=0,0,MAX(Constant_DEP*I7, 300)),IF($H7-$I7=0,0,MAX((1-($H7-$I7)/$H7)*I6,300)))","v":12163.421581669048},11158.722959023185,10237.012442607871,9391.4352148484613,8615.702666101979,7904.0456258819559,7251.1714571841067,6652.2246948206994,6102.75093502851,5598.6637077951546,5136.2140855312746,4711.9628020663913,4322.7546746157077,3965.69513849245,3638.1287200529737,3337.619287776598,3061.9319346062512,2809.0163568077746,2576.9916057354526,2364.1320991017042]
[null,"Fair Market Value - PHEV",null,{"$f":"IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",Base_V1_Base_Price_Ex,0)","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(E5)-COLUMN($D5))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(E5)-COLUMN($D5))^2)+Reg_PHEV_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(E5)-COLUMN($D5)),0),300),0),IF(COLUMN(E5)-COLUMN($D5)=1, 'Financial Model'!D8*0.77, 'Financial Model'!D8*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(F5)-COLUMN($D5))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(F5)-COLUMN($D5))^2)+Reg_PHEV_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(F5)-COLUMN($D5)),0),300),0),IF(COLUMN(F5)-COLUMN($D5)=1, 'Financial Model'!E8*0.77, 'Financial Model'!E8*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(G5)-COLUMN($D5))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(G5)-COLUMN($D5))^2)+Reg_PHEV_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(G5)-COLUMN($D5)),0),300),0),IF(COLUMN(G5)-COLUMN($D5)=1, 'Financial Model'!F8*0.77, 'Financial Model'!F8*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(H5)-COLUMN($D5))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(H5)-COLUMN($D5))^2)+Reg_PHEV_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(H5)-COLUMN($D5)),0),300),0),IF(COLUMN(H5)-COLUMN($D5)=1, 'Financial Model'!G8*0.77, 'Financial Model'!G8*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(I5)-COLUMN($D5))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(I5)-COLUMN($D5))^2)+Reg_PHEV_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(I5)-COLUMN($D5)),0),300),0),IF(COLUMN(I5)-COLUMN($D5)=1, 'Financial Model'!H8*0.77, 'Financial Model'!H8*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF($H8-$I8=0,0,MAX(Constant_DEP*I8, 300)),IF($H8-$I8=0,0,MAX((1-($H8-$I8)/$H8)*I7,300)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Fair Market Value - ICE",null,{"$f":"IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",Base_V1_Base_Price_Ex,0)","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(E5)-COLUMN($D5))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(E5)-COLUMN($D5))^2+Reg_ICE_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Baseline_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(E5)-COLUMN($D5)),0),300),0), IF(COLUMN(E5)-COLUMN($D5)=1, 'Financial Model'!D9*0.77, 'Financial Model'!D9*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(F5)-COLUMN($D5))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(F5)-COLUMN($D5))^2+Reg_ICE_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Baseline_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(F5)-COLUMN($D5)),0),300),0), IF(COLUMN(F5)-COLUMN($D5)=1, 'Financial Model'!E9*0.77, 'Financial Model'!E9*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(G5)-COLUMN($D5))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(G5)-COLUMN($D5))^2+Reg_ICE_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Baseline_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(G5)-COLUMN($D5)),0),300),0), IF(COLUMN(G5)-COLUMN($D5)=1, 'Financial Model'!F9*0.77, 'Financial Model'!F9*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(H5)-COLUMN($D5))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(H5)-COLUMN($D5))^2+Reg_ICE_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Baseline_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(H5)-COLUMN($D5)),0),300),0), IF(COLUMN(H5)-COLUMN($D5)=1, 'Financial Model'!G9*0.77, 'Financial Model'!G9*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Base_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(I5)-COLUMN($D5))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(I5)-COLUMN($D5))^2+Reg_ICE_MSRP_Coef_Ex*Base_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Baseline_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Base_V1_VMT_Modeled*(COLUMN(I5)-COLUMN($D5)),0),300),0), IF(COLUMN(I5)-COLUMN($D5)=1, 'Financial Model'!H9*0.77, 'Financial Model'!H9*0.85))","v":0},{"$f":"IF(_Base_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty,IF($H9-$I9=0,0,MAX(Constant_DEP*I9, 300)),IF($H9-$I9=0,0,MAX((1-($H9-$I9)/$H9)*I8,300)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Capital and Financing Costs"]
[null,"Cash "]
[null,"Cash Payment",null,{"$f":"IF(AND(Base_V1_Has_Cash_Purchase_Ex=TRUE,Base_V1_Has_Loan_Ex=FALSE,Base_V1_Has_Lease_Ex=FALSE,COLUMN(D5)-COLUMN($D5)=0),-(Base_V1_Base_Price_Ex-IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",Base_V1_Federal_Tax_Incentives_Modeled+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)/Base_V1_Num_Vehicles_Modeled),0)-Base_V1_Other_Incentives_Modeled),IF(AND(Base_V1_Has_Cash_Purchase_Ex=TRUE,OR(Base_V1_Has_Loan_Ex=TRUE,Base_V1_Has_Lease_Ex=TRUE),COLUMN(D5)-COLUMN($D5)=Base_V1_Lease_Term_Modeled),IF(ISERROR(FIND(\"Tax\",_Base_V1_Ownership_Structure,1)),-SUM(D7:D9),-Base_V1_Lease_Residual_Price_Modeled),0))","v":-22550},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Lease"]
[null,"Down Payment",null,{"$f":"IF(Base_V1_Has_Lease_Ex=TRUE,-Base_V1_Down_Payment_Modeled,0)","v":0}]
[null,"Acquisition Fee",null,{"$f":"IF(Base_V1_Has_Lease_Ex=TRUE,-Base_V1_Lease_Acquisition_Fee_Modeled,0)","v":0}]
[null,"Disposition Charge",null,{"$f":"IF(AND(Base_V1_Has_Lease_Ex=TRUE,((COLUMN(D5)-COLUMN($D5))=Base_V1_Lease_Term_Modeled)),-Base_V1_Lease_Disposition_Fee_Modeled,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Lease Payments",null,null,{"$f":"IF(Base_V1_Has_Lease_Ex=TRUE,IF((COLUMN(E5)-COLUMN($E5))<Base_V1_Lease_Term_Modeled,-PMT(Base_V1_Lease_APR_Modeled/12,Base_V1_Lease_Term_Modeled*12,-(Base_V1_Base_Price_Ex-IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",Base_V1_Federal_Tax_Incentives_Modeled+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)/Base_V1_Num_Vehicles_Modeled),0)-Base_V1_Other_Incentives_Modeled-Base_V1_Down_Payment_Modeled)+Base_V1_Lease_Residual_Price_Modeled,0)*12,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Principal Payments",null,null,{"$f":"IF(Base_V1_Has_Lease_Ex=TRUE,IF((COLUMN(E5)-COLUMN($E5))<Base_V1_Lease_Term_Modeled,-PPMT(Base_V1_Lease_APR_Modeled/12,(COLUMN(E4)-COLUMN($D4))*12,Base_V1_Lease_Term_Modeled*12,-(Base_V1_Base_Price_Ex-IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",Base_V1_Federal_Tax_Incentives_Modeled+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)/Base_V1_Num_Vehicles_Modeled),0)-Base_V1_Other_Incentives_Modeled-Base_V1_Down_Payment_Modeled)+Base_V1_Lease_Residual_Price_Modeled,0)*12,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Interest Payments",null,null,{"$f":"IF(Base_V1_Has_Lease_Ex=TRUE,IF((COLUMN(E5)-COLUMN($E5))<Base_V1_Lease_Term_Modeled,-IPMT(Base_V1_Lease_APR_Modeled/12,(COLUMN(E5)-COLUMN($D5))*12,Base_V1_Lease_Term_Modeled*12,-(Base_V1_Base_Price_Ex-IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",Base_V1_Federal_Tax_Incentives_Modeled+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)/Base_V1_Num_Vehicles_Modeled),0)-Base_V1_Other_Incentives_Modeled-Base_V1_Down_Payment_Modeled)+Base_V1_Lease_Residual_Price_Modeled,0)*12,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TRAC Value Adjustment",null,null,{"$f":"IF(ISERROR(FIND(\"TRAC\",_Base_V1_Ownership_Structure,1)),0,IF(Base_V1_Has_Loan_Ex=TRUE,0,IF((COLUMN(E5)-COLUMN($D5))=Base_V1_Lease_Term_Modeled,SUM(E7:E9)-Base_V1_Lease_Residual_Price_Modeled,0)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"FMV Mileage Adjustment",null,null,{"$f":"MIN(0,MAX(-Base_V1_Lease_Residual_Price_Modeled+SUM(E7:E9),IF(IFERROR(IF(FIND(\"FMV\",_Base_V1_Ownership_Structure,1)>0,TRUE,FALSE),FALSE),IF((COLUMN(E5)-COLUMN($D5))=Base_V1_Lease_Term_Modeled,(Base_V1_Lease_Mileage_Inc_Modeled-Base_V1_VMT_Modeled)*(COLUMN(E5)-COLUMN($D5))*Base_V1_Lease_Mileage_Cost_Modeled,0),0)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Subtotal Lease Cash Flows",null,{"$f":"SUM(D15:D18)+SUM(D21:D22)","v":0},{"$f":"SUM(E15:E18)+SUM(E21:E22)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Loan"]
[null,"Down Payment",null,{"$f":"IF(AND(Base_V1_Has_Loan_Ex=TRUE,Base_V1_Has_Lease_Ex=FALSE),-Base_V1_Down_Payment_Modeled,0)","v":0}]
[null,"Loan Payments",null,null,{"$f":"IF(Base_V1_Has_Loan_Ex=TRUE,IF(AND((COLUMN(E5)-COLUMN($E5))<Base_V1_Loan_Term_Modeled+Base_V1_Lease_Term_Modeled,(COLUMN(E5)-COLUMN($E5))>=Base_V1_Lease_Term_Modeled),PMT(Base_V1_Loan_APR_Modeled,Base_V1_Loan_Term_Modeled,IF(Base_V1_Has_Lease_Ex=TRUE,SUM(OFFSET($D5,0,Comp_V1_Lease_Term_Modeled,3,1)),Base_V1_Base_Price_Ex-IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",Base_V1_Federal_Tax_Incentives_Modeled+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)/Base_V1_Num_Vehicles_Modeled),0)-Base_V1_Other_Incentives_Modeled-Base_V1_Down_Payment_Modeled),0),0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Principal Payments",null,null,{"$f":"IF(Base_V1_Has_Loan_Ex=TRUE,IF(AND((COLUMN(E5)-COLUMN($E5))<Base_V1_Loan_Term_Modeled+Base_V1_Lease_Term_Modeled,(COLUMN(E5)-COLUMN($E5))>=Base_V1_Lease_Term_Modeled),PPMT(Base_V1_Loan_APR_Modeled,IF(Base_V1_Has_Lease_Ex=TRUE,(COLUMN(E5)-COLUMN($D5)-Base_V1_Lease_Term_Modeled),(COLUMN(E5)-COLUMN($D5))),Base_V1_Loan_Term_Modeled,IF(Base_V1_Has_Lease_Ex=TRUE,SUM(OFFSET($D5,0,Base_V1_Lease_Term_Modeled,3,1)),Base_V1_Base_Price_Ex-IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",Base_V1_Federal_Tax_Incentives_Modeled+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)/Base_V1_Num_Vehicles_Modeled),0)-Base_V1_Other_Incentives_Modeled-Base_V1_Down_Payment_Modeled),0),0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Interest Payments",null,null,{"$f":"IF(Base_V1_Has_Loan_Ex=TRUE,IF(AND((COLUMN(E5)-COLUMN($E5))<Base_V1_Loan_Term_Modeled+Base_V1_Lease_Term_Modeled,(COLUMN(E5)-COLUMN($E5))>=Base_V1_Lease_Term_Modeled),IPMT(Base_V1_Loan_APR_Modeled,IF(Base_V1_Has_Lease_Ex=TRUE,(COLUMN(E5)-COLUMN($D5)-Base_V1_Lease_Term_Modeled),(COLUMN(E5)-COLUMN($D5))),Base_V1_Loan_Term_Modeled,IF(Base_V1_Has_Lease_Ex=TRUE,SUM(OFFSET($D5,0,Base_V1_Lease_Term_Modeled,3,1)),Base_V1_Base_Price_Ex-IF(Base_V1_Tax_Incentives_Monetized=\"Yes\",Base_V1_Federal_Tax_Incentives_Modeled+IF(Base_V1_State_Tax_Incentive_Cap_Modeled=0,Base_V1_State_Tax_Incentives_Modeled,MIN(Base_V1_State_Tax_Incentive_Cap_Modeled,Base_V1_State_Tax_Incentives_Modeled*Base_V1_Num_Vehicles_Modeled)/Base_V1_Num_Vehicles_Modeled),0)-Base_V1_Other_Incentives_Modeled-Base_V1_Down_Payment_Modeled),0),0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Subtotal Loan Cash Flows",null,{"$f":"SUM(D25:D26)","v":0},{"$f":"SUM(E25:E26)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Terminal Value",null,null,{"$f":"IF(OR(Base_V1_Has_Loan_Ex=TRUE,Base_V1_Has_Cash_Purchase_Ex=TRUE),IF((COLUMN(E5)-COLUMN($D5))=Base_V1_Years_Usage_Modeled,SUM(E7:E9),0),0)","v":0},0,0,0,0,0,11158.722959023185,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Total Capital and Financing Costs",null,{"$f":"D13+D23+D29+D30","v":-22550},{"$f":"E13+E23+E29+E30","v":0},{"$f":"F13+F23+F29+F30","v":0},0,0,0,0,11158.722959023185,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Fuel and Operating Costs"]
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Data!E$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!E$79, Data!E$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":-657.20308129166358},{"$f":"IF(COLUMN(G5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!F$77, Data!F$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!F$79, Data!F$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":-643.25600849614841},{"$f":"IF(COLUMN(H5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!G$77, Data!G$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!G$79, Data!G$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":-631.09397767234998},{"$f":"IF(COLUMN(I5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!H$77, Data!H$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!H$79, Data!H$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":-621.78284159138866},{"$f":"IF(COLUMN(J5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!I$77, Data!I$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!I$79, Data!I$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":-621.51587723090449},{"$f":"IF(COLUMN(K5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!J$77, Data!J$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!J$79, Data!J$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":-625.54609633713164},{"$f":"IF(COLUMN(L5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!K$77, Data!K$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!K$79, Data!K$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(M5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!L$77, Data!L$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!L$79, Data!L$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(N5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!M$77, Data!M$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!M$79, Data!M$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(O5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!N$77, Data!N$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!N$79, Data!N$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(P5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!O$77, Data!O$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!O$79, Data!O$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(Q5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!P$77, Data!P$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!P$79, Data!P$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(R5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!Q$77, 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Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(T5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!S$77, Data!S$80))+(Base_V1_Electricity_Usage_Ex*IF(_Market=\"U.S.\", Data!S$79, Data!S$81))*(Base_Percent_Home_Charging_Modeled*IF(Base_Use_Charging_Management = \"Yes\", Base_Rate_Output_Ex, Base_Electricity_Price_Modeled)+Base_Percent_Public_Charging_Modeled*Public_Charging_Price_Modeled+Base_Percent_En_Route_Charging_Modeled*En_Route_Charging_Price_Modeled)),0)","v":0},{"$f":"IF(COLUMN(U5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,-((Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Diesel\", Diesel_Price_Modeled, Gasoline_Price_Modeled)*IF(_Market=\"U.S.\", Data!T$77, 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0)","v":0},{"$f":"IF(COLUMN(O$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+O$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+O$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(P$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+P$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+P$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(Q$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+Q$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+Q$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(R$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+R$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+R$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(S$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+S$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+S$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(T$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+T$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+T$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(U$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+U$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+U$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(V$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+V$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+V$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(W$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+W$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+W$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(X$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+X$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+X$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(Y$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+Y$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+Y$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(Z$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+Z$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+Z$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(AA$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+AA$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+AA$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(AB$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+AB$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+AB$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(AC$5)-COLUMN($E$5)<Base_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Base_Include_LCFS=\"Yes\"), VLOOKUP(Base_CI_Start_Year+AC$4-1, Base_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Base_CI_Start_Year+AC$4-1, CI_Benchmark_Table[Fuel Type], Base_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Base_CI_Electricity_Modeled/Base_EER_Ex)*Base_Energy_Displaced_Ex*0.000001), 0), 0)","v":0}]
[null,"Subtotal Fuel and Operating Costs",null,{"$f":"SUM(D35:D40)","v":-1000},{"$f":"SUM(E35:E40)","v":-2499.1750498181477},{"$f":"SUM(F35:F40)","v":-2564.5388212916641},-2588.7384632961484,-2615.4860815683496,-2645.8627875653083,-2906.6518994764824,-2956.3848390276216,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Other Costs"]
[null,"Cost of Carbon",null,null,{"$f":"-IF(COLUMN(E5)-COLUMN($E5)<Base_V1_Years_Usage_Modeled,Base_V1_CO2_Ex/2204.62*Carbon_Price_Modeled,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cost of Downtime from Public Charging",null,null,{"$f":"-IF(AND(COLUMN(E6)-COLUMN($E6)<Base_V1_Years_Usage_Modeled, Cost_of_Downtime_from_Charging_Modeled<>0, Base_Station_Max_Power_Modeled<>0),(Base_V1_Electricity_Usage_Ex*Base_Percent_Public_Charging_Modeled)/Base_Station_Max_Power_Modeled*Cost_of_Downtime_from_Charging_Modeled, 0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Subtotal Other Costs",null,{"$f":"SUM(D44:D45)","v":0},{"$f":"SUM(E44:E45)","v":0},{"$f":"SUM(F44:F45)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Total Discounted Costs"]
[null,"Total Annual Costs",null,{"$f":"D32+D41+D46","v":-23550},-2499.1750498181477,-2564.5388212916641,-2588.7384632961484,-2615.4860815683496,-2645.8627875653083,-2906.6518994764824,8202.3381199955638,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Discount Factor",{"$f":"Base_Discount_Rate_Modeled","v":0},{"$f":"(1/(1+$C50))^(COLUMN(D5)-COLUMN($D5))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,"Discounted Total",null,{"$f":"D49*D50","v":-23550},{"$f":"E49*E50","v":-2499.1750498181477},{"$f":"F49*F50","v":-2564.5388212916641},-2588.7384632961484,-2615.4860815683496,-2645.8627875653083,-2906.6518994764824,8202.3381199955638,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cumulative Discounted Total",null,{"$f":"IF((COLUMN(D5)-COLUMN($D5))<=Base_V1_Years_Usage_Modeled,C52+D51,0)","v":-23550},-26049.175049818146,-28613.713871109809,-31202.452334405956,-33817.938415974306,-36463.801203539617,-39370.453103016102,-31168.11498302054,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Annualized NPV Total Cost of Ownership",null,{"$f":"OFFSET($D52,0,Base_V1_Years_Usage_Modeled)/Base_V1_Years_Usage_Modeled","v":-4452.5878547172197}]
[]
[null,"Baseline EV Infrastructure"]
[null,null,null,"Year 0","Year 1 ","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25"]
[null,"Capital and Financing Costs"]
[null,"Cash "]
[null,"Cash Payment",null,{"$f":"IF(AND(Base_Inf_Has_Cash_Purchase_Ex=TRUE,_Base_Include_Charging=\"Yes\"),-Base_Num_Stations_Modeled*Base_Station_Cost_Modeled,0)","v":0}]
[null,"Loan"]
[null,"Down Payment",null,{"$f":"IF(AND(Base_Inf_Has_Cash_Purchase_Ex=FALSE,_Base_Include_Charging=\"Yes\"),-Base_Inf_Down_Payment_Modeled,0)","v":0}]
[null,"Loan Payments",null,null,{"$f":"IF(AND(Base_Inf_Has_Cash_Purchase_Ex=FALSE,_Base_Include_Charging=\"Yes\",(COLUMN(E56)-COLUMN($E56))<Base_Inf_Loan_Term_Modeled),PMT(Base_Inf_Loan_APR_Modeled,Base_Inf_Loan_Term_Modeled,(Base_Num_Stations_Modeled*Base_Station_Cost_Modeled)-Base_Inf_Down_Payment_Modeled,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Subtotal Loan Cash Flows",null,{"$f":"SUM(D61:D62)","v":0},{"$f":"SUM(E61:E62)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Total Capital and Financing Costs",null,{"$f":"D59+D63","v":0},{"$f":"E59+E63","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Operating Costs"]
[null,"Maintenance Cost",null,null,{"$f":"-IF(AND(COLUMN(E56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!D$88","v":0},{"$f":"-IF(AND(COLUMN(F56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!E$88","v":0},{"$f":"-IF(AND(COLUMN(G56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!F$88","v":0},{"$f":"-IF(AND(COLUMN(H56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!G$88","v":0},{"$f":"-IF(AND(COLUMN(I56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!H$88","v":0},{"$f":"-IF(AND(COLUMN(J56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!I$88","v":0},{"$f":"-IF(AND(COLUMN(K56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!J$88","v":0},{"$f":"-IF(AND(COLUMN(L56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!K$88","v":0},{"$f":"-IF(AND(COLUMN(M56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!L$88","v":0},{"$f":"-IF(AND(COLUMN(N56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!M$88","v":0},{"$f":"-IF(AND(COLUMN(O56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!N$88","v":0},{"$f":"-IF(AND(COLUMN(P56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!O$88","v":0},{"$f":"-IF(AND(COLUMN(Q56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!P$88","v":0},{"$f":"-IF(AND(COLUMN(R56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!Q$88","v":0},{"$f":"-IF(AND(COLUMN(S56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!R$88","v":0},{"$f":"-IF(AND(COLUMN(T56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!S$88","v":0},{"$f":"-IF(AND(COLUMN(U56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!T$88","v":0},{"$f":"-IF(AND(COLUMN(V56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!U$88","v":0},{"$f":"-IF(AND(COLUMN(W56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!V$88","v":0},{"$f":"-IF(AND(COLUMN(X56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!W$88","v":0},{"$f":"-IF(AND(COLUMN(Y56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!X$88","v":0},{"$f":"-IF(AND(COLUMN(Z56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!Y$88","v":0},{"$f":"-IF(AND(COLUMN(AA56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!Z$88","v":0},{"$f":"-IF(AND(COLUMN(AB56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!AA$88","v":0},{"$f":"-IF(AND(COLUMN(AC56)-COLUMN($E56)<Base_V1_Years_Usage_Modeled,_Base_Include_Charging=\"Yes\"),Base_Station_Maint_Cost_Modeled*Base_Num_Stations_Modeled,0)*Data!AB$88","v":0}]
[null,"Subtotal Operating Costs",null,null,{"$f":"SUM(E68:E68)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Total Discounted Costs"]
[null,"Total Annual Costs",null,{"$f":"D65+D69","v":0},{"$f":"E65+E69","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Discount Factor",{"$f":"Base_Discount_Rate_Modeled","v":0},{"$f":"(1/(1+$C72))^(COLUMN(D56)-COLUMN($D56))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,"Discounted Total",null,{"$f":"D71*D72","v":0},{"$f":"E71*E72","v":0},{"$f":"F71*F72","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cumulative Discounted Total",null,{"$f":"IF((COLUMN(D56)-COLUMN($D56))<=Base_V1_Years_Usage_Modeled,C74+D73,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Annualized NPV Total Cost of Ownership",null,{"$f":"OFFSET($D74,0,Base_V1_Years_Usage_Modeled)/Base_V1_Years_Usage_Modeled","v":0}]
[]
[null,"Comparison Vehicle 1"]
[null,null,null,"Year 0","Year 1 ","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25"]
[null,"Depreciation Calculations"]
[null,"Fair Market Value - BEV",null,{"$f":"IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",Comp_V1_Base_Price_Ex,0)","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(E5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(E5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(E5)-COLUMN($D5)))*Comp_V1_MSRP_Modeled,0),300),0), IF(COLUMN(E5)-COLUMN($D5)=1, 'Financial Model'!D7*0.77, 'Financial Model'!D7*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(F5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(F5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(F5)-COLUMN($D5)))*Comp_V1_MSRP_Modeled,0),300),0), IF(COLUMN(F5)-COLUMN($D5)=1, 'Financial Model'!E7*0.77, 'Financial Model'!E7*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(G5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(G5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(G5)-COLUMN($D5)))*Comp_V1_MSRP_Modeled,0),300),0), IF(COLUMN(G5)-COLUMN($D5)=1, 'Financial Model'!F7*0.77, 'Financial Model'!F7*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(H5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(H5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(H5)-COLUMN($D5)))*Comp_V1_MSRP_Modeled,0),300),0), IF(COLUMN(H5)-COLUMN($D5)=1, 'Financial Model'!G7*0.77, 'Financial Model'!G7*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"BEV\",(Reg_BEV_Const_Ex+Reg_BEV_Age_Coef_Ex*(COLUMN(I5)-COLUMN($D5))+Reg_BEV_Agesq_Coef_Ex*((COLUMN(I5)-COLUMN($D5))^2)+Reg_BEV_Range_Coef_Ex*Constant_Baseline_Electric_Range+Reg_BEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(I5)-COLUMN($D5)))*Comp_V1_MSRP_Modeled,0),300),0), IF(COLUMN(I5)-COLUMN($D5)=1, 'Financial Model'!H7*0.77, 'Financial Model'!H7*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF($H80-$I80=0,0,MAX(Constant_DEP*I80, 300)), IF($H80-$I80=0,0,MAX((1-($H80-$I80)/$H80)*I80,300)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Fair Market Value - PHEV",null,{"$f":"IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",Comp_V1_Base_Price_Ex,0)","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(E78)-COLUMN($D78))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(E78)-COLUMN($D78))^2)+Reg_PHEV_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Comparison_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(E78)-COLUMN($D78)),0),300),0),IF(COLUMN(E78)-COLUMN($D78)=1, 'Financial Model'!D81*0.77, 'Financial Model'!D81*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(F78)-COLUMN($D78))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(F78)-COLUMN($D78))^2)+Reg_PHEV_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Comparison_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(F78)-COLUMN($D78)),0),300),0),IF(COLUMN(F78)-COLUMN($D78)=1, 'Financial Model'!E81*0.77, 'Financial Model'!E81*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(G78)-COLUMN($D78))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(G78)-COLUMN($D78))^2)+Reg_PHEV_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Comparison_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(G78)-COLUMN($D78)),0),300),0),IF(COLUMN(G78)-COLUMN($D78)=1, 'Financial Model'!F81*0.77, 'Financial Model'!F81*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(H78)-COLUMN($D78))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(H78)-COLUMN($D78))^2)+Reg_PHEV_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Comparison_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(H78)-COLUMN($D78)),0),300),0),IF(COLUMN(H78)-COLUMN($D78)=1, 'Financial Model'!G81*0.77, 'Financial Model'!G81*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"PHEV\",Reg_PHEV_Const_Ex+Reg_PHEV_Age_Coef_Ex*(COLUMN(I78)-COLUMN($D78))+Reg_PHEV_Agesq_Coef_Ex*((COLUMN(I78)-COLUMN($D78))^2)+Reg_PHEV_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_PHEV_Range_Coef_Ex*Constant_Comparison_Electric_Range+Reg_PHEV_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(I78)-COLUMN($D78)),0),300),0),IF(COLUMN(I78)-COLUMN($D78)=1, 'Financial Model'!H81*0.77, 'Financial Model'!H81*0.85))","v":0},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF($H81-$I81=0,0,MAX(Constant_DEP*I81, 300)), IF($H81-$I81=0,0,MAX((1-($H81-$I81)/$H81)*I81,300)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Fair Market Value - ICE",null,{"$f":"IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",Comp_V1_Base_Price_Ex,0)","v":22050},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(E78)-COLUMN($D78))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(E78)-COLUMN($D78))^2+Reg_ICE_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Comparison_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(E78)-COLUMN($D78)),0),300),0), IF(COLUMN(E78)-COLUMN($D78)=1, 'Financial Model'!D82*0.77, 'Financial Model'!D82*0.85))","v":18698.266050000002},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(F78)-COLUMN($D78))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(F78)-COLUMN($D78))^2+Reg_ICE_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Comparison_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(F78)-COLUMN($D78)),0),300),0), IF(COLUMN(F78)-COLUMN($D78)=1, 'Financial Model'!E82*0.77, 'Financial Model'!E82*0.85))","v":17106.757950000003},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(G78)-COLUMN($D78))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(G78)-COLUMN($D78))^2+Reg_ICE_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Comparison_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(G78)-COLUMN($D78)),0),300),0), IF(COLUMN(G78)-COLUMN($D78)=1, 'Financial Model'!F82*0.77, 'Financial Model'!F82*0.85))","v":15197.549850000001},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(H78)-COLUMN($D78))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(H78)-COLUMN($D78))^2+Reg_ICE_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Comparison_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(H78)-COLUMN($D78)),0),300),0), IF(COLUMN(H78)-COLUMN($D78)=1, 'Financial Model'!G82*0.77, 'Financial Model'!G82*0.85))","v":12970.641750000001},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",MAX(IF(_Comp_V1_Vehicle_Drivetrain=\"ICE\",Reg_ICE_Const_Ex+Reg_ICE_Age_Coef_Ex*(COLUMN(I78)-COLUMN($D78))+Reg_ICE_Agesq_Coef_Ex*(COLUMN(I78)-COLUMN($D78))^2+Reg_ICE_MSRP_Coef_Ex*Comp_V1_Base_Price_Ex+Reg_ICE_MPG_Coef_Ex*Constant_Comparison_Fuel_Economy_Gas_City+Reg_ICE_Mileage_Coef_Ex*Comp_V1_VMT_Modeled*(COLUMN(I78)-COLUMN($D78)),0),300),0), IF(COLUMN(I78)-COLUMN($D78)=1, 'Financial Model'!H82*0.77, 'Financial Model'!H82*0.85))","v":10426.033650000001},{"$f":"IF(_Comp_V1_Vehicle_Vehicle_Class=Constant_Passenger_Light_Duty, IF($H82-$I82=0,0,MAX(Constant_DEP*I82, 300)), IF($H82-$I82=0,0,MAX((1-($H82-$I82)/$H82)*I82,300)))","v":9564.8432705100004},8774.787216365874,8049.9897922940527,7385.0606354505635,6775.0546269623464,6215.4351147752568,5702.0401742948206,5231.051655898068,4798.9667891208874,4402.5721323395019,4038.919674208259,3705.3049091186567,3399.2467236254556,3118.468944253993,2860.8834094586132,2624.5744398373317,2407.7845911067679,2208.9015838813489,2026.4463130527495,1859.0618475945923]
[]
[null,"Capital and Financing Costs"]
[null,"Cash "]
[null,"Cash Payment",null,{"$f":"IF(AND(Comp_V1_Has_Cash_Purchase_Ex=TRUE,Comp_V1_Has_Loan_Ex=FALSE,Comp_V1_Has_Lease_Ex=FALSE,COLUMN(D78)-COLUMN($D78)=0),-(Comp_V1_Base_Price_Ex-IF(Comp_V1_Tax_Incentives_Monetized=\"Yes\",Comp_V1_Federal_Tax_Incentives_Modeled+IF(Comp_V1_State_Tax_Incentive_Cap_Modeled=0,Comp_V1_State_Tax_Incentives_Modeled,MIN(Comp_V1_State_Tax_Incentive_Cap_Modeled,Comp_V1_State_Tax_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled)/Comp_V1_Num_Vehicles_Modeled),0)-Comp_V1_Other_Incentives_Modeled),IF(AND(Comp_V1_Has_Cash_Purchase_Ex=TRUE,OR(Comp_V1_Has_Loan_Ex=TRUE,Comp_V1_Has_Lease_Ex=TRUE),COLUMN(D78)-COLUMN($D78)=Comp_V1_Lease_Term_Modeled),IF(ISERROR(FIND(\"Tax\",_Comp_V1_Ownership_Structure,1)),-SUM(D80:D82),-Comp_V1_Lease_Residual_Price_Modeled),0))","v":-22050},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Lease"]
[null,"Down Payment",null,{"$f":"IF(Comp_V1_Has_Lease_Ex=TRUE,-Comp_V1_Down_Payment_Modeled,0)","v":0}]
[null,"Acquisition Fee",null,{"$f":"IF(Comp_V1_Has_Lease_Ex=TRUE,-Comp_V1_Lease_Acquisition_Fee_Modeled,0)","v":0}]
[null,"Disposition Charge",null,{"$f":"IF(AND(Comp_V1_Has_Lease_Ex=TRUE,((COLUMN(D78)-COLUMN($D78))=Comp_V1_Lease_Term_Modeled)),-Comp_V1_Lease_Disposition_Fee_Modeled,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Lease Payments",null,null,{"$f":"IF(Comp_V1_Has_Lease_Ex=TRUE,IF((COLUMN(E78)-COLUMN($E78))<Comp_V1_Lease_Term_Modeled,-PMT(Comp_V1_Lease_APR_Modeled/12,Comp_V1_Lease_Term_Modeled*12,-(Comp_V1_Base_Price_Ex-IF(Comp_V1_Tax_Incentives_Monetized=\"Yes\",Comp_V1_Federal_Tax_Incentives_Modeled+IF(Comp_V1_State_Tax_Incentive_Cap_Modeled=0,Comp_V1_State_Tax_Incentives_Modeled,MIN(Comp_V1_State_Tax_Incentive_Cap_Modeled,Comp_V1_State_Tax_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled)/Comp_V1_Num_Vehicles_Modeled),0)-Comp_V1_Other_Incentives_Modeled-Comp_V1_Down_Payment_Modeled)+Comp_V1_Lease_Residual_Price_Modeled,0)*12,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Principal Payments",null,null,{"$f":"IF(Comp_V1_Has_Lease_Ex=TRUE,IF((COLUMN(E78)-COLUMN($E78))<Comp_V1_Lease_Term_Modeled,-PPMT(Comp_V1_Lease_APR_Modeled/12,(COLUMN(E78)-COLUMN($D78))*12,Comp_V1_Lease_Term_Modeled*12,-(Comp_V1_Base_Price_Ex-IF(Comp_V1_Tax_Incentives_Monetized=\"Yes\",Comp_V1_Federal_Tax_Incentives_Modeled+IF(Comp_V1_State_Tax_Incentive_Cap_Modeled=0,Comp_V1_State_Tax_Incentives_Modeled,MIN(Comp_V1_State_Tax_Incentive_Cap_Modeled,Comp_V1_State_Tax_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled)/Comp_V1_Num_Vehicles_Modeled),0)-Comp_V1_Other_Incentives_Modeled-Comp_V1_Down_Payment_Modeled)+Comp_V1_Lease_Residual_Price_Modeled,0)*12,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Interest Payments",null,null,{"$f":"IF(Comp_V1_Has_Lease_Ex=TRUE,IF((COLUMN(E78)-COLUMN($E78))<Comp_V1_Lease_Term_Modeled,-IPMT(Comp_V1_Lease_APR_Modeled/12,(COLUMN(E78)-COLUMN($D78))*12,Comp_V1_Lease_Term_Modeled*12,-(Comp_V1_Base_Price_Ex-IF(Comp_V1_Tax_Incentives_Monetized=\"Yes\",Comp_V1_Federal_Tax_Incentives_Modeled+IF(Comp_V1_State_Tax_Incentive_Cap_Modeled=0,Comp_V1_State_Tax_Incentives_Modeled,MIN(Comp_V1_State_Tax_Incentive_Cap_Modeled,Comp_V1_State_Tax_Incentives_Modeled*Comp_V1_Num_Vehicles_Modeled)/Comp_V1_Num_Vehicles_Modeled),0)-Comp_V1_Other_Incentives_Modeled-Comp_V1_Down_Payment_Modeled)+Comp_V1_Lease_Residual_Price_Modeled,0)*12,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TRAC Value Adjustment",null,null,{"$f":"IF(ISERROR(FIND(\"TRAC\",_Comp_V1_Ownership_Structure,1)),0,IF(Comp_V1_Has_Loan_Ex=TRUE,0,IF((COLUMN(E78)-COLUMN($D78))=Comp_V1_Lease_Term_Modeled,SUM(E80:E82)-Comp_V1_Lease_Residual_Price_Modeled,0)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"FMV Mileage Adjustment",null,null,{"$f":"MIN(0,MAX(-Comp_V1_Lease_Residual_Price_Modeled+SUM(E80:E82),IF(IFERROR(IF(FIND(\"FMV\",_Comp_V1_Ownership_Structure,1)>0,TRUE,FALSE),FALSE),IF((COLUMN(E78)-COLUMN($D78))=Comp_V1_Lease_Term_Modeled,(Comp_V1_Lease_Mileage_Inc_Modeled-Comp_V1_VMT_Modeled)*(COLUMN(E78)-COLUMN($D78))*Comp_V1_Lease_Mileage_Cost_Modeled,0),0)))","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Subtotal Lease Cash Flows",null,{"$f":"SUM(D88:D91)+SUM(D94:D95)","v":0},{"$f":"SUM(E88:E91)+SUM(E94:E95)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Loan"]
[null,"Down Payment",null,{"$f":"IF(AND(Comp_V1_Has_Loan_Ex=TRUE,Comp_V1_Has_Lease_Ex=FALSE),-Comp_V1_Down_Payment_Modeled,0)","v":0}]
[null,"Loan 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[null,"Subtotal Loan Cash Flows",null,{"$f":"SUM(D98:D99)","v":0},{"$f":"SUM(E98:E99)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Terminal Value",null,null,{"$f":"IF(OR(Comp_V1_Has_Loan_Ex=TRUE,Comp_V1_Has_Cash_Purchase_Ex=TRUE),IF((COLUMN(E78)-COLUMN($D78))=Comp_V1_Years_Usage_Modeled,SUM(E80:E82),0),0)","v":0},0,0,0,0,0,8774.787216365874,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Total Capital and Financing Costs",null,{"$f":"D86+D96+D102+D103","v":-22050},0,0,0,0,0,0,8774.787216365874,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Fuel and Operating Costs"]
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0)","v":0},{"$f":"IF(COLUMN(U$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+U$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+U$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(V$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+V$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+V$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(W$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+W$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+W$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(X$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+X$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+X$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(Y$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+Y$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+Y$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(Z$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+Z$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+Z$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(AA$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+AA$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+AA$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(AB$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+AB$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+AB$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0},{"$f":"IF(COLUMN(AC$5)-COLUMN($E$5)<Comp_V1_Years_Usage_Modeled, IF(AND(_Fuel_Carbon_Credits_Ex=\"Yes\",Comp_Include_LCFS=\"Yes\"), VLOOKUP(Comp_CI_Start_Year+AC$4-1, Comp_Credit_Values, 2, 0) *(((SUMIFS(CI_Benchmark_Table[Benchmark], CI_Benchmark_Table[Year], Comp_CI_Start_Year+AC$4-1, CI_Benchmark_Table[Fuel Type], Comp_Benchmark_Fuel_Ex, CI_Benchmark_Table[State],State_Ex))-Comp_CI_Electricity_Modeled/Comp_EER_Ex)*Comp_Energy_Displaced_Ex*0.000001), 0), 0)","v":0}]
[null,"Subtotal Fuel and Operating Costs",null,{"$f":"SUM(D108:D111)","v":-1000},-3388.864475609756,-3482.7957183346471,-3551.1086725106388,-3628.9202527359935,-3681.0096039425998,-4116.7035227475571,-4185.4377883609286,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Other Costs"]
[null,"Cost of Carbon",null,null,{"$f":"-IF(COLUMN(E78)-COLUMN($E78)<Comp_V1_Years_Usage_Modeled,Comp_V1_CO2_Ex/2204.62*Carbon_Price_Modeled,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cost of Downtime from Public Charging",null,null,{"$f":"-IF(AND(COLUMN(E79)-COLUMN($E79)<Comp_V1_Years_Usage_Modeled, Cost_of_Downtime_from_Charging_Modeled<>0, Comp_Station_Max_Power_Modeled<>0),(Comp_V1_Electricity_Usage_Ex*Comp_Percent_Public_Charging_Modeled)/Comp_Station_Max_Power_Modeled*Cost_of_Downtime_from_Charging, 0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Subtotal Other Costs",null,{"$f":"SUM(D117:D118)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Total Discounted Costs"]
[null,"Total Annual Costs",null,{"$f":"D105+D114+D119","v":-23050},-3388.864475609756,-3482.7957183346471,-3551.1086725106388,-3628.9202527359935,-3681.0096039425998,-4116.7035227475571,4589.3494280049454,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Discount Factor",{"$f":"Comp_Discount_Rate_Modeled","v":0},{"$f":"(1/(1+$C123))^(COLUMN(D78)-COLUMN($D78))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,"Discounted Total",null,{"$f":"D122*D123","v":-23050},{"$f":"E122*E123","v":-3388.864475609756},{"$f":"F122*F123","v":-3482.7957183346471},-3551.1086725106388,-3628.9202527359935,-3681.0096039425998,-4116.7035227475571,4589.3494280049454,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cumulative Discounted Total",null,{"$f":"IF((COLUMN(D78)-COLUMN($D78))<=Comp_V1_Years_Usage_Modeled,C125+D124,0)","v":-23050},-26438.864475609756,-29921.660193944404,-33472.768866455044,-37101.68911919104,-40782.698723133639,-44899.402245881196,-40310.052817876247,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Annualized NPV Total Cost of Ownership",null,{"$f":"OFFSET($D125,0,Comp_V1_Years_Usage_Modeled)/Comp_V1_Years_Usage_Modeled","v":-5758.5789739823213}]
[]
[null,"Comparison EV Infrastructure"]
[null,null,null,"Year 0","Year 1 ","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25"]
[null,"Capital and Financing Costs"]
[null,"Cash "]
[null,"Cash Payment",null,{"$f":"IF(AND(Comp_Inf_Has_Cash_Purchase_Ex=TRUE,_Comp_Include_Charging=\"Yes\"),-Comp_Num_Stations_Modeled*Comp_Station_Cost_Modeled,0)","v":0}]
[null,"Loan"]
[null,"Down Payment",null,{"$f":"IF(AND(Comp_Inf_Has_Cash_Purchase_Ex=FALSE,_Comp_Include_Charging=\"Yes\"),-Comp_Inf_Down_Payment_Modeled,0)","v":0}]
[null,"Loan Payments",null,null,{"$f":"IF(AND(Comp_Inf_Has_Cash_Purchase_Ex=FALSE,_Comp_Include_Charging=\"Yes\",(COLUMN(E129)-COLUMN($E129))<Comp_Inf_Loan_Term_Modeled),PMT(Comp_Inf_Loan_APR_Modeled,Comp_Inf_Loan_Term_Modeled,(Comp_Num_Stations_Modeled*Comp_Station_Cost_Modeled)-Comp_Inf_Down_Payment_Modeled,0),0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Subtotal Loan Cash Flows",null,{"$f":"SUM(D134:D135)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Total Capital and Financing Costs",null,{"$f":"D132+D136","v":0},{"$f":"E132+E136","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Operating Costs"]
[null,"Maintenance Cost",null,null,{"$f":"-IF(AND(COLUMN(E129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!D$88","v":0},{"$f":"-IF(AND(COLUMN(F129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!E$88","v":0},{"$f":"-IF(AND(COLUMN(G129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!F$88","v":0},{"$f":"-IF(AND(COLUMN(H129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!G$88","v":0},{"$f":"-IF(AND(COLUMN(I129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!H$88","v":0},{"$f":"-IF(AND(COLUMN(J129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!I$88","v":0},{"$f":"-IF(AND(COLUMN(K129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!J$88","v":0},{"$f":"-IF(AND(COLUMN(L129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!K$88","v":0},{"$f":"-IF(AND(COLUMN(M129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!L$88","v":0},{"$f":"-IF(AND(COLUMN(N129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!M$88","v":0},{"$f":"-IF(AND(COLUMN(O129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!N$88","v":0},{"$f":"-IF(AND(COLUMN(P129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!O$88","v":0},{"$f":"-IF(AND(COLUMN(Q129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!P$88","v":0},{"$f":"-IF(AND(COLUMN(R129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!Q$88","v":0},{"$f":"-IF(AND(COLUMN(S129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!R$88","v":0},{"$f":"-IF(AND(COLUMN(T129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!S$88","v":0},{"$f":"-IF(AND(COLUMN(U129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!T$88","v":0},{"$f":"-IF(AND(COLUMN(V129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!U$88","v":0},{"$f":"-IF(AND(COLUMN(W129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!V$88","v":0},{"$f":"-IF(AND(COLUMN(X129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!W$88","v":0},{"$f":"-IF(AND(COLUMN(Y129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!X$88","v":0},{"$f":"-IF(AND(COLUMN(Z129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!Y$88","v":0},{"$f":"-IF(AND(COLUMN(AA129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!Z$88","v":0},{"$f":"-IF(AND(COLUMN(AB129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!AA$88","v":0},{"$f":"-IF(AND(COLUMN(AC129)-COLUMN($E129)<Comp_V1_Years_Usage_Modeled,_Comp_Include_Charging=\"Yes\"),Comp_Station_Maint_Cost_Modeled*Comp_Num_Stations_Modeled,0)*Data!AB$88","v":0}]
[null,"Subtotal Operating Costs",null,null,{"$f":"SUM(E141:E141)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(AC141:AC141)","v":0}]
[null,"Total Discounted Costs"]
[null,"Total Annual Costs",null,{"$f":"D138+D142","v":0},{"$f":"E138+E142","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Discount Factor",{"$f":"Comp_Discount_Rate_Modeled","v":0},{"$f":"(1/(1+$C145))^(COLUMN(D129)-COLUMN($D129))","v":1},1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,"Discounted Total",null,{"$f":"D144*D145","v":0},{"$f":"E144*E145","v":0},{"$f":"F144*F145","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cumulative Discounted Total",null,{"$f":"IF((COLUMN(D129)-COLUMN($D129))<=Comp_V1_Years_Usage_Modeled,C147+D146,0)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Annualized NPV Total Cost of Ownership",null,{"$f":"OFFSET($D147,0,Comp_V1_Years_Usage_Modeled)/Comp_V1_Years_Usage_Modeled","v":0}]

{"sheet":"FMV Regression","index":6,"n_rows":37,"n_cols":8,"rows_kept":37,"cut":false,"hidden":true,"merged":[]}
["FMV Regression Data - EV Fleet Procurement Analysis Tool"]
[]
["BEV",null,null,null,null,null,null,"R-sq = .96"]
[null,"Coefficient","Standard Error","t","P>|t|","95% confidence interval"]
["age",-0.1002,881.99490000000003,-1.35,0.17899999999999999,-2935.72,553.62360000000001]
["agesq",6.3E-3,163.1746,-0.8,0.42299999999999999,-454.05799999999999,191.49279999999999]
["msrp",null,2.0652E-2,39.26,0,0.76992000000000005,0.85162400000000005]
["all_elec_range",2.9999999999999997E-4]
["mileage",-1.8610000000000001E-6,5.0379E-2,-3.62,0,-0.28194999999999998,-8.2640000000000005E-2]
["constant",0.81220000000000003]
[null,"INTERPRETATION: 1 unit change in these variables (age, age-squared, etc) results in a change in FMV price of coefficient"]
[]
["PHEV",null,null,null,null,null,null,"R-sq = 0.98"]
[null,"Coefficient","Standard Error","t","P>|t|","95% confidence interval"]
["age",-3764,294.83510000000001,-12.06,0,-4138.9639999999999,-2972.855]
["agesq",433,73.932159999999996,6.01,0,298.2235,590.63419999999996]
["msrp",0.75,0.80156839999999996,-4.33,0,-5.0528550000000001,-1.882555]
["all_elec_range",0,86.588620000000006,3.8,0,157.66120000000001,500.12970000000001]
["mileage",-7.5999999999999998E-2,1.15792E-2,-6.25,0,-9.5235700000000006E-2,-4.9438299999999998E-2]
["_cons",0]
[null,"INTERPRETATION: 1 unit change in these variables (age, age-squared, etc) results in a change in FMV price of coefficient"]
[]
["Gasoline (with MPG)",null,null,null,null,null,null,"R-sq = 0.98"]
[null,"Coefficient","Standard Error","t","P>|t|","95% confidence interval"]
["age",-1013.43,354.87909999999999,-2.86,5.0000000000000001E-3,-1713.94,-312.91899999999998]
["agesq",-158.85,95.223330000000004,-1.67,9.7000000000000003E-2,-346.81400000000002,29.114699999999999]
["msrp",0.90576299999999998,1.7010999999999998E-2,53.25,0,0.87218399999999996,0.93934200000000001]
["mpg",0]
["mileage",-9.2999999999999992E-3,9.2580000000000006E-3,-1,0.317,-2.7570000000000001E-2,8.9739999999999993E-3]
["_cons",0," "," "," "," "," "]
[null,"INTERPRETATION: 1 unit change in these variables (age, age-squared, etc) results in a change in FMV price of coefficient"]
[]
[]
[]
["LDV","Constant Depreciation (Years 6+)",null,null,"Current as of 3/13/25"]
[]
["Constant LDV Depreciation",null,null,0.91739999999999999]

{"sheet":"Environmental Model","index":7,"n_rows":28,"n_cols":4,"rows_kept":28,"cut":false,"hidden":false,"merged":[[27,1,27,3],[26,1,26,3]]}
["Environmental Models - Fleet Procurement Analysis Tool"]
[]
[null,null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},{"$f":"Comp_V1_Type_Ex&\" (Comparison)\"","v":"2024 Toyota Corolla ICE (Comparison)"}]
[null,{"$f":"\"Annual V\" & LEFT(Constant_Distance_Metric,1) & \"T\"","v":"Annual VMT"},{"$f":"Base_V1_VMT_Modeled","v":10917},{"$f":"Comp_V1_VMT_Modeled","v":10917}]
[null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Gas/Diesel City (MPG)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Gas/Diesel City (L/100 km)]])","v":"Fuel Economy Gas/Diesel City (MPG)"},{"$f":"Base_V1_Fuel_Economy_Gas_City_Modeled","v":0},{"$f":"Comp_V1_Fuel_Economy_Gas_City_Modeled","v":32}]
[null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Gas/Diesel Hwy (MPG)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Gas/Diesel Hwy (L/100 km)]])","v":"Fuel Economy Gas/Diesel Hwy (MPG)"},{"$f":"Base_V1_Fuel_Economy_Gas_Hwy_Modeled","v":0},{"$f":"Comp_V1_Fuel_Economy_Gas_Hwy_Modeled","v":41}]
[null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Electric City (MPGe)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric City (Le/100 km)]])","v":"Fuel Economy Electric City (MPGe)"},{"$f":"Base_V1_Fuel_Economy_Electric_City_Modeled","v":125},{"$f":"Comp_V1_Fuel_Economy_Electric_City_Modeled","v":0}]
[null,{"$f":"IF(_Market=\"U.S.\", DB_Vehicles[[#Headers],[Fuel Economy Electric Hwy (MPGe)]], DB_Vehicles__Canada[[#Headers],[Fuel Consumption Electric Hwy (Le/100 km)]])","v":"Fuel Economy Electric Hwy (MPGe)"},{"$f":"Base_V1_Fuel_Economy_Electric_Hwy_Modeled","v":104},{"$f":"Comp_V1_Fuel_Economy_Electric_Hwy_Modeled","v":0}]
[null,{"$f":"\"% of Annual \" & Constant_Distance_Metric & \"s on Gasoline/Diesel*\"","v":"% of Annual Miles on Gasoline/Diesel*"},{"$f":"Base_V1_Miles_Gas_Modeled","v":0},{"$f":"Comp_V1_Miles_Gas_Modeled","v":1}]
[null,{"$f":"\"% of Annual \" & Constant_Distance_Metric & \"s City Driving\"","v":"% of Annual Miles City Driving"},{"$f":"Base_V1_Miles_City_Modeled","v":0.55000000000000004},{"$f":"Comp_V1_Miles_City_Modeled","v":0.55000000000000004}]
[null,{"$f":"Constant_Volume_Metric & \"s of Gasoline/Diesel per Year\"","v":"Gallons of Gasoline/Diesel per Year"},{"$f":"IF(C5=0,0,(C4*C10*C9)/IF(_Market=\"U.S.\", C5, 100/C5))+IF(C6=0,0,(C4*C9*(1-C10))/IF(_Market=\"U.S.\", C6, 100/C6))","v":0},{"$f":"IF(D5=0,0,(D4*D10*D9)/IF(_Market=\"U.S.\", D5, 100/D5))+IF(D6=0,0,(D4*D9*(1-D10))/IF(_Market=\"U.S.\", D6, 100/D6))","v":307.45666920731708}]
[null,{"$f":"\"Well-to-Wheel Carbon Intensity of \" & Constant_Volume_Metric & \" of Gasoline/Diesel (\" & Constant_Weight_Metric_Abbreviation & \")\"","v":"Well-to-Wheel Carbon Intensity of Gallon of Gasoline/Diesel (lb)"},{"$f":"(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key], \"CO2 (g/MJ)\"&_Market&\"Well-to-Wheel\"&_Base_V1_Vehicle_Vehicle_Class)*IF(Base_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume))/Constant_Grams_Per_Weight","v":27.00820472899769},{"$f":"(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"CO2 (g/MJ)\"&_Market&\"Well-to-Wheel\"&_Comp_V1_Vehicle_Vehicle_Class)*IF(Comp_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume))/Constant_Grams_Per_Weight","v":23.983570470809543}]
[null,"kWh Electricity / Year",{"$f":"IF(C7=0,0,((C4*(1-C9)*C10)/IF(_Market=\"U.S.\", C7, 100/C7)*Constant_kWh_Per_Gasoline_Volume))+IF(C8=0,0,((C4*(1-C9)*(1-C10))/IF(_Market=\"U.S.\", C8, 100/C8)*Constant_kWh_Per_Gasoline_Volume))","v":3210.6603080769237},{"$f":"IF(D7=0,0,((D4*(1-D9)*D10)/IF(_Market=\"U.S.\", D7, 100/D7)*Constant_kWh_Per_Gasoline_Volume))+IF(D8=0,0,((D4*(1-D9)*(1-D10))/IF(_Market=\"U.S.\", D8, 100/D8)*Constant_kWh_Per_Gasoline_Volume))","v":0}]
[null,{"$f":"IF(_Market=\"U.S.\", \"eGrid Region\", \"Province\")","v":"eGrid Region"},{"$f":"IF(_Market=\"U.S.\", eGrid_Region_Ex, Province_Ex)","v":"RFCE"},{"$f":"IF(_Market=\"U.S.\", eGrid_Region_Ex, Province_Ex)","v":"RFCE"}]
[null,{"$f":"\"Well-to-Wheel Carbon Intensity of kWh (\" & Constant_Weight_Metric_Abbreviation & \")**\"","v":"Well-to-Wheel Carbon Intensity of kWh (lb)**"},{"$f":"Constant_CO2_Intensity_Electricity","v":0.76709824000000004},{"$f":"Constant_CO2_Intensity_Electricity","v":0.76709824000000004}]
[null,{"$f":"IF(_Market=\"U.S.\", \"Electrical Transmission Line Loss\", \"\")","v":"Electrical Transmission Line Loss"},{"$f":"IF(_Market=\"U.S.\", VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[Grid gross loss '[Estimated losses/(Total disposition - Direct use)']]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE), \"\")","v":5.2999999999999999E-2},{"$f":"IF(_Market=\"U.S.\", VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[Grid gross loss '[Estimated losses/(Total disposition - Direct use)']]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE), \"\")","v":5.2999999999999999E-2}]
[null,{"$f":"\"Total Annual CO2 (\" & Constant_Weight_Metric_Abbreviation & \")\"","v":"Total Annual CO2 (lb)"},{"$f":"(C11*C12)+(C13*(C15/(1-IF(_Market=\"U.S.\", C16, 0))))","v":2600.7305929922559},{"$f":"(D11*D12)+(D13*(D15/(1-IF(_Market=\"U.S.\", D16, 0))))","v":7373.9086926540676}]
[null,{"$f":"\"Well-to-Wheel CO2 (\" &  Constant_Weight_Metric_Abbreviation & \"/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"Well-to-Wheel CO2 (lb/mi)"},{"$f":"C17/C4","v":0.23822758935534083},{"$f":"D17/D4","v":0.6754519275125096}]
[null,"Other Well-to-Wheel Emissions**"]
[null,{"$f":"\"NOx (mg/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"NOx (mg/mi)"},{"$f":"((Constant_NOX_Intensity_Electricity*Base_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"NOx (mg/MJ)\" &_Market&\"Well-to-Wheel\"&_Base_V1_Vehicle_Vehicle_Class)*Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Base_V1_VMT_Modeled","v":38.819454123313854},{"$f":"((Constant_NOX_Intensity_Electricity*Comp_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"NOx (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Comp_V1_Vehicle_Vehicle_Class)*Comp_V1_Gas_Usage_Ex*IF(Comp_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Comp_V1_VMT_Modeled","v":116.48027909778894}]
[null,{"$f":"\"SOx (mg/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"SOx (mg/mi)"},{"$f":"((Constant_SOX_Intensity_Electricity*Base_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"SOx (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Base_V1_Vehicle_Vehicle_Class)*Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Base_V1_VMT_Modeled","v":34.017047427646162},{"$f":"((Constant_SOX_Intensity_Electricity*Comp_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"SOx (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Comp_V1_Vehicle_Vehicle_Class)*Comp_V1_Gas_Usage_Ex*IF(Comp_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Comp_V1_VMT_Modeled","v":72.366674820074763}]
[null,{"$f":"\"VOC (mg/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"VOC (mg/mi)"},{"$f":"IF(AND(Constant_VOC_Intensity_Electricity=0, Base_V1_Gas_Diesel_Usage_Ex=0),\"Unknown\",((Constant_VOC_Intensity_Electricity*Base_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"VOC (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Base_V1_Vehicle_Vehicle_Class)*Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Base_V1_VMT_Modeled)","v":2.2502269511842781},{"$f":"IF(AND(Constant_VOC_Intensity_Electricity=0, Comp_V1_Gas_Usage_Ex=0),\"Unknown\",((Constant_VOC_Intensity_Electricity*Comp_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key], \"VOC (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Base_V1_Vehicle_Vehicle_Class)*Comp_V1_Gas_Usage_Ex*IF(Comp_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Comp_V1_VMT_Modeled)","v":197.79541101671998}]
[null,{"$f":"\"PM10 (mg/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"PM10 (mg/mi)"},{"$f":"((Constant_PM10_Intensity_Electricity*Base_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"PM10 (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Base_V1_Vehicle_Vehicle_Class)*Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Base_V1_VMT_Modeled","v":9.3074856483562076},{"$f":"((Constant_PM10_Intensity_Electricity*Comp_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"PM10 (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Comp_V1_Vehicle_Vehicle_Class)*Comp_V1_Gas_Usage_Ex*IF(Comp_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Comp_V1_VMT_Modeled","v":15.443690754803493}]
[null,{"$f":"\"PM2.5 (mg/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"PM2.5 (mg/mi)"},{"$f":"((Constant_PM25_Intensity_Electricity*Base_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"PM2.5 (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Base_V1_Vehicle_Vehicle_Class)*Base_V1_Gas_Diesel_Usage_Ex*IF(Base_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Base_V1_VMT_Modeled","v":7.5705862572964575},{"$f":"((Constant_PM25_Intensity_Electricity*Comp_V1_Electricity_Usage_Ex)+(SUMIFS(DB_Gasoline_Diesel_Emissions[Emissions],DB_Gasoline_Diesel_Emissions[Key],\"PM2.5 (mg/MJ)\"&_Market&\"Well-to-Wheel\"&_Comp_V1_Vehicle_Vehicle_Class)*Comp_V1_Gas_Usage_Ex*IF(Comp_V1_Fuel_Type_Ex=\"Gasoline\", Constant_Megajoule_Per_Gasoline_Volume, Constant_Megajoule_Per_Diesel_Volume)))/Comp_V1_VMT_Modeled","v":11.241093491881305}]
[]
[]
[null,"*For PHEV calculations, assumes an equal number of miles driven on a daily basis, 365 days per year. No charging during the day."]
[null,"** Emissions are well-to-wheel from Argonne National Laboratory's GREET model and U.S. EPA's eGRID."]

{"sheet":"Billing Model","index":8,"n_rows":120,"n_cols":18,"rows_kept":120,"cut":false,"hidden":false,"merged":[]}
["Billing Models - Fleet Procurement Analysis Tool"]
[]
[null,"Baseline Vehicle 1"]
[]
[]
[null,"Vehicle Use",null,null,null,"Seasonal Bill"]
[null,"Daily Energy Need (kWh)",{"$f":"(Daily_Miles_Modeled*Vehicle_Efficiency_Modeled*Base_V1_Num_Vehicles_Modeled) * (1 + Constant_Charging_Loss) * Base_Percent_Home_Charging","v":15.412498722630897},null,null,"Season","Months","Monthly Demand Charge","Monthly Energy Charge","Seasonal Demand Charge","Seasonal Energy Charge","Total Seasonal Charge"]
[null,"Daily Miles per Vehicle (Miles)",{"$f":"Base_V1_VMT / MIN(365, Base_Operating_Days_Per_Year)","v":54.585000000000001},null,null,"Winter",{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", _xlfn.MAXIFS(Base_Custom_Rate_Table_Modeled[Months], Base_Custom_Rate_Table_Modeled[Season], Base_Seasonal_Bill[[#This Row],[Season]]), _xlfn.MAXIFS(Utility_Rate_Structures[Months], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Seasonal_Bill[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\"))","v":0},{"$f":"SUMPRODUCT(Q13:Q36, R13:R36)","v":0},{"$f":"SUMPRODUCT(IF(Base_Rate_Calculation_Table[Season] = Base_Seasonal_Bill[[#This Row],[Season]], Base_Rate_Calculation_Table[Hourly kWh]* Base_Rate_Calculation_Table[Energy Rate]))  * (Base_Operating_Days_Per_Year / 12)","v":0},{"$f":"Base_Seasonal_Bill[[#This Row],[Monthly Demand Charge]]*Base_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Base_Seasonal_Bill[[#This Row],[Monthly Energy Charge]]*Base_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Base_Seasonal_Bill[[#This Row],[Seasonal Demand Charge]]+Base_Seasonal_Bill[[#This Row],[Seasonal Energy Charge]]","v":0}]
[null,"Vehicle Efficiency (kWh / Mile)",{"$f":"IFERROR(33.705/((Base_V1_Fuel_Economy_Electric_City *Base_V1_Miles_City) + (Base_V1_Fuel_Economy_Electric_Hwy * (1-Base_V1_Miles_City)) ), 1)","v":0.29169190826482044},null,null,"Summer",{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", _xlfn.MAXIFS(Base_Custom_Rate_Table_Modeled[Months], Base_Custom_Rate_Table_Modeled[Season], Base_Seasonal_Bill[[#This Row],[Season]]), _xlfn.MAXIFS(Utility_Rate_Structures[Months], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Seasonal_Bill[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\"))","v":0},{"$f":"SUMPRODUCT(O13:O36, P13:P36)","v":0},{"$f":"SUMPRODUCT(IF(Base_Rate_Calculation_Table[Season] = Base_Seasonal_Bill[[#This Row],[Season]], Base_Rate_Calculation_Table[Hourly kWh]* Base_Rate_Calculation_Table[Energy Rate]))  * (Base_Operating_Days_Per_Year / 12)","v":0},{"$f":"Base_Seasonal_Bill[[#This Row],[Monthly Demand Charge]]*Base_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Base_Seasonal_Bill[[#This Row],[Monthly Energy Charge]]*Base_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Base_Seasonal_Bill[[#This Row],[Seasonal Demand Charge]]+Base_Seasonal_Bill[[#This Row],[Seasonal Energy Charge]]","v":0}]
[]
[null,"Vehicle Count Effects",null,null,null,"Hourly Rate Table",null,null,null,null,null,null,null,"Demand Charge Table"]
[null,"Efficiency Gain from Charging Management as Fleet Size Grows",{"$f":"0.75+(0.15*(1/(100-Base_V1_Num_Vehicles_Modeled)))","v":0.75151515151515147},null,null,"Hour","Monthly Peak Demand kW","Monthly Average Demand kW","Hourly kWh","Demand Rate","Energy Rate","Season",null,null,"Summer Rates","Summer Peak Demand","Winter Rates","Winter Peak Demand"]
[null,"Multiplier of Average Daily Energy Need to Estimate Peak Demand",{"$f":"1+(0.5/Base_V1_Num_Vehicles)","v":1.5},null,null,0,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,1,{"$f":"_xlfn.UNIQUE(_xlfn._xlws.FILTER(Base_Rate_Calculation_Table[Demand Rate], Base_Rate_Calculation_Table[Season] = \"Summer\"))","v":0},{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O13, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},{"$f":"_xlfn.UNIQUE(_xlfn._xlws.FILTER(Base_Rate_Calculation_Table[Demand Rate], Base_Rate_Calculation_Table[Season] = \"Winter\"))","v":0},{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q13, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,null,null,null,null,1,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,2,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O14, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q14, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Power Levels",null,null,null,2,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,3,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O15, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q15, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Fully Rated Power Level (kW)",{"$f":"Base_V1_Num_Vehicles_Modeled * Base_Charger_Power","v":50},null,null,3,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,4,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O16, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q16, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Power Level at End of Charging (kW)",{"$f":"Base_Fully_Rated_Power_Ex*Constant_EOC_Derate_Max_Modeled","v":10},null,null,4,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,5,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O17, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q17, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,null,null,null,null,5,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,6,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O18, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q18, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Estimate for Peak Demand",null,null,null,6,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,7,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O19, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q19, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Actual Hours Charging at Full Power Level (Hours)",{"$f":"(Base_Daily_Energy_Need_Ex*Constant_Charging_Curve_Coefficient* Base_Fleet_Size_Modifier_Ex)/(Base_V1_Num_Vehicles_Modeled * Base_Charger_Power)","v":0.41613746551103425},null,null,7,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,8,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O20, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q20, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Actual Hours Charging at Lower Power Level (Hours)",{"$f":"(Base_Daily_Energy_Need_Ex*(1-Constant_Charging_Curve_Coefficient))/(Constant_EOC_Derate_Max_Modeled * Base_Charger_Power *Base_V1_Num_Vehicles_Modeled)","v":0.15412498722630893},null,null,8,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,9,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O21, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q21, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Rounded Total Hours Charging (Hours)",{"$f":"ROUNDUP(Base_Hrs_Charging_Max_Full_Rate_Ex,0)+ROUNDUP(Base_Hrs_Charging_Max_Derated_Ex,0)","v":2},null,null,9,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,10,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O22, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q22, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Rounded Hours Charging at Low Power Level (Hours)",{"$f":"ROUNDUP(Base_Hrs_Charging_Max_Ex,0)-ROUNDUP(Base_Hrs_Charging_Max_Full_Rate_Ex, 0)","v":1},null,null,10,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,11,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O23, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q23, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Rounded Hours Charging at Full Power Level (Hours)",{"$f":"Base_Hrs_Charging_Max_Ex-Base_Derated_Hours_Charging_Max_Ex","v":1},null,null,11,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,12,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O24, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q24, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Estimated Peak Demand (kW)",{"$f":"Base_Average_KW_Ex*Base_Fleet_Size_Modifier_Ex","v":1.8457710163795875},null,null,12,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,13,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O25, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q25, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Estimate Peak Demand Remaining after Slow Down (kW)",{"$f":"Base_Average_KW_Remainder_Ex*Base_Fleet_Size_Modifier_Ex","v":0.62025909493514564},null,null,13,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,14,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O26, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q26, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,null,null,null,null,14,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,15,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O27, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q27, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Average Daily Demand",null,null,null,15,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,16,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O28, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q28, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Actual Hours Charging at Full Power Level (Hours)",{"$f":"(Base_Daily_Energy_Need_Ex*Constant_Charging_Curve_Coefficient)/(Base_V1_Num_Vehicles_Modeled * Base_Charger_Power)","v":0.27742497700735613},null,null,16,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,17,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O29, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q29, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Actual Hours Charging at Lower Power Level (Hours)",{"$f":"(Base_Daily_Energy_Need_Ex*(1-Constant_Charging_Curve_Coefficient))/(Constant_EOC_Derate_Max_Modeled * Base_Charger_Power *Base_V1_Num_Vehicles_Modeled)","v":0.15412498722630893},null,null,17,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,18,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O30, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q30, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Rounded Total Hours Charging (Hours)",{"$f":"ROUNDUP(Base_Hrs_Charging_Full_Rate_Average_Ex, 0) +ROUNDUP(Base_Hrs_Charging_Derate_Average_Modeled_Ex,0)","v":2},null,null,18,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,19,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O31, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q31, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Rounded Hours Charging at Low Power Level (Hours)",{"$f":"ROUNDUP(Base_Hrs_Charging_Average_Ex,0)-ROUNDUP(Base_Hrs_Charging_Full_Rate_Average_Ex, 0)","v":1},null,null,19,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":50},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":50},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":5.4124987226309003},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,20,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O32, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q32, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Rounded Hours Charging at Full Power Level (Hours)",{"$f":"Base_Hrs_Charging_Average_Ex-Base_Derated_Hours_Charging_Average_Ex","v":1},null,null,20,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":50},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":10},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,21,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O33, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q33, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Average Demand (kW)",{"$f":"(((Daily_Miles_Modeled*Vehicle_Efficiency_Modeled*Constant_Charging_Curve_Coefficient) / (Base_Charging_Time_Ex *Base_Management_Coefficient_Ex)) * Base_V1_Num_Vehicles) * (1 +Constant_Charging_Loss)* Base_Percent_Home_Charging","v":1.230514010919725},null,null,21,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":50},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,22,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O34, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q34, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Average Demand Remaining after Slow Down (kW)",{"$f":"((Daily_Miles_Modeled*Vehicle_Efficiency_Modeled*(1-Constant_Charging_Curve_Coefficient)/(Base_Charging_Time_Ex*(1-Base_Management_Coefficient_Ex))*Base_V1_Num_Vehicles)) * (1 +Constant_Charging_Loss) * Base_Percent_Home_Charging","v":0.41350606329009709},null,null,22,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,23,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O35, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q35, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,null,null,null,null,23,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,24,null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], O36, Base_Rate_Calculation_Table[Season], \"Summer\")","v":50},null,{"$f":"_xlfn.MAXIFS(Base_Rate_Calculation_Table[Monthly Peak Demand kW],Base_Rate_Calculation_Table[Demand Rate], Q36, Base_Rate_Calculation_Table[Season], \"Winter\")","v":50}]
[null,"Other",null,null,null,0,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,"Transition Hour (Hour)",{"$f":"ROUNDDOWN(MOD(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Full_Rate_Average_Ex, 24),0)","v":19},null,null,1,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,"Hours Charging at Peak Power (Hours)",{"$f":"ROUNDUP(Base_Management_Coefficient_Ex*Base_Charging_Time_Ex, 0)","v":12},null,null,2,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,"Hour of Day to Transition to Lower Power (Hour)",{"$f":"MOD(HOUR(Base_Charging_Start_Time_Modeled) +Base_Hours_Charging_at_Peak_Ex, 23) - 1","v":7},null,null,3,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,4,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,5,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,6,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,7,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,8,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,9,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,10,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,11,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,12,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,13,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,14,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,15,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,16,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,17,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,18,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,19,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":50},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":50},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":5.4124987226309003},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,20,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":50},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":10},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,21,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":50},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,22,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,23,{"$f":"(IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) +Base_Hrs_Charging_Derated_Max_Ex,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Derated_Max_Ex <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Max_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Base_Charging_Start_Time_Modeled < Base_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Base_Charging_Start_Time_Modeled) <= Base_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Base_Charging_End_Time_Modeled) >= Base_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\",\n    IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n           IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n           IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Average_KW_Ex, Base_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Base_Charging_Start_Time_Modeled <= Base_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled,Base_Fully_Rated_Power_Ex, IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex,  Base_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Base_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex),\n                   IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hours_Charging_at_Peak_Ex >= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Max_KW_Ex, Base_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Base_Charging_Start_Time_Modeled),\n                          IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Average_Ex > Base_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Base_Charging_Start_Time_Modeled) + Base_Hrs_Charging_Fully_Rated_Average_Modeled <= Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Derated_Power_Ex,\nBase_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour based on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Base_Manage_Peak_Shave, \"Yes\", IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hour_Ex,MAX( Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex, 0), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]), \"No\",  IF(Base_Rate_Calculation_Table[[#This Row],[Hour]] = Base_Transition_Hr_Ex, Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]- (SUMIF(Base_Rate_Calculation_Table[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Rate_Calculation_Table[Monthly Average Demand kW]) - Base_Daily_Energy_Need_Ex), Base_Rate_Calculation_Table[[#This Row],[Monthly Average Demand kW]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", SUMIFS(Base_Custom_Rate_Table_Modeled[Rate], Base_Custom_Rate_Table_Modeled[Hour],Base_Rate_Calculation_Table[[#This Row],[Hour]], Base_Custom_Rate_Table_Modeled[Season],  Base_Rate_Calculation_Table[[#This Row],[Season]], Base_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Base_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Base_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Base_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[]
[null,"Comparison Vehicle 1"]
[null,"Comp Vehicle 1"]
[]
[]
[null,"Vehicle Use",null,null,null,"Seasonal Bill"]
[null,"Daily Energy Need (kWh)",{"$f":"(Comp_Daily_Miles_Modeled_Ex*Comp_Vehicle_Efficiency_Modeled*Comp_V1_Num_Vehicles_Modeled) * (1 + Constant_Charging_Loss) * Comp_Percent_Home_Charging","v":60.043500000000009},null,null,"Season","Months","Monthly Demand Charge","Monthly Energy Charge","Seasonal Demand Charge","Seasonal Energy Charge","Total Seasonal Charge"]
[null,"Daily Miles per Vehicle (Miles)",{"$f":"Comp_V1_VMT / MIN(365, Comp_Operating_Days_Per_Year)","v":54.585000000000001},null,null,"Winter",{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", _xlfn.MAXIFS(Comp_Custom_Rate_Table_Modeled[Months], Comp_Custom_Rate_Table_Modeled[Season], Comp_Seasonal_Bill[[#This Row],[Season]]), _xlfn.MAXIFS(Utility_Rate_Structures[Months], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Seasonal_Bill[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\"))","v":0},{"$f":"SUMPRODUCT(Q73:Q96, R73:R96)","v":0},{"$f":"SUMPRODUCT(IF(Comp_Rate_Calculation_Table[Season] = Comp_Seasonal_Bill[[#This Row],[Season]], Comp_Rate_Calculation_Table[Hourly kWh]* Comp_Rate_Calculation_Table[Energy Rate]))  * (Comp_Operating_Days_Per_Year / 12)","v":0},{"$f":"Comp_Seasonal_Bill[[#This Row],[Monthly Demand Charge]]*Comp_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Comp_Seasonal_Bill[[#This Row],[Monthly Energy Charge]]*Comp_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Comp_Seasonal_Bill[[#This Row],[Seasonal Demand Charge]]+Comp_Seasonal_Bill[[#This Row],[Seasonal Energy Charge]]","v":0}]
[null,"Vehicle Efficiency (kWh / Mile)",{"$f":"IFERROR(33.705/((Comp_V1_Fuel_Economy_Electric_City *Comp_V1_Miles_City) + (Comp_V1_Fuel_Economy_Electric_Hwy * (1-Comp_V1_Miles_City)) ), 1)","v":1},null,null,"Summer",{"$f":"IF(Base_Custom_Rate_Selection = \"Yes\", _xlfn.MAXIFS(Comp_Custom_Rate_Table_Modeled[Months], Comp_Custom_Rate_Table_Modeled[Season], Comp_Seasonal_Bill[[#This Row],[Season]]), _xlfn.MAXIFS(Utility_Rate_Structures[Months], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Seasonal_Bill[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\"))","v":0},{"$f":"SUMPRODUCT(O73:O96, P73:P96)","v":0},{"$f":"SUMPRODUCT(IF(Comp_Rate_Calculation_Table[Season] = Comp_Seasonal_Bill[[#This Row],[Season]], Comp_Rate_Calculation_Table[Hourly kWh]* Comp_Rate_Calculation_Table[Energy Rate]))  * (Comp_Operating_Days_Per_Year / 12)","v":0},{"$f":"Comp_Seasonal_Bill[[#This Row],[Monthly Demand Charge]]*Comp_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Comp_Seasonal_Bill[[#This Row],[Monthly Energy Charge]]*Comp_Seasonal_Bill[[#This Row],[Months]]","v":0},{"$f":"Comp_Seasonal_Bill[[#This Row],[Seasonal Demand Charge]]+Comp_Seasonal_Bill[[#This Row],[Seasonal Energy Charge]]","v":0}]
[]
[null,"Vehicle Count Effects",null,null,null,"Hourly Rate Table",null,null,null,null,null,null,null,"Demand Charge Table"]
[null,"Efficiency Gain from Charging Management as Fleet Size Grows",{"$f":"0.75+(0.15*(1/(100-Comp_V1_Num_Vehicles_Modeled)))","v":0.75151515151515147},null,null,"Hour","Monthly Peak Demand KW","Monthly Average Demand KW","Hourly kWh","Demand Rate","Energy Rate","Season",null,null,"Summer Rates","Summer Peak Demand","Winter Rates","Winter Peak Demand"]
[null,"Multiplier of Average Daily Energy Need to Estimate Peak Demand",{"$f":"1+(0.5/Comp_V1_Num_Vehicles)","v":1.5},null,null,0,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":2},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,1,{"$f":"_xlfn.UNIQUE(_xlfn._xlws.FILTER(Comp_Rate_Calculation_Table[Demand Rate], Comp_Rate_Calculation_Table[Season] = \"Summer\"))","v":0},{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O73, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},{"$f":"_xlfn.UNIQUE(_xlfn._xlws.FILTER(Comp_Rate_Calculation_Table[Demand Rate], Comp_Rate_Calculation_Table[Season] = \"Winter\"))","v":0},{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q73, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,null,null,null,null,1,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,2,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O74, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q74, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Power Levels",null,null,null,2,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,3,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O75, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q75, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Fully Rated Power Level (kW)",{"$f":"Comp_V1_Num_Vehicles_Modeled * Comp_Charger_Power","v":10},null,null,3,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,4,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O76, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q76, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Power Level at End of Charging (kW)",{"$f":"Comp_Fully_Rated_Power_Ex*Constant_EOC_Derate_Max_Modeled","v":2},null,null,4,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10.043500000000009},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,5,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O77, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q77, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,null,null,null,null,5,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,6,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O78, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q78, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Estimate for Peak Demand",null,null,null,6,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,7,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O79, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q79, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Actual Hours Charging at Full Power Level (Hours)",{"$f":"(Comp_Daily_Energy_Need_Ex*Constant_Charging_Curve_Coefficient * Comp_Fleet_Size_Modifier_Ex)/(Comp_V1_Num_Vehicles_Modeled * Comp_Charger_Power)","v":8.1058725000000003},null,null,7,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,8,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O80, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q80, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Actual Hours Charging at Lower Power Level (Hours)",{"$f":"(Comp_Daily_Energy_Need_Ex*(1-Constant_Charging_Curve_Coefficient))/(Constant_EOC_Derate_Max_Modeled * Comp_Charger_Power *Comp_V1_Num_Vehicles_Modeled)","v":3.0021749999999998},null,null,8,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,9,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O81, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q81, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Rounded Total Hours Charging (Hours)",{"$f":"ROUNDUP(Comp_Hrs_Charging_Max_Full_Rate_Ex+Comp_Hrs_Charging_Max_Derated_Ex,0)","v":12},null,null,9,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,10,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O82, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q82, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Rounded Hours Charging at Low Power Level (Hours)",{"$f":"ROUNDUP(Comp_Hrs_Charging_Max_Ex-Comp_Hrs_Charging_Max_Full_Rate_Ex, 0)","v":4},null,null,10,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,11,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O83, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q83, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Rounded Hours Charging at Full Power Level (Hours)",{"$f":"Comp_Hrs_Charging_Max_Ex-Comp_Derated_Hours_Charging_Max_Ex","v":8},null,null,11,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,12,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O84, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q84, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Estimated Peak Demand (kW)",{"$f":"((Comp_Daily_Miles_Modeled_Ex*Comp_Fleet_Size_Modifier_Ex*Comp_Vehicle_Efficiency_Modeled*Constant_Charging_Curve_Coefficient) / (Comp_Charging_Time_Ex *Comp_Management_Coefficient_Ex)) * Comp_V1_Num_Vehicles * (1 +Constant_Charging_Loss) * Comp_Percent_Home_Charging","v":11.984488911290326},null,null,12,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,13,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O85, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q85, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Estimate Peak Demand Remaining after Slow Down (kW)",{"$f":"((Comp_Daily_Miles_Modeled_Ex*Comp_Fleet_Size_Modifier_Ex*Comp_Vehicle_Efficiency_Modeled*(1-Constant_Charging_Curve_Coefficient)/(Comp_Charging_Time_Ex*(1-Comp_Management_Coefficient_Ex))*Comp_V1_Num_Vehicles)) * (1 +Constant_Charging_Loss) * Comp_Percent_Home_Charging","v":4.0273079268292662},null,null,13,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,14,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O86, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q86, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,null,null,null,null,14,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,15,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O87, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q87, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Average Daily Demand",null,null,null,15,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,16,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O88, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q88, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Actual Hours Charging at Full Power Level (Hours)",{"$f":"(Comp_Daily_Energy_Need_Ex*Constant_Charging_Curve_Coefficient)/(Comp_V1_Num_Vehicles_Modeled * Comp_Charger_Power)","v":5.4039150000000005},null,null,16,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,17,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O89, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q89, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Actual Hours Charging at Lower Power Level (Hours)",{"$f":"(Comp_Daily_Energy_Need_Ex*(1-Constant_Charging_Curve_Coefficient))/(Constant_EOC_Derate_Max_Modeled * Comp_Charger_Power *Comp_V1_Num_Vehicles_Modeled)","v":3.0021749999999998},null,null,17,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,18,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O90, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q90, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Rounded Total Hours Charging (Hours)",{"$f":"ROUNDUP(Comp_Hrs_Charging_Full_Rate_Average_Ex+Comp_Hrs_Charging_Derate_Average_Modeled,0)","v":9},null,null,18,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,19,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O91, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q91, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Rounded Hours Charging at Low Power Level (Hours)",{"$f":"ROUNDUP(Comp_Hrs_Charging_Average_Ex-Comp_Hrs_Charging_Full_Rate_Average_Ex, 0)","v":4},null,null,19,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,20,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O92, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q92, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Rounded Hours Charging at Full Power Level (Hours)",{"$f":"Comp_Hrs_Charging_Average_Ex-Comp_Derated_Hours_Charging_Average_Ex","v":5},null,null,20,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,21,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O93, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q93, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Average Demand (kW)",{"$f":"(((Comp_Daily_Miles_Modeled_Ex*Comp_Vehicle_Efficiency_Modeled*Constant_Charging_Curve_Coefficient) / (Comp_Charging_Time_Ex *Comp_Management_Coefficient_Ex)) * Comp_V1_Num_Vehicles) * (1 +Constant_Charging_Loss)* Comp_Percent_Home_Charging","v":7.9896592741935493},null,null,21,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,22,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O94, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q94, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Average Demand Remaining after Slow Down (kW)",{"$f":"((Comp_Daily_Miles_Modeled_Ex*Comp_Vehicle_Efficiency_Modeled*(1-Constant_Charging_Curve_Coefficient)/(Comp_Charging_Time_Ex*(1-Comp_Management_Coefficient_Ex))*Comp_V1_Num_Vehicles)) * (1 +Constant_Charging_Loss) * Comp_Percent_Home_Charging","v":2.6848719512195114},null,null,22,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,23,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O95, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q95, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,null,null,null,null,23,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":10},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Winter",null,24,null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], O96, Comp_Rate_Calculation_Table[Season], \"Summer\")","v":10},null,{"$f":"_xlfn.MAXIFS(Comp_Rate_Calculation_Table[Monthly Peak Demand KW],Comp_Rate_Calculation_Table[Demand Rate], Q96, Comp_Rate_Calculation_Table[Season], \"Winter\")","v":10}]
[null,"Other",null,null,null,0,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":2},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,"Transition Hour (Hour)",{"$f":"MOD(HOUR(Comp_Charging_Start_Time_Modeled) +Comp_Hrs_Charging_Fully_Rated_Average_Modeled, 24)","v":4},null,null,1,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,"Hours Charging at Peak Power (Hours)",{"$f":"ROUNDUP(Comp_Management_Coefficient_Ex*Comp_Charging_Time_Ex, 0)","v":7},null,null,2,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,"Hour of Day to Transition to Lower Power (Hour)",{"$f":"MOD(HOUR(Comp_Charging_Start_Time_Modeled) +Comp_Hours_Charging_at_Peak_Ex, 23) - 1","v":6},null,null,3,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,4,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10.043500000000009},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,5,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,6,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,7,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,8,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,9,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,10,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,11,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,12,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,13,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,14,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,15,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,16,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,17,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,18,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,19,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,20,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,21,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,22,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":0},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":0},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]
[null,null,null,null,null,23,{"$f":"(IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n     IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),\n     IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n     + N(\"COMMENT: This formula determines if the vehicle is charging at the given hour and returns 1 if it is charging, or 1 if not.\"))\n*\n IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$24,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + $C$22,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$24 <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + $C$22 >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Fully_Rated_Power_Ex)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\")","v":10},{"$f":"IF(Comp_Charging_Start_Time_Modeled < Comp_Charging_End_Time_Modeled,\n   IF(AND(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0),  IF(OR(HOUR(Comp_Charging_Start_Time_Modeled) <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], HOUR(Comp_Charging_End_Time_Modeled) >= Comp_Rate_Calculation_Table[[#This Row],[Hour]]), 1, 0))\n*_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\",\n    IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n           IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n           IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Average_KW_Ex, Comp_Average_KW_Remainder_Ex))\n       ), \"No\",  IF(Comp_Charging_Start_Time_Modeled <= Comp_Charging_End_Time_Modeled,\n     _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n         \"No\",\n                 IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex,Comp_Fully_Rated_Power_Ex, IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex,  Comp_Derated_Power_Ex) )),\n        _xlfn.SWITCH(Comp_Manage_Peak_Shave,\n          \"Yes\",\n                   IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex),\n                   IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hours_Charging_at_Peak_Ex >= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Max_KW_Ex, Comp_Max_KW_Inverse_Ex)),\n           \"No\",\n                    IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] < HOUR(Comp_Charging_Start_Time_Modeled),\n                          IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]] + 24, Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0),\n                         IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Max_Ex > Comp_Rate_Calculation_Table[[#This Row],[Hour]], IF(HOUR(Comp_Charging_Start_Time_Modeled) + Comp_Hrs_Charging_Derated_Max_Ex <= Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Derated_Power_Ex,\nComp_Fully_Rated_Power_Ex), 0)\n)))\n+N(\"COMMENT: The formula above determines the peak load at a given hour Compd on the charging method, while accounting for charging ranges that pass the 24hr mark.\"))","v":10},{"$f":"_xlfn.SWITCH(Comp_Manage_Peak_Shave, \"Yes\", IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hour_Ex,MAX( Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex, 0), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]), \"No\",  IF(Comp_Rate_Calculation_Table[[#This Row],[Hour]] = Comp_Transition_Hr_Ex, Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]- (SUMIF(Comp_Rate_Calculation_Table[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Rate_Calculation_Table[Monthly Average Demand KW]) - Comp_Daily_Energy_Need_Ex), Comp_Rate_Calculation_Table[[#This Row],[Monthly Average Demand KW]]))","v":10},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Demand Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season],Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Demand Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},{"$f":"IF(Comp_Custom_Rate_Selection = \"Yes\", SUMIFS(Comp_Custom_Rate_Table_Modeled[Rate], Comp_Custom_Rate_Table_Modeled[Hour],Comp_Rate_Calculation_Table[[#This Row],[Hour]], Comp_Custom_Rate_Table_Modeled[Season],  Comp_Rate_Calculation_Table[[#This Row],[Season]], Comp_Custom_Rate_Table_Modeled[Rate Type], \"Energy Charge\"), SUMIFS(Utility_Rate_Structures[Rate], Utility_Rate_Structures[Rate Name], Comp_V1_Fee_Structure_Input, Utility_Rate_Structures[Season], Comp_Rate_Calculation_Table[[#This Row],[Season]], Utility_Rate_Structures[Rate Type], \"Energy Charge\", Utility_Rate_Structures[Hour], Comp_Rate_Calculation_Table[[#This Row],[Hour]]))","v":0},"Summer"]

{"sheet":"Data","index":9,"n_rows":314,"n_cols":34,"rows_kept":314,"cut":false,"hidden":false,"merged":[]}
["Data - Fleet Procurement Analysis Tool"]
["Electricity and Gasoline Prices"]
["Energy Inflation"]
["General Inflation (Maintenance, Insurance)"]
["Maintenance and Repair Costs"]
["Electricity Emissions"]
["Gasoline and Diesel Emissions"]
["Vehicle Insurance"]
["Charging Infrastructure"]
["Other Default Values and Scalars"]
["Energy Efficiency Ratio"]
["Carbon Intensity Regulatory Benchmarks"]
["Vehicles and Incentives"]
["Utility Rate Structures"]
[]
["Electricity and Gasoline Prices"]
["State Abbreviation","Date","Gasoline Price","Diesel Price","Residential Electricity Price ($/kWh)","Commerical Electricity Price ($/kWh)",null,"Province","Commercial Electricity Price ($/kWh)","Date",null,"Province","Gasoline Price","Date"]
["AK",2023,4.6292,4.9428000000000001,0.22600000000000001,0.187,null,"Alberta",0.16700000000000001,2020,null,"Alberta",0.89524999999999999,2020]
["AL",2023,3.1747999999999998,3.9152,0.14799999999999999,0.13500000000000001,null,"British Columbia",0.124,2020,null,"British Columbia",1.253833,2020]
["AR",2023,3.1747999999999998,3.9152,0.121,0.10100000000000001,null,"Canada Avg",{"$f":"AVERAGE(I18,I19,I21,I22,I23,I25,I27,I28,I29,I30)","v":0.13499999999999998},2020,null,"Canada Avg",1.0309999999999999,2020]
["AZ",2023,4.6292,4.9428000000000001,0.13,0.108,null,"Manitoba",9.6000000000000002E-2,2020,null,"Manitoba",0.93799999999999994,2020]
["CA",2023,4.8803999999999998,5.3592000000000004,0.255,0.21,null,"New Brunswick",0.127,2020,null,"New Brunswick",0.973333,2020]
["CO",2023,3.6680000000000001,4.3574999999999999,0.14199999999999999,0.11600000000000001,null,"Newfoundland and Labrador",0.13800000000000001,2020,null,"Newfoundland and Labrador",1.069,2020]
["CT",2023,3.5880999999999998,4.5137,0.247,0.19700000000000001,null,"Northwest Territories",0.38700000000000001,2020,null,"Northwest Territories",1.148417,2020]
["DC",2023,3.6667000000000001,4.54,0.127,0.14899999999999999,null,"Nova Scotia",0.15,2020,null,"Nova Scotia",0.92508299999999999,2020]
["DE",2023,3.6667000000000001,4.54,0.13400000000000001,0.124,null,"Nunavut",0.375,2020,null,"Nunavut",1.1000000000000001,2018]
["FL",2023,3.4449999999999998,4.1475,0.13900000000000001,0.11,null,"Ontario",0.125,2020,null,"Ontario",0.99924999999999997,2020]
["GA",2023,3.3734000000000002,4.1475,0.14599999999999999,0.125,null,"Prince Edward Island",0.16800000000000001,2020,null,"Prince Edward Island",0.96908300000000003,2020]
["HI",2023,4.6292,4.9428000000000001,0.43,0.40600000000000003,null,"Quebec",7.2999999999999995E-2,2020,null,"Quebec",1.0635829999999999,2020]
["IA",2023,3.4363999999999999,4.1142000000000003,0.13500000000000001,0.109,null,"Saskatchewan",0.182,2020,null,"Saskatchewan",0.96950000000000003,2020]
["ID",2023,3.7158000000000002,4.3574999999999999,0.105,8.3000000000000004E-2,null,"Yukon",0.14499999999999999,2020,null,"Yukon",1.2090000000000001,2020]
["IL",2023,3.4363999999999999,4.1142000000000003,0.161,0.13800000000000001]
["IN",2023,3.4363999999999999,4.1142000000000003,0.152,0.13200000000000001,null,"Source: http://www.hydroquebec.com/data/documents-donnees/pdf/comparison-electricity-prices.pdf (Use Medium Power up to 100,000 kWh)",null,null,null,"Source: https://www2.nrcan.gc.ca/eneene/sources/pripri/prices_bycity_e.cfm?productID=1&locationID=66&locationID=8&locationID=43&locationID=10&locationID=39&locationID=35&locationID=28&locationID=12&locationID=44&locationID=17&locationID=2&locationID=1&locationID=15&locationID=7&frequency=M&priceYear=2020&Redisplay="]
["KS",2023,3.4363999999999999,4.1142000000000003,0.13800000000000001,0.112,null,"Source: https://www.neb-one.gc.ca/nrg/ntgrtd/mrkt/snpsht/2018/10-01-1cndffgrdcmmnts-eng.html (for territories)",null,null,null,"Source (Nunavut only): https://www.gov.nu.ca/community-and-government-services/news/retail-fuel-price-adjustments-0"]
["KY",2023,3.4363999999999999,4.1142000000000003,0.129,0.11899999999999999]
["LA",2023,3.1747999999999998,3.9152,0.13200000000000001,0.12]
["MA",2023,3.5911,4.5137,0.27200000000000002,0.184]
["MD",2023,3.6667000000000001,4.54,0.13900000000000001,0.161]
["ME",2023,3.5880999999999998,4.5137,0.224,0.182]
["MI",2023,3.4363999999999999,4.1142000000000003,0.18099999999999999,0.129]
["MN",2023,3.4493,4.1142000000000003,0.14899999999999999,0.126]
["MO",2023,3.4363999999999999,4.1142000000000003,0.11799999999999999,9.4E-2]
["MS",2023,3.1747999999999998,3.9152,0.123,0.114]
["MT",2023,3.7158000000000002,4.3574999999999999,0.114,0.109]
["NC",2023,3.3734000000000002,4.1475,0.113,8.4000000000000005E-2]
["ND",2023,3.4363999999999999,4.1142000000000003,0.109,8.3000000000000004E-2]
["NE",2023,3.4363999999999999,4.1142000000000003,0.108,8.5999999999999993E-2]
["NH",2023,3.5880999999999998,4.5137,0.25700000000000001,0.23100000000000001]
["NJ",2023,3.6667000000000001,4.54,0.16400000000000001,0.13800000000000001]
["NM",2023,3.1747999999999998,3.9152,0.13600000000000001,0.108]
["NV",2023,4.6292,4.9428000000000001,0.13800000000000001,0.107]
["NY",2023,3.66,4.54,0.22500000000000001,0.217]
["OH",2023,3.4062999999999999,4.1142000000000003,0.13700000000000001,0.112]
["OK",2023,3.4363999999999999,4.1142000000000003,0.124,9.9000000000000005E-2]
["OR",2023,4.6292,4.9428000000000001,0.11899999999999999,9.6000000000000002E-2]
["PA",2023,3.6667000000000001,4.54,0.153,0.13600000000000001]
["RI",2023,3.5880999999999998,4.5137,0.22900000000000001,0.14399999999999999]
["SC",2023,3.3734000000000002,4.1475,0.13500000000000001,0.106]
["SD",2023,3.4363999999999999,4.1142000000000003,0.122,0.10199999999999999]
["TN",2023,3.4363999999999999,4.1142000000000003,0.122,0.11899999999999999]
["TX",2023,3.1448,3.9152,0.13,0.105]
["U.S. Avg",2023,3.6368999999999998,4.3375000000000004,0.161,0.127]
["UT",2023,3.7158000000000002,4.3574999999999999,0.11,8.3000000000000004E-2]
["VA",2023,3.3734000000000002,4.1475,0.13300000000000001,9.4E-2]
["VT",2023,3.5880999999999998,4.5137,0.20200000000000001,0.17399999999999999]
["WA",2023,4.5381,4.9428000000000001,0.108,0.10199999999999999]
["WI",2023,3.4363999999999999,4.1142000000000003,0.161,0.11899999999999999]
["WV",2023,3.3734000000000002,4.1475,0.13200000000000001,0.104]
["WY",2023,3.7158000000000002,4.3574999999999999,0.107,9.2999999999999999E-2]
[]
["Source: Electricity Prices, https://www.eia.gov/electricity/data/eia861m/index.html"]
["Source: Gasoline Prices, http://www.eia.gov/dnav/pet/pet_pri_gnd_a_epmr_pte_dpgal_w.htm"]
[]
["Energy Inflation"]
["Market","Field","Units","2020","2021","2022","2023","2024","2025","2026","2027","2028","2029","2030","2031","2032","2033","2034","2035","2036","2037","2038","2039","2040","2041","2042","2043","2044","2045","2046","2047","2048","2049","2050"]
["U.S.","Motor Gasoline - Reference","2020 $/MMBtu",18.753333999999999,19.581600000000002,19.949960999999998,20.466608000000001,20.520903000000001,20.876915,21.058793999999999,21.300373,21.837596999999999,22.20318,23.275110000000002,23.377623,23.857278999999998,24.03895,24.360823,24.547155,24.861537999999999,25.124531000000001,25.45579,25.496863999999999,25.936050000000002,26.179081,26.342677999999999,26.504950000000001,26.600300000000001,26.436019999999999,26.794720000000002,26.90859,27.010861999999999,26.962119999999999,26.986158]
["U.S.","Motor Gasoline - % over base","%",{"$f":"D76/$D$76","v":1},{"$f":"E76/$D$76","v":1.044166333303721},1.0638087606182451,1.0913583685972852,1.0942535871221619,1.1132375181927652,1.1229360070054744,1.1358179297611828,1.1644647826354504,1.1839590762901147,1.2411185125802167,1.2465849005835443,1.2721620059665124,1.2818494034180803,1.2990129115174935,1.3089488514415624,1.3257129638921805,1.3397367636069406,1.3574007693778611,1.3595909932601851,1.3830100823672209,{"$f":"Y76/$D$76","v":1.3959694313555127},1.4046930535125115,1.4133460215660854,1.4184304508201049,1.409670408472435,1.4287976740562507,1.4348696610426712,1.4403231979977533,1.4377240868210421,1.4390058855668011]
["U.S.","Electricity - Reference case","2020 $/MMBtu",34.841343000000002,36.389786000000001,35.617527000000003,34.944107000000002,34.428542999999998,34.413761000000001,34.636916999999997,34.727820999999999,34.804482,34.925434000000003,34.843421999999997,34.976954999999997,34.950581,35.159678999999997,35.215763000000003,35.118279000000001,35.017761,34.933582000000001,34.798606999999997,34.639476999999999,34.525359999999999,34.392944,34.255809999999997,33.950023999999999,33.772938000000003,33.615543000000002,33.415622999999997,33.253639,33.127701000000002,32.973610000000001,32.717269999999999]
["U.S.","Electricity - % over base","%",{"$f":"D78/$D$78","v":1},{"$f":"E78/$D$78","v":1.0444426898239829},1.0222776716729891,1.0029494844673468,0.98815200665485237,0.98772774057532742,0.99413266015606794,0.9967417444270158,0.99894203274540816,1.0024135407179913,1.0000596704897395,1.0038922724649275,1.0031352982001871,1.0091367316122113,1.0107464284600052,1.0079484880935847,1.0050634672722001,1.0026474008191935,0.99877341123159336,0.99420613608378983,0.99093080309791726,{"$f":"Y78/$D$78","v":0.98713026073650489},0.98319430453642376,0.97441777717925504,0.96933513728216514,0.96481765929631358,0.95907964856578565,0.95443045923918601,0.95081584541675102,0.94639319730011551,0.93903584600628043]
["Canada","Motor Gasoline - % over base","%",1,1.0326116011761564,1.0874097834803529,1.1379310344827587,1.1558406843090085,1.1732157177225342,1.1932638331996794,1.1844426623897355,1.1766907244052394,1.1659983961507618,1.1561079925153703,1.1470195134990644,1.1381983426891207,1.128842555466453,1.120556001069233,1.1128040630847369,1.1050521251002408,1.09943865276664,1.0938251804330394,1.0884790163058007,1.0831328521785621,1.0775193798449614,1.0713712910986368,1.0657578187650361,1.0598770382250735,1.0534616412723872,1.0473135525260626,1.0411654637797383,1.0350173750334135,1.0288692862870892,1.0235231221598504]
["Canada","Electricity - % over base","%",{"$f":"D79","v":1},1.0444426898239829,1.0222776716729891,1.0029494844673468,0.98815200665485237,0.98772774057532742,0.99413266015606794,0.9967417444270158,0.99894203274540816,1.0024135407179913,1.0000596704897395,1.0038922724649275,1.0031352982001871,1.0091367316122113,1.0107464284600052,1.0079484880935847,1.0050634672722001,1.0026474008191935,0.99877341123159336,0.99420613608378983,0.99093080309791726,{"$f":"Y79","v":0.98713026073650489},0.98319430453642376,0.97441777717925504,0.96933513728216514,0.96481765929631358,0.95907964856578565,0.95443045923918601,0.95081584541675102,0.94639319730011551,0.93903584600628043]
[]
["Source: https://www.eia.gov/outlooks/aeo/data/browser/#/?id=3-AEO2021&region=1-0&cases=ref2021&start=2019&end=2050&f=A&linechart=~ref2021-d113020a.28-3-AEO2021.1-0&map=ref2021-d113020a.4-3-AEO2021.1-0&ctype=linechart&sourcekey=0"]
["Source: https://apps.cer-rec.gc.ca/ftrppndc/dflt.aspx?GoCTemplateCulture=en-CA (Use British Columbia gasoline price as a proxy)"]
[]
["General Inflation (Maintenance, Insurance)"]
["Inflation (U.S.)","Inflation (Canada)",null,"2020","2021","2022","2023","2024","2025","2026","2027","2028","2029","2030","2031","2032","2033","2034","2035","2036","2037","2038","2039","2040","2041","2042","2043","2044","2045","2046","2047","2048","2049","2050"]
[0.02,1.37E-2,null,{"$f":"(1+Inflation_Rate_General_Modeled)^(D87-$D$87)","v":1},1.02,1.0404,1.0612079999999999,1.08243216,1.1040808032,1.1261624192640001,1.1486856676492798,1.1716593810022655,1.1950925686223108,1.2189944199947571,1.243374308394652,1.2682417945625453,1.2936066304537961,1.3194787630628722,1.3458683383241292,1.372785705090612,1.4002414191924244,1.4282462475762727,1.4568111725277981,1.4859473959783542,1.5156663438979212,1.5459796707758797,1.576899264191397,1.608437249475225,1.6406059944647295,1.6734181143540243,1.7068864766411045,1.7410242061739269,1.7758446902974052,1.8113615841033535]
[]
["Source: https://www.philadelphiafed.org/-/media/research-and-data/real-time-center/survey-of-professional-forecasters/historical-data/inflation.xlsx?la=en (Long run inflation target)"]
["Source: https://apps.neb-one.gc.ca/ftrppndc/dflt.aspx?GoCTemplateCulture=en-CA (Inflation rate in 2020)"]
[]
["Maintenance and Repair Costs"]
["Key","Vehicle Class","Vehicle Type","Market","Year 1 ","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25"]
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[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Passenger Vehicles (Light-Duty)BEVU.S."},"Passenger Vehicles (Light-Duty)","BEV","U.S.",6.0999999999999999E-2,6.0999999999999999E-2,6.0999999999999999E-2,6.0999999999999999E-2,6.0999999999999999E-2,{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":7.9299999999999995E-2}]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Passenger Vehicles (Light-Duty)PHEVU.S."},"Passenger Vehicles (Light-Duty)","PHEV","U.S.",0.09,0.09,0.09,0.09,0.09,{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.11699999999999999}]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Passenger Vehicles (Light-Duty)ICECanada"},"Passenger Vehicles (Light-Duty)","ICE","Canada",{"$f":"E95*Constant_Kilometers_Per_Mile","v":0.1625393},0.1625393,0.1625393,0.1625393,0.1625393,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109,0.21130109]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Passenger Vehicles (Light-Duty)BEVCanada"},"Passenger Vehicles (Light-Duty)","BEV","Canada",{"$f":"E96*Constant_Kilometers_Per_Mile","v":9.8167299999999999E-2},9.8167299999999999E-2,9.8167299999999999E-2,9.8167299999999999E-2,9.8167299999999999E-2,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749,0.12761749]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Passenger Vehicles (Light-Duty)PHEVCanada"},"Passenger Vehicles (Light-Duty)","PHEV","Canada",{"$f":"E97*Constant_Kilometers_Per_Mile","v":0.14483699999999999},0.14483699999999999,0.14483699999999999,0.14483699999999999,0.14483699999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999,0.18828809999999999]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Medium-Duty Vehicles (Class 3-6)ICEU.S."},"Medium-Duty Vehicles (Class 3-6)","ICE","U.S.",0.20100000000000001,0.20100000000000001,0.20100000000000001,0.20100000000000001,0.20100000000000001,{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.26130000000000003}]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Medium-Duty Vehicles (Class 3-6)BEVU.S."},"Medium-Duty Vehicles (Class 3-6)","BEV","U.S.",0.14199999999999999,0.14199999999999999,0.14199999999999999,0.14199999999999999,0.14199999999999999,{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.18459999999999999}]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Medium-Duty Vehicles (Class 3-6)ICECanada"},"Medium-Duty Vehicles (Class 3-6)","ICE","Canada",{"$f":"E101*Constant_Kilometers_Per_Mile","v":0.32346930000000002},0.32346930000000002,0.32346930000000002,0.32346930000000002,0.32346930000000002,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006,0.42051009000000006]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Medium-Duty Vehicles (Class 3-6)BEVCanada"},"Medium-Duty Vehicles (Class 3-6)","BEV","Canada",{"$f":"E102*Constant_Kilometers_Per_Mile","v":0.22852059999999996},0.22852059999999996,0.22852059999999996,0.22852059999999996,0.22852059999999996,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998,0.29707677999999998]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Heavy-Duty Vehicles (Class 7-8)ICEU.S."},"Heavy-Duty Vehicles (Class 7-8)","ICE","U.S.",0.19900000000000001,0.19900000000000001,0.19900000000000001,0.19900000000000001,0.19900000000000001,{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.25870000000000004}]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Heavy-Duty Vehicles (Class 7-8)BEVU.S."},"Heavy-Duty Vehicles (Class 7-8)","BEV","U.S.",0.16800000000000001,0.16800000000000001,0.16800000000000001,0.16800000000000001,0.16800000000000001,{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001},{"$f":"DB_Maint_Repair_Costs[[#This Row],[Year 5]]*1.3","v":0.21840000000000001}]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Heavy-Duty Vehicles (Class 7-8)ICECanada"},"Heavy-Duty Vehicles (Class 7-8)","ICE","Canada",{"$f":"E105*Constant_Kilometers_Per_Mile","v":0.3202507},0.3202507,0.3202507,0.3202507,0.3202507,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008,0.41632591000000008]
[{"$f":"DB_Maint_Repair_Costs[[#This Row],[Vehicle Class]]&DB_Maint_Repair_Costs[[#This Row],[Vehicle Type]]&DB_Maint_Repair_Costs[[#This Row],[Market]]","v":"Heavy-Duty Vehicles (Class 7-8)BEVCanada"},"Heavy-Duty Vehicles (Class 7-8)","BEV","Canada",{"$f":"E106*Constant_Kilometers_Per_Mile","v":0.2703624},0.2703624,0.2703624,0.2703624,0.2703624,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003,0.35147112000000003]
[]
["Source: Argonne National Laboratory (Passenger Vehicle)"]
["Source: AFLEET Tool 2019 (Medium- and Heavy-Duty Vehicles)"]
[]
["Electricity Emissions"]
["eGRID subregion acronym","eGRID subregion name","eGRID subregion annual NOx total output emission rate (lb/MWh)","eGRID subregion annual SO2 total output emission rate (lb/MWh)","eGRID subregion annual CO2 total output emission rate (lb/MWh)","eGRID subregion annual CH4 total output emission rate (lb/MWh)","eGRID subregion annual N2O total output emission rate (lb/MWh)","eGRID subregion annual CO2 equivalent total output emission rate (lb/MWh)","Grid gross loss [Estimated losses/(Total disposition - Direct use)]","Upstream Emissions After Transmission Loss (lb/MWh)","EPA PM10 total direct plant output emission rate based on national average (lb/M","EPA PM2.5 total direct plant output emission rate based on national average (lb/","EPA VOC total direct plant output emission rate based on national average (lb/MW",null,"Province","CO2","NOx as NO2","SOx","PM10","PM2.5"]
["AKGD","ASCC Alaska Grid",5.984,0.55500000000000005,1097.6300000000001,0.1,1.4E-2,1104.191,5.5E-2,194.00656000000001,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Alberta",201293.92292257227,398.99250843381901,295.97780096315864,16.642750968192921,9.5152845265897188]
["AKMS","ASCC Miscellaneous",8.3089999999999993,0.71299999999999997,534.07299999999998,2.7E-2,5.0000000000000001E-3,536.11,5.5E-2,112.43562,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"British Columbia",7914.470725797587,23.560032483744806,20.080022249066317,6.8349958644147257,5.9013755511490693]
["AZNM","WECC Southwest",0.48099999999999998,0.155,846.61599999999999,5.3999999999999999E-2,7.0000000000000001E-3,850.15800000000002,5.2999999999999999E-2,125.66334000000001,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Canada Avg",37277.681559865028,67.095064278221571,48.454625359769892,4.1108515360712818,2.8530436136414017]
["ERCT","ERCOT All",0.45200000000000001,0.52500000000000002,818.6,5.1999999999999998E-2,7.0000000000000001E-3,822.03899999999999,5.1999999999999998E-2,147.70954,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Manitoba",4949.3698755087416,1.0969684204072716,0.51047086116946661,0.20545690262883029,0.18172279993905646]
["CAMX","WECC California",0.47499999999999998,4.3999999999999997E-2,513.45500000000004,3.2000000000000001E-2,4.0000000000000001E-3,515.48299999999995,5.2999999999999999E-2,130.07257999999999,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"New Brunswick",46217.143881322758,88.973518423568862,70.616827498786193,4.577791121870403,2.8202859407397312]
["FRCC","FRCC All",0.28799999999999998,0.152,835.07899999999995,4.9000000000000002E-2,6.0000000000000001E-3,838.22500000000002,5.2999999999999999E-2,176.36960000000002,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Newfoundland and Labrador",46217.143881322758,88.973518423568862,70.616827498786193,4.577791121870403,2.8202859407397312]
["HIMS","HICC Miscellaneous",7.5449999999999999,3.9209999999999998,1143.2270000000001,0.11,1.7000000000000001E-2,1151.124,5.6000000000000001E-2,253.53130000000002,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Northwest Territories"]
["HIOA","HICC Oahu",3.8479999999999999,6.7709999999999999,1652.952,0.17799999999999999,2.7E-2,1665.4829999999999,5.6000000000000001E-2,308.64679999999998,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Nova Scotia",46217.143881322758,88.973518423568862,70.616827498786193,4.577791121870403,2.8202859407397312]
["MROE","MRO East",0.97499999999999998,0.38900000000000001,1526.374,0.13900000000000001,0.02,1535.829,5.2999999999999999E-2,123.45872,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Nunavut"]
["MROW","MRO West",0.72799999999999998,0.93799999999999994,979.53599999999994,0.104,1.4999999999999999E-2,986.63400000000001,5.2999999999999999E-2,105.82176,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Ontario",12263.562891055561,11.52387702326933,3.089978986304573,1.3982603067424031,1.2723649817649292]
["NYLI","NPCC Long Island",0.86,0.114,1203.9269999999999,0.13800000000000001,1.7999999999999999E-2,1212.6679999999999,5.2999999999999999E-2,202.82504,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Prince Edward Island",46217.143881322758,88.973518423568862,70.616827498786193,4.577791121870403,2.8202859407397312]
["NEWE","NPCC New England",0.36299999999999999,8.4000000000000005E-2,528.23800000000006,7.3999999999999996E-2,0.01,532.97900000000004,5.2999999999999999E-2,130.07257999999999,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Quebec",4802.967783366702,2.6653186385881615,2.8318626046728479,0.77460179761827508,0.65970748247860755]
["NWPP","WECC Northwest",0.504,0.33800000000000002,599.96699999999998,5.6000000000000001E-2,8.0000000000000002E-3,603.78599999999994,5.2999999999999999E-2,59.524740000000001,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Saskatchewan",161774.46225392458,280.85858129753746,180.85159140266427,13.577331416909821,9.1522250510290011]
["NYCW","NPCC NYC/Westchester",0.222,0.01,634.61199999999997,2.1999999999999999E-2,3.0000000000000001E-3,635.95699999999999,5.2999999999999999E-2,138.89106000000001,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Yukon",7914.470725797587,23.560032483744806,20.080022249066317,6.8349958644147257,5.9013755511490693]
["NYUP","NPCC Upstate NY",0.106,2.7E-2,233.512,1.6E-2,2E-3,234.499,5.2999999999999999E-2,81.570939999999993,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["RFCE","RFC East",0.29099999999999998,0.255,652.45799999999997,4.4999999999999998E-2,6.0000000000000001E-3,655.37400000000002,5.2999999999999999E-2,114.64024000000001,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2,null,"Source (g/GJ): https://ghgenius.ca v5.01a (Must Run model to calculate emission rates. Retrieved from Elec Emissions tab under \"Electricity for EV vehicles (Mostly for/by) Macros\"). Atlantic includes New Brunswich, Newfoundland and Labrador, Novia Scotia, and Prince Edward Island."]
["RFCM","RFC Michigan",0.61799999999999999,0.81299999999999994,1153.058,0.10100000000000001,1.4E-2,1159.809,5.2999999999999999E-2,145.50492,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["RFCW","RFC West",0.58799999999999997,0.66200000000000003,984.97699999999998,8.5999999999999993E-2,1.2E-2,990.81799999999998,5.2999999999999999E-2,121.25410000000001,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["SRMW","SERC Midwest",1.1459999999999999,2.5640000000000001,1480.6990000000001,0.156,2.3E-2,1491.35,5.2999999999999999E-2,132.27720000000002,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["RMPA","WECC Rockies",0.61899999999999999,0.32100000000000001,1144.8009999999999,0.10100000000000001,1.4E-2,1151.617,5.2999999999999999E-2,134.48182,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["SRMV","SERC Mississippi Valley",0.57499999999999996,0.47099999999999997,740.35900000000004,3.2000000000000001E-2,4.0000000000000001E-3,742.43299999999999,5.2999999999999999E-2,154.32339999999999,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["SPNO","SPP North",0.46600000000000003,0.16900000000000001,954.03200000000004,0.1,1.4E-2,960.82899999999995,5.2999999999999999E-2,130.07257999999999,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["SRSO","SERC South",0.35599999999999998,0.189,860.17899999999997,0.06,8.9999999999999993E-3,864.18299999999999,5.2999999999999999E-2,145.50492,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["SPSO","SPP South",0.63500000000000001,0.627,931.75599999999997,0.06,8.9999999999999993E-3,935.79100000000005,5.2999999999999999E-2,156.52802,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["SRTV","SERC Tennessee Valley",0.35799999999999998,0.46400000000000002,834.18200000000002,7.4999999999999997E-2,1.0999999999999999E-2,839.245,5.2999999999999999E-2,121.25410000000001,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["SRVC","SERC Virginia/Carolina",0.28399999999999997,0.17299999999999999,623.11099999999999,0.05,7.0000000000000001E-3,626.28300000000002,5.2999999999999999E-2,108.02638,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
["PRMS","Puerto Rico Miscellaneous",3.91,4.2919999999999998,1602.184,8.5000000000000006E-2,1.4E-2,1608.4960000000001]
["U.S. Avg","National Average",0.50900000000000001,0.47499999999999998,818.28899999999999,6.5000000000000002E-2,8.9999999999999993E-3,822.62099999999998,5.2999999999999999E-2,117.70885218293428,6.9771159457005905E-2,5.6750942294940362E-2,1.6868244481608029E-2]
[]
["Source (eGRID and Grid Loss): http://www.epa.gov/cleanenergy/energy-resources/egrid/index.html"]
["Source (Upstream Emissions): http://www.ucsusa.org/sites/default/files/attach/2015/11/Cleaner-Cars-from-Cradle-to-Grave-full-report.pdf"]
["Source (VOC, PM10, and PM2.5): https://www.epa.gov/air-emissions-inventories/air-pollutant-emissions-trends-data"]
[]
[]
["Gasoline and Diesel Emissions"]
["Key","Pollutant","Market","Emissions Type","Vehicle Class","Emissions"]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)U.S.TailpipeHeavy-Duty Vehicles (Class 7-8)"},"CO2 (g/MJ)","U.S.","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",74.72]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)U.S.TailpipeHeavy-Duty Vehicles (Class 7-8)"},"GHG-100 (g/MJ)","U.S.","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",75.489999999999995]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)U.S.TailpipeHeavy-Duty Vehicles (Class 7-8)"},"NOx (mg/MJ)","U.S.","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",{"$f":"0.19*1000","v":190}]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)U.S.TailpipeHeavy-Duty Vehicles (Class 7-8)"},"SOx (mg/MJ)","U.S.","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",0.52]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)U.S.TailpipeHeavy-Duty Vehicles (Class 7-8)"},"VOC (mg/MJ)","U.S.","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",19.02]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)U.S.TailpipeHeavy-Duty Vehicles (Class 7-8)"},"PM10 (mg/MJ)","U.S.","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",2.19]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)U.S.TailpipeHeavy-Duty Vehicles (Class 7-8)"},"PM2.5 (mg/MJ)","U.S.","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",2.0099999999999998]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)U.S.Well-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"CO2 (g/MJ)","U.S.","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",88.16]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)U.S.Well-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"GHG-100 (g/MJ)","U.S.","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",92.26]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)U.S.Well-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"NOx (mg/MJ)","U.S.","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",{"$f":"0.21*1000","v":210}]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)U.S.Well-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"SOx (mg/MJ)","U.S.","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",14.66]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)U.S.Well-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"VOC (mg/MJ)","U.S.","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",26.62]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)U.S.Well-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"PM10 (mg/MJ)","U.S.","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",4.1100000000000003]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)U.S.Well-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"PM2.5 (mg/MJ)","U.S.","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",3.58]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)CanadaTailpipeHeavy-Duty Vehicles (Class 7-8)"},"CO2 (g/MJ)","Canada","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",74.72]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)CanadaTailpipeHeavy-Duty Vehicles (Class 7-8)"},"GHG-100 (g/MJ)","Canada","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",75.489999999999995]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)CanadaTailpipeHeavy-Duty Vehicles (Class 7-8)"},"NOx (mg/MJ)","Canada","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",{"$f":"0.19*1000","v":190}]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)CanadaTailpipeHeavy-Duty Vehicles (Class 7-8)"},"SOx (mg/MJ)","Canada","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",0.52]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)CanadaTailpipeHeavy-Duty Vehicles (Class 7-8)"},"VOC (mg/MJ)","Canada","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",19.02]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)CanadaTailpipeHeavy-Duty Vehicles (Class 7-8)"},"PM10 (mg/MJ)","Canada","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",2.19]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)CanadaTailpipeHeavy-Duty Vehicles (Class 7-8)"},"PM2.5 (mg/MJ)","Canada","Tailpipe","Heavy-Duty Vehicles (Class 7-8)",2.0099999999999998]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)CanadaWell-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"CO2 (g/MJ)","Canada","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",88.16]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)CanadaWell-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"GHG-100 (g/MJ)","Canada","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",92.26]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)CanadaWell-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"NOx (mg/MJ)","Canada","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",{"$f":"0.21*1000","v":210}]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)CanadaWell-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"SOx (mg/MJ)","Canada","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",14.66]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)CanadaWell-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"VOC (mg/MJ)","Canada","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",26.62]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)CanadaWell-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"PM10 (mg/MJ)","Canada","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",4.1100000000000003]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)CanadaWell-to-WheelHeavy-Duty Vehicles (Class 7-8)"},"PM2.5 (mg/MJ)","Canada","Well-to-Wheel","Heavy-Duty Vehicles (Class 7-8)",3.58]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)U.S.TailpipeMedium-Duty Vehicles (Class 3-6)"},"CO2 (g/MJ)","U.S.","Tailpipe","Medium-Duty Vehicles (Class 3-6)",74.84]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)U.S.TailpipeMedium-Duty Vehicles (Class 3-6)"},"GHG-100 (g/MJ)","U.S.","Tailpipe","Medium-Duty Vehicles (Class 3-6)",75.12]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)U.S.TailpipeMedium-Duty Vehicles (Class 3-6)"},"NOx (mg/MJ)","U.S.","Tailpipe","Medium-Duty Vehicles (Class 3-6)",49.95]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)U.S.TailpipeMedium-Duty Vehicles (Class 3-6)"},"SOx (mg/MJ)","U.S.","Tailpipe","Medium-Duty Vehicles (Class 3-6)",0.52]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)U.S.TailpipeMedium-Duty Vehicles (Class 3-6)"},"VOC (mg/MJ)","U.S.","Tailpipe","Medium-Duty Vehicles (Class 3-6)",4.1399999999999997]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)U.S.TailpipeMedium-Duty Vehicles (Class 3-6)"},"PM10 (mg/MJ)","U.S.","Tailpipe","Medium-Duty Vehicles (Class 3-6)",0.82]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)U.S.TailpipeMedium-Duty Vehicles (Class 3-6)"},"PM2.5 (mg/MJ)","U.S.","Tailpipe","Medium-Duty Vehicles (Class 3-6)",0.76]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)U.S.Well-to-WheelMedium-Duty Vehicles (Class 3-6)"},"CO2 (g/MJ)","U.S.","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",88.28]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)U.S.Well-to-WheelMedium-Duty Vehicles (Class 3-6)"},"GHG-100 (g/MJ)","U.S.","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",91.89]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)U.S.Well-to-WheelMedium-Duty Vehicles (Class 3-6)"},"NOx (mg/MJ)","U.S.","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",77.64]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)U.S.Well-to-WheelMedium-Duty Vehicles (Class 3-6)"},"SOx (mg/MJ)","U.S.","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",14.66]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)U.S.Well-to-WheelMedium-Duty Vehicles (Class 3-6)"},"VOC (mg/MJ)","U.S.","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",11.75]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)U.S.Well-to-WheelMedium-Duty Vehicles (Class 3-6)"},"PM10 (mg/MJ)","U.S.","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",2.75]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)U.S.Well-to-WheelMedium-Duty Vehicles (Class 3-6)"},"PM2.5 (mg/MJ)","U.S.","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",2.3199999999999998]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)CanadaTailpipeMedium-Duty Vehicles (Class 3-6)"},"CO2 (g/MJ)","Canada","Tailpipe","Medium-Duty Vehicles (Class 3-6)",74.84]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)CanadaTailpipeMedium-Duty Vehicles (Class 3-6)"},"GHG-100 (g/MJ)","Canada","Tailpipe","Medium-Duty Vehicles (Class 3-6)",75.12]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)CanadaTailpipeMedium-Duty Vehicles (Class 3-6)"},"NOx (mg/MJ)","Canada","Tailpipe","Medium-Duty Vehicles (Class 3-6)",49.95]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)CanadaTailpipeMedium-Duty Vehicles (Class 3-6)"},"SOx (mg/MJ)","Canada","Tailpipe","Medium-Duty Vehicles (Class 3-6)",0.52]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)CanadaTailpipeMedium-Duty Vehicles (Class 3-6)"},"VOC (mg/MJ)","Canada","Tailpipe","Medium-Duty Vehicles (Class 3-6)",4.1399999999999997]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)CanadaTailpipeMedium-Duty Vehicles (Class 3-6)"},"PM10 (mg/MJ)","Canada","Tailpipe","Medium-Duty Vehicles (Class 3-6)",0.82]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)CanadaTailpipeMedium-Duty Vehicles (Class 3-6)"},"PM2.5 (mg/MJ)","Canada","Tailpipe","Medium-Duty Vehicles (Class 3-6)",0.76]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)CanadaWell-to-WheelMedium-Duty Vehicles (Class 3-6)"},"CO2 (g/MJ)","Canada","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",88.28]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)CanadaWell-to-WheelMedium-Duty Vehicles (Class 3-6)"},"GHG-100 (g/MJ)","Canada","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",91.89]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)CanadaWell-to-WheelMedium-Duty Vehicles (Class 3-6)"},"NOx (mg/MJ)","Canada","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",77.64]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)CanadaWell-to-WheelMedium-Duty Vehicles (Class 3-6)"},"SOx (mg/MJ)","Canada","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",14.66]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)CanadaWell-to-WheelMedium-Duty Vehicles (Class 3-6)"},"VOC (mg/MJ)","Canada","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",11.75]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)CanadaWell-to-WheelMedium-Duty Vehicles (Class 3-6)"},"PM10 (mg/MJ)","Canada","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",2.75]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)CanadaWell-to-WheelMedium-Duty Vehicles (Class 3-6)"},"PM2.5 (mg/MJ)","Canada","Well-to-Wheel","Medium-Duty Vehicles (Class 3-6)",2.3199999999999998]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)U.S.TailpipePassenger Vehicles (Light-Duty)"},"CO2 (g/MJ)","U.S.","Tailpipe","Passenger Vehicles (Light-Duty)",71.67]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)U.S.TailpipePassenger Vehicles (Light-Duty)"},"GHG-100 (g/MJ)","U.S.","Tailpipe","Passenger Vehicles (Light-Duty)",68.47]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)U.S.TailpipePassenger Vehicles (Light-Duty)"},"NOx (mg/MJ)","U.S.","Tailpipe","Passenger Vehicles (Light-Duty)",26.45]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)U.S.TailpipePassenger Vehicles (Light-Duty)"},"SOx (mg/MJ)","U.S.","Tailpipe","Passenger Vehicles (Light-Duty)",0.43]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)U.S.TailpipePassenger Vehicles (Light-Duty)"},"VOC (mg/MJ)","U.S.","Tailpipe","Passenger Vehicles (Light-Duty)",29.66]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)U.S.TailpipePassenger Vehicles (Light-Duty)"},"PM10 (mg/MJ)","U.S.","Tailpipe","Passenger Vehicles (Light-Duty)",1.19]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)U.S.TailpipePassenger Vehicles (Light-Duty)"},"PM2.5 (mg/MJ)","U.S.","Tailpipe","Passenger Vehicles (Light-Duty)",1.05]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)U.S.Well-to-WheelPassenger Vehicles (Light-Duty)"},"CO2 (g/MJ)","U.S.","Well-to-Wheel","Passenger Vehicles (Light-Duty)",89.67]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)U.S.Well-to-WheelPassenger Vehicles (Light-Duty)"},"GHG-100 (g/MJ)","U.S.","Well-to-Wheel","Passenger Vehicles (Light-Duty)",91.18]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)U.S.Well-to-WheelPassenger Vehicles (Light-Duty)"},"NOx (mg/MJ)","U.S.","Well-to-Wheel","Passenger Vehicles (Light-Duty)",{"$f":"0.000034091*1000000","v":34.091000000000001}]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)U.S.Well-to-WheelPassenger Vehicles (Light-Duty)"},"SOx (mg/MJ)","U.S.","Well-to-Wheel","Passenger Vehicles (Light-Duty)",21.18]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)U.S.Well-to-WheelPassenger Vehicles (Light-Duty)"},"VOC (mg/MJ)","U.S.","Well-to-Wheel","Passenger Vehicles (Light-Duty)",57.89]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)U.S.Well-to-WheelPassenger Vehicles (Light-Duty)"},"PM10 (mg/MJ)","U.S.","Well-to-Wheel","Passenger Vehicles (Light-Duty)",4.5199999999999996]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)U.S.Well-to-WheelPassenger Vehicles (Light-Duty)"},"PM2.5 (mg/MJ)","U.S.","Well-to-Wheel","Passenger Vehicles (Light-Duty)",3.29]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)CanadaTailpipePassenger Vehicles (Light-Duty)"},"CO2 (g/MJ)","Canada","Tailpipe","Passenger Vehicles (Light-Duty)",62.342788316587679]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)CanadaTailpipePassenger Vehicles (Light-Duty)"},"GHG-100 (g/MJ)","Canada","Tailpipe","Passenger Vehicles (Light-Duty)",53.6789850493819]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)CanadaTailpipePassenger Vehicles (Light-Duty)"},"NOx (mg/MJ)","Canada","Tailpipe","Passenger Vehicles (Light-Duty)",26.45]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)CanadaTailpipePassenger Vehicles (Light-Duty)"},"SOx (mg/MJ)","Canada","Tailpipe","Passenger Vehicles (Light-Duty)",0.43]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)CanadaTailpipePassenger Vehicles (Light-Duty)"},"VOC (mg/MJ)","Canada","Tailpipe","Passenger Vehicles (Light-Duty)",29.66]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)CanadaTailpipePassenger Vehicles (Light-Duty)"},"PM10 (mg/MJ)","Canada","Tailpipe","Passenger Vehicles (Light-Duty)",1.19]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)CanadaTailpipePassenger Vehicles (Light-Duty)"},"PM2.5 (mg/MJ)","Canada","Tailpipe","Passenger Vehicles (Light-Duty)",1.05]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"CO2 (g/MJ)CanadaWell-to-WheelPassenger Vehicles (Light-Duty)"},"CO2 (g/MJ)","Canada","Well-to-Wheel","Passenger Vehicles (Light-Duty)",89.732916073122055]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"GHG-100 (g/MJ)CanadaWell-to-WheelPassenger Vehicles (Light-Duty)"},"GHG-100 (g/MJ)","Canada","Well-to-Wheel","Passenger Vehicles (Light-Duty)",82.44458468349066]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"NOx (mg/MJ)CanadaWell-to-WheelPassenger Vehicles (Light-Duty)"},"NOx (mg/MJ)","Canada","Well-to-Wheel","Passenger Vehicles (Light-Duty)",61.04]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"SOx (mg/MJ)CanadaWell-to-WheelPassenger Vehicles (Light-Duty)"},"SOx (mg/MJ)","Canada","Well-to-Wheel","Passenger Vehicles (Light-Duty)",21.18]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"VOC (mg/MJ)CanadaWell-to-WheelPassenger Vehicles (Light-Duty)"},"VOC (mg/MJ)","Canada","Well-to-Wheel","Passenger Vehicles (Light-Duty)",57.89]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM10 (mg/MJ)CanadaWell-to-WheelPassenger Vehicles (Light-Duty)"},"PM10 (mg/MJ)","Canada","Well-to-Wheel","Passenger Vehicles (Light-Duty)",4.5199999999999996]
[{"$f":"DB_Gasoline_Diesel_Emissions[[#This Row],[Pollutant]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Market]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Emissions Type]]&DB_Gasoline_Diesel_Emissions[[#This Row],[Vehicle Class]]","v":"PM2.5 (mg/MJ)CanadaWell-to-WheelPassenger Vehicles (Light-Duty)"},"PM2.5 (mg/MJ)","Canada","Well-to-Wheel","Passenger Vehicles (Light-Duty)",3.29]
[]
["Source (Car: SI ICEV - E10, GREET v1.3.0.13395): https://greet.es.anl.gov"]
["Source (Canada for CO2 and GHG-100 only): https://ghgenius.ca v5.0d"]
["Source (HD Truck: Combination Long-Haul CIDI - LS Diesel, GREET v1.3.0.13395): https://greet.es.anl.gov"]
["Source (MHD Vocational Vehicles: CIDI - LS Diesel, GREET v1.3.0.13395): https://greet.es.anl.gov"]
[]
["Vehicle Insurance"]
["Vehicle Class","Market","Cost","Source"]
["Passenger Vehicles (Light-Duty)","U.S.",1194,"Weighted Average for \"Full-coverage insurance\" from AAA 2019 Your Driving Cost Study"]
["Medium-Duty Vehicles (Class 3-6)","U.S.",4000,"https://www.boxtruckinsurancehq.com/box-truck-insurance-tips/how-much-does-box-truck-insurance-cost"]
["Heavy-Duty Vehicles (Class 7-8)","U.S.",10000]
["Passenger Vehicles (Light-Duty)","Canada",1062.3,"https://www.arcinsurance.ca/blog/average-car-insurance-rates-across-canadian-provinces"]
["Medium-Duty Vehicles (Class 3-6)","Canada",4000,"https://www.boxtruckinsurancehq.com/box-truck-insurance-tips/how-much-does-box-truck-insurance-cost"]
["Heavy-Duty Vehicles (Class 7-8)","Canada",10000]
[]
["Charging Infrastructure"]
["Description","Charging Level","Market","Cost","Source"]
["Charging Equipment Cost ($/Station)","Level 2","U.S.",834,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, Level 2 Private Depot)"]
["Charging Equipment Cost ($/Station)","DC Fast Charging","U.S.",38000,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, DC Private Depot)"]
["Maintenance and Network Service Cost ($/Station/Year)","Level 2","U.S.",{"$f":"0.03*D252","v":25.02},"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (3% of equipment cost)"]
["Maintenance and Network Service Cost ($/Station/Year)","DC Fast Charging","U.S.",{"$f":"0.03*D253","v":1140},"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (3% of equipment cost)"]
["Construction and Equipment Installation Cost ($/Station)","Level 2","U.S.",2180,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, Level 2 Private Depot)"]
["Construction and Equipment Installation Cost ($/Station)","DC Fast Charging","U.S.",20000,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, DC Private Depot)"]
["Electric Utility Upgrades and Grid Interconnection Cost ($/Site)","Level 2","U.S.",0,"None"]
["Electric Utility Upgrades and Grid Interconnection Cost ($/Site)","DC Fast Charging","U.S.",0,"None"]
["Charging Equipment Cost ($/Station)","Level 2","Canada",834,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, Level 2 Private Depot)"]
["Charging Equipment Cost ($/Station)","DC Fast Charging","Canada",38000,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, DC Private Depot)"]
["Maintenance and Network Service Cost ($/Station/Year)","Level 2","Canada",{"$f":"0.03*D260","v":25.02},"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (3% of equipment cost)"]
["Maintenance and Network Service Cost ($/Station/Year)","DC Fast Charging","Canada",{"$f":"0.03*D261","v":1140},"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (3% of equipment cost)"]
["Construction and Equipment Installation Cost ($/Station)","Level 2","Canada",2180,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, Level 2 Private Depot)"]
["Construction and Equipment Installation Cost ($/Station)","DC Fast Charging","Canada",20000,"Electrification Assessment of Public Vehicles in Washington, Atlas Public Policy, 2020 (\"Charging Assumptions\", Light-Duty Vehicles, DC Private Depot)"]
["Electric Utility Upgrades and Grid Interconnection Cost ($/Site)","Level 2","Canada",0,"None"]
["Electric Utility Upgrades and Grid Interconnection Cost ($/Site)","DC Fast Charging","Canada",0,"None"]
[]
["Other Default Values and Scalars"]
["Factor","Market","Value","Source"]
["Expected Years of Use/Ownership","All",7]
["% of Annual Miles City Driving","All",0.55000000000000004,"https://www.epa.gov/fueleconomy/plug-hybrid-electric-vehicle-learn-more-about-new-label"]
["Carbon Price","U.S.",42,"https://www.epa.gov/sites/default/files/2016-12/documents/social_cost_of_carbon_fact_sheet.pdf (from 2020)"]
["Carbon Price","Canada",20,"https://www.canlii.org/en/ca/laws/stat/sc-2018-c-12-s-186/139160/sc-2018-c-12-s-186.html "]
["Annual Mileage","U.S.",15000]
["Annual Mileage","Canada",24135]
["Charging Loss (%)","All",0.1]
["Max Energy Recovered before Charging Slows Down (%)","All",0.9]
["Share of Max Full Rated Power Level at End of Charging (%)","All",0.2]
[]
["Energy Efficiency Ratio"]
["Vehicle Type","EER"]
["Passenger Vehicles (Light-Duty)",3.4]
["Medium-Duty Vehicles (Class 3-6)",3.4]
["Heavy-Duty Vehicles (Class 7-8)",5]
[]
["Carbon Intensity Regulatory Benchmarks"]
["Year","Benchmark","Fuel Type","State"]
[2022,89.5,"Gasoline","CA"]
[2023,88.25,"Gasoline","CA"]
[2024,87.01,"Gasoline","CA"]
[2025,85.77,"Gasoline","CA"]
[2026,84.52,"Gasoline","CA"]
[2027,83.28,"Gasoline","CA"]
[2028,82.04,"Gasoline","CA"]
[2029,80.8,"Gasoline","CA"]
[2030,79.55,"Gasoline","CA"]
[2022,90.41,"Diesel","CA"]
[2023,89.15,"Diesel","CA"]
[2024,87.89,"Diesel","CA"]
[2025,86.65,"Diesel","CA"]
[2026,85.38,"Diesel","CA"]
[2027,84.13,"Diesel","CA"]
[2028,82.87,"Diesel","CA"]
[2029,81.62,"Diesel","CA"]
[2030,80.36,"Diesel","CA"]
[2022,93.15,"Gasoline","OR"]
[2023,91.68,"Gasoline","OR"]
[2024,90.21,"Gasoline","OR"]
[2025,88.25,"Gasoline","OR"]
[2022,93.81,"Diesel","OR"]
[2023,92.32,"Diesel","OR"]
[2024,90.84,"Diesel","OR"]
[2025,88.87,"Diesel","OR"]

{"sheet":"Data - Utility Rate Structures","index":10,"n_rows":23691,"n_cols":7,"rows_kept":4500,"cut":true,"hidden":false,"merged":[],"bounds":{"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0}}
["Data - Fleet Procurement Analysis Tool"]
["Utility Rate Structures"]
["Utility","Rate Name","Rate Type","Season","Months","Hour","Rate"]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,8,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,7,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,6,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,11,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,10,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,9,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,2,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,1,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,0,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,5,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,4,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,3,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,20,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,19,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,18,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,0,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,22,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,21,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,14,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,13,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,12,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,17,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,16,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,15,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,8,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,7,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,6,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,11,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,10,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,9,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,2,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,1,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,0,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,5,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,4,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,3,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,20,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,19,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,18,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,23,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,22,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,21,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,14,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,13,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,12,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,17,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,16,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Winter",12,15,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,9,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,8,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,7,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,12,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,11,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,10,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,3,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,2,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,1,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,6,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,5,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,4,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,21,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,20,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,19,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Demand Charge","Summer",0,23,0]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,23,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,22,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,15,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,14,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,13,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,18,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,17,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,16,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Summer",8,0,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,8,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,7,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,9,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,11,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,10,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,6,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,2,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,1,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,3,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,5,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,4,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,12,0.22613430000000001]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,20,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,19,0.1210343]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,21,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,23,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,22,9.3134300000000003E-2]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,18,0.22613430000000001]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,14,0.22613430000000001]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,13,0.22613430000000001]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,15,0.22613430000000001]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,17,0.22613430000000001]
["Alabama Power Co","BEVT Business Electric Vehicle - Time of Use","Energy Charge","Winter",4,16,0.22613430000000001]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,8,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,7,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,6,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,11,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,10,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,9,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,2,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,1,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,0,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,5,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,4,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,3,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,20,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,19,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,18,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,23,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,22,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,21,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,14,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,13,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,12,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,17,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,16,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Summer",0,15,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,8,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,7,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,6,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,11,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,10,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,9,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,2,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,1,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,0,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,5,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,4,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,3,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,20,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,19,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,18,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,23,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,22,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,21,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,14,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,13,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,12,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,17,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,16,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Demand Charge","Winter",12,15,0]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,0,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,8,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,7,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,9,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,11,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,10,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,6,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,2,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,1,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,3,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,5,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,4,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,12,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,20,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,19,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,21,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,23,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,22,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,18,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,14,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,13,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,15,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,17,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,16,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Summer",8,0,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,8,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,7,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,9,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,11,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,10,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,6,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,2,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,1,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,3,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,5,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,4,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,12,0.18420629999999999]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,20,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,19,9.9206299999999997E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,21,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,23,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,22,5.6206300000000001E-2]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,18,0.18420629999999999]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,14,0.18420629999999999]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,13,0.18420629999999999]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,15,0.18420629999999999]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,17,0.18420629999999999]
["Alabama Power Co","CATFISH FARMS - TIME-OF-USE","Energy Charge","Winter",4,16,0.18420629999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,0,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,15,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,16,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,14,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,12,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,13,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,17,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,21,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,22,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,20,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,18,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,19,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,11,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,3,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,4,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,2,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,0,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,1,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,5,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,9,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,10,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,8,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,6,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,7,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Winter",4,23,0.16575229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,15,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,16,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,14,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,12,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,13,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,17,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,21,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,23,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,20,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,18,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,19,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,11,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,3,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,4,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,2,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,0,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,1,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,5,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,9,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,10,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,8,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,6,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,7,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,23,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,15,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,16,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,14,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,12,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,13,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,17,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,21,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,22,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,20,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,18,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,19,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,11,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,3,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,4,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,2,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Energy Charge","Summer",8,22,0.16195229999999999]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,1,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,5,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,9,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,10,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,8,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,6,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,7,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Winter",12,23,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,15,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,16,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,14,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,12,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,13,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,17,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,21,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,22,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,20,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,18,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,19,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,11,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,3,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,4,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,2,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,0,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,1,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,5,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,9,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,10,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,8,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,6,0]
["Alabama Power Co","LPS - LIGHT AND POWER SERVICE SMALL","Demand Charge","Summer",0,7,0]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,7,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,6,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,8,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,10,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,9,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,5,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,1,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,0,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,2,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,4,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,3,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,11,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,19,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,18,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,20,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,22,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,21,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,17,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,13,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,12,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,14,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,16,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,15,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,23,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,7,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,6,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,8,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,10,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,9,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,5,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,1,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,0,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,2,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,4,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,3,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,11,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,19,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,18,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,20,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,22,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,21,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,17,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,13,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,12,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,14,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,16,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Winter",12,15,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,7,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,6,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,8,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,10,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,9,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,5,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,1,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,23,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,2,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,4,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,3,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,11,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,19,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,18,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,20,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,22,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,21,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,17,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,13,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,12,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,14,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,16,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,15,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,22,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,6,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,5,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,7,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,9,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,8,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,4,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,0,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Demand Charge","Summer",0,23,12.5]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,1,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,3,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,2,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,10,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,18,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,17,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,19,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,21,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,20,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,16,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,12,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,11,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,13,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,15,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Winter",0,14,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,23,5.6297300000000002E-2]
["Alabama Power Co","OIL FIELD INDUSTRIAL POWER","Energy Charge","Summer",12,0,5.6297300000000002E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,18,0.158412]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,19,0.158412]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,17,0.158412]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,15,0.158412]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,16,0.158412]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,20,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,0,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,1,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,23,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,21,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,22,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,14,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,6,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,7,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,5,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,3,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,4,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,8,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,12,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,13,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,11,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,9,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,10,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,16,0.12950200000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,17,0.12950200000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,18,0.12950200000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,13,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,14,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,15,0.12950200000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,22,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,23,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,0,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,19,0.12950200000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,20,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,21,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,4,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,5,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,6,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,2,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,0,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,3,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,10,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,11,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,12,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,7,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,8,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Summer",6,9,9.8591999999999999E-2]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,2,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,16,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,17,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,18,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,13,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,14,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,15,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,22,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,23,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,0,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,19,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,20,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,21,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,4,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,5,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,6,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,2,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,1,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,3,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,10,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,11,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,12,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,7,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,8,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Winter",12,9,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,16,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,17,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,18,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,13,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,14,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,15,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,22,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,23,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Energy Charge","Winter",6,1,0.120752]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,19,3.81]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,20,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,21,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,4,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,5,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,6,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,1,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,2,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,3,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,10,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,11,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,12,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,7,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,8,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Primary","Demand Charge","Summer",12,9,1.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,23,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,7,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,6,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,8,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,10,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,9,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,5,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,1,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,0,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,2,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,4,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,3,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,11,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,19,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,18,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,20,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,22,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,21,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,17,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,13,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,12,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,14,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,16,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,15,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,23,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,7,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,6,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,8,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,10,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,9,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,5,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,1,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,0,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,2,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,4,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,3,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,11,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,19,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,18,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,20,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,22,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,21,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,17,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,13,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,12,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,14,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,16,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Winter",12,15,4.3860000000000001]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,6,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,5,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,7,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,9,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,8,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,4,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,0,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,23,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,1,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,3,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,2,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,10,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,18,0.131442]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,17,0.131442]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,19,0.131442]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,21,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,20,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,16,0.131442]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,12,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,11,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,13,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,15,0.131442]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,14,0.104602]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,22,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,6,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,5,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,7,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,9,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,8,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,4,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,0,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Demand Charge","Summer",12,23,2.508]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,1,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,3,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,2,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,10,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,18,0.16035199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,17,0.16035199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,19,0.16035199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,21,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,20,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,16,0.16035199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,12,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,11,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,13,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,15,0.16035199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Winter",6,14,0.12676199999999999]
["Arizona Public Service Co","Extra Small General Service TOU (E-32 XS) Secondary","Energy Charge","Summer",6,22,0.104602]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,7,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,6,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,8,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,10,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,9,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,5,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,1,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,0,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,2,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,4,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,3,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,11,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,19,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,18,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,20,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,22,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,21,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,17,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,13,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,12,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,14,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,16,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,15,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,23,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,7,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,6,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,8,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,10,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,9,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,5,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,1,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,0,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,2,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,4,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,3,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,11,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,19,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,18,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,20,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,22,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,21,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,17,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,13,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,12,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,14,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,16,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Winter",6,15,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Demand Charge","Summer",6,23,4.1669999999999998]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,8,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,7,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,6,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,11,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,10,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,9,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,2,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,1,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,0,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,5,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,4,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,3,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,20,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,19,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,18,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,21,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,22,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,23,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,14,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,13,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,12,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,17,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,16,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Summer",6,15,0.112952]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,8,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,7,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,6,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,11,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,10,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,9,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,2,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,1,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,0,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,5,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,4,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,3,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,20,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,19,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,18,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,23,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,22,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,21,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,14,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,13,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,12,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,17,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,16,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Primary","Energy Charge","Winter",6,15,9.4612000000000002E-2]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,8,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,7,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,6,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,11,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,10,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,9,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,2,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,1,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,0,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,5,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,4,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,3,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,20,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,19,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,18,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,23,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,22,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,21,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,14,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,13,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,12,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,17,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,16,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Summer",6,15,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,8,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,7,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,6,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,11,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,10,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,9,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,2,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,1,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,0,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,5,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,4,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,3,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,20,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,19,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,18,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,23,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,22,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,21,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,14,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,13,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,12,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,17,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,16,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Demand Charge","Winter",6,15,6.6859999999999999]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,8,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,7,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,6,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,11,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,10,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,9,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,2,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,1,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,0,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,5,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,4,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,3,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,20,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,19,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,18,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,23,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,22,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,21,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,14,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,13,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,12,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,17,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,16,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Summer",6,15,0.118742]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,8,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,7,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,6,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,11,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,10,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,9,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,2,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,1,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,0,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,5,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,4,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,3,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,20,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,19,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,18,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,23,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,22,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,21,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,14,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,13,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,12,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,17,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,16,0.10022200000000001]
["Arizona Public Service Co","Extra Small General Service with Demand (E-32 XS D) Secondary","Energy Charge","Winter",6,15,0.10022200000000001]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,8,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,7,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,6,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,11,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,10,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,9,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,2,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,1,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,0,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,5,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,4,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,3,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,20,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,19,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,18,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,23,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,22,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,21,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,14,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,13,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,12,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,17,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,16,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Summer",0,15,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,8,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,7,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,6,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,11,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,10,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,9,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,2,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,1,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,0,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,5,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,4,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,3,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,20,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,19,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,18,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,23,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,22,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,21,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,14,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,13,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,12,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,17,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,16,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Demand Charge","Winter",12,15,0]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,8,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,7,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,6,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,11,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,10,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,9,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,2,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,1,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,0,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,5,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,4,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,3,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,20,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,19,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,18,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,23,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,22,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,21,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,14,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,13,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,12,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,17,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,16,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Summer",6,15,0.150142]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,8,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,7,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,6,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,11,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,10,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,9,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,2,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,1,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,0,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,5,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,4,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,3,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,20,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,19,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,18,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,23,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,22,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,21,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,14,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,13,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,12,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,17,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,16,0.13714199999999999]
["Arizona Public Service Co","General Service Extra Small Unmetered (E-30)","Energy Charge","Winter",6,15,0.13714199999999999]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,15,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,16,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,17,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,12,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,13,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,14,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,21,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,22,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,23,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,18,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,19,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,20,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,3,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,4,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,5,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,0,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,1,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,2,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,9,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,10,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,11,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,6,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,7,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Winter",4,8,9.3729999999999994E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,15,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,16,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,17,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,12,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,13,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,14,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,21,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,22,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,23,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,18,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,19,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,20,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,3,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,4,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,5,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,0,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,1,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,2,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,9,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,10,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,11,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,6,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,7,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Energy Charge","Summer",8,8,9.9129999999999996E-2]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,15,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,16,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,17,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,12,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,13,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,14,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,21,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,22,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,23,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,18,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,19,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,20,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,3,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,4,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,5,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,0,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,1,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,2,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,9,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,10,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,11,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,6,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,7,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Winter",12,8,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,15,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,16,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,17,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,12,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,13,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,14,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,21,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,22,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,23,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,18,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,19,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,20,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,3,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,4,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,5,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,0,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,1,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,2,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,9,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,10,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,11,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,6,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,7,0]
["Commonwealth Edison Co","BES - Watt-Hour Delivery Class","Demand Charge","Summer",0,8,0]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,7,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,6,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,8,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,10,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,9,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,5,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,1,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,0,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,2,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,4,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,3,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,11,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,19,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,18,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,20,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,22,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,21,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,17,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,13,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,12,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,14,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,16,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,15,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,23,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,7,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,6,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,8,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,10,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,9,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,5,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,1,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,0,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,2,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,4,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,3,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,11,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,19,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,18,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,20,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,22,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,21,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,17,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,13,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,12,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,14,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,16,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,15,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,23,7.45]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,7,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,6,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,8,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,10,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,9,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,5,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,1,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,0,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,2,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,4,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,3,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,11,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,19,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,18,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,20,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,22,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,21,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,17,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,13,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,12,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,14,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,16,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,15,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,23,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,7,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,6,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,8,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,10,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,9,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,5,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,1,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,0,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,2,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,4,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,3,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,11,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,19,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,18,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,20,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,22,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,21,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,17,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,13,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,12,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,14,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,16,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,15,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,23,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,15,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,16,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,14,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,12,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,13,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,17,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,21,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,22,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,20,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,18,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,19,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,11,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,3,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,4,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,2,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,0,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,1,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,5,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,9,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,10,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,8,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,6,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,7,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,23,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,15,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,16,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,14,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,12,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,13,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,17,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,21,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,22,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,20,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,18,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,19,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,11,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,3,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,4,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,2,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,0,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,1,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,5,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,9,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,10,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,8,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,6,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,7,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,23,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,14,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,15,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,16,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,11,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,12,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,13,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,20,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,21,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,22,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,17,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,18,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,19,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,2,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,3,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,4,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,23,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,0,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,1,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,8,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,9,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,10,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,5,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,6,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,7,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,14,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,15,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,16,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,11,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,12,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,13,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,20,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,21,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,22,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,17,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,18,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,19,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,2,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,3,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,4,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,23,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,0,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,1,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,8,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,9,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,10,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,5,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,6,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,7,4.37]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,6,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,5,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,7,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,9,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,8,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,4,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,0,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,22,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,1,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,3,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,2,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,10,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,18,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,17,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,19,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,21,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,20,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,16,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,12,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,11,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,13,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,15,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,14,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,7,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,6,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,5,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,10,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,9,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,8,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,1,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,0,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,23,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,4,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,3,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,2,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,19,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,18,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,17,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,22,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,21,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,20,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,13,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,12,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,11,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,16,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,15,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,14,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,23,7.58]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,8,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,7,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,6,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,11,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,10,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,9,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,2,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,1,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,0,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,5,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,4,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,3,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,20,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,19,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,18,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,23,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,22,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,21,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,14,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,13,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,12,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,17,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,16,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,15,8.1619999999999998E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,8,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,7,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,6,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,11,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,10,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,9,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,2,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,1,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,0,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,5,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,4,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,3,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,20,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,19,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,18,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,23,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,22,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,21,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,14,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,13,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,12,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,17,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,16,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,15,7.6359999999999997E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,8,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,7,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,6,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,11,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,10,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,9,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,2,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,1,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,0,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,5,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,4,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,3,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,20,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,19,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,18,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,23,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,22,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,21,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,14,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,13,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,12,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,17,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,16,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,15,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,8,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,7,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,6,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,11,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,10,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,9,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,2,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,1,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,0,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,5,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,4,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,3,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,20,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,19,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,18,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,23,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,22,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,21,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,14,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,13,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,12,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,17,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,16,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,15,3.06]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,8,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,7,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,6,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,11,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,10,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,9,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,2,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,1,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,0,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,5,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,4,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,3,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,20,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,19,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,18,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,23,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,22,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,21,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,14,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,13,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,12,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,17,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,16,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,15,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,8,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,7,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,6,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,11,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,10,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,9,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,2,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,1,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,0,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,5,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,4,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,3,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,20,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,19,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,18,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,23,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,22,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,21,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,14,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,13,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,12,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,17,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,16,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,15,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,8,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,7,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,6,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,11,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,10,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,9,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,2,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,1,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,0,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,5,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,4,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,3,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,20,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,19,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,18,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,23,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,22,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,21,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,14,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,13,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,12,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,17,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,16,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,15,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,8,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,7,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,6,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,11,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,10,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,9,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,2,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,1,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,0,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,5,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,4,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,3,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,20,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,19,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,18,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,23,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,22,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,21,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,14,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,13,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,12,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,17,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,16,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,15,7.84]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,8,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,7,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,6,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,11,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,10,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,9,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,2,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,1,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,0,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,5,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,4,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,3,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,20,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,19,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,18,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,23,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,22,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,21,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,14,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,13,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,12,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,17,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,16,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,15,7.6399999999999996E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,8,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,7,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,6,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,11,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,10,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,9,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,2,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,1,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,0,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,5,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,4,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,3,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,20,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,19,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,18,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,23,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,22,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,21,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,14,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,13,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,12,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,17,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,16,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,15,8.166000000000001E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,8,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,7,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,6,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,11,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,10,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,9,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,2,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,1,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,0,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,5,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,4,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,3,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,20,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,19,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,18,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,23,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,22,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,21,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,14,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,13,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,12,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,17,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,16,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,15,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,8,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,7,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,6,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,11,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,10,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,9,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,2,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,1,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,0,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,5,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,4,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,3,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,20,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,19,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,18,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,23,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,22,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,21,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,14,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,13,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,12,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,17,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,16,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,15,7.89]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,8,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,7,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,6,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,11,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,10,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,9,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,2,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,1,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,0,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,5,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,4,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,3,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,20,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,19,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,18,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,23,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,22,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,21,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,14,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,13,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,12,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,17,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,16,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,15,7.5130000000000002E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,8,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,7,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,6,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,11,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,10,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,9,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,2,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,1,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,0,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,5,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,4,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,3,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,20,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,19,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,18,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,23,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,22,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,21,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,14,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,13,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,12,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,17,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,16,8.0390000000000003E-2]
["Commonwealth Edison Co","BES-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,15,8.0390000000000003E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,8,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,7,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,6,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,11,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,10,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,9,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,2,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,1,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,0,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,5,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,4,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,3,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,20,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,19,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,18,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,23,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,22,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,21,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,14,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,13,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,12,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,17,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,16,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Summer",0,15,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,8,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,7,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,6,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,11,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,10,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,9,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,2,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,1,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,0,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,5,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,4,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,3,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,20,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,19,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,18,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,23,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,22,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,21,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,14,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,13,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,12,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,17,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,16,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Demand Charge","Winter",12,15,8.2596900000000009]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,8,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,7,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,6,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,11,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,10,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,9,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,2,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,1,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,0,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,5,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,4,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,3,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,20,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,19,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,18,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,23,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,22,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,21,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,14,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,13,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,12,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,17,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,16,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Summer",12,15,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,8,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,7,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,6,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,11,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,10,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,9,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,2,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,1,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,0,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,5,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,4,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,3,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,20,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,19,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,18,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,23,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,22,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,21,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,14,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,13,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,12,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,17,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,16,1.354E-2]
["Commonwealth Edison Co","BESH-High Voltage Delivery Class(Unbundled)","Energy Charge","Winter",0,15,1.354E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,15,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,16,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,17,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,12,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,13,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,14,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,21,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,22,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,23,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,18,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,19,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,20,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,3,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,4,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,5,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,0,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,1,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,2,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,9,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,10,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,11,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,6,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,7,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Winter",0,8,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,15,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,16,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,17,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,12,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,13,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,14,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,21,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,22,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,23,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,18,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,19,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,20,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,3,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,4,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,5,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,0,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,1,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,2,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,9,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,10,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,11,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,6,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,7,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Energy Charge","Summer",12,8,1.4080000000000001E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,15,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,16,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,17,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,12,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,13,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,14,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,21,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,22,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,23,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,18,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,19,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,20,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,3,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,4,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,5,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,0,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,1,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,2,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,9,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,10,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,11,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,6,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,7,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Winter",12,8,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,15,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,16,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,17,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,12,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,13,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,14,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,21,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,22,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,23,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,18,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,19,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,20,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,3,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,4,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,5,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,0,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,1,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,2,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,9,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,10,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,11,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,6,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,7,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class (Unbundled)","Demand Charge","Summer",0,8,9.8496900000000007]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,16,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,17,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,18,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,13,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,14,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,15,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,22,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,23,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,0,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,19,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,20,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,21,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,4,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,5,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,6,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,1,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,2,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,3,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,10,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,11,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,12,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,7,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,8,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,9,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,16,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,17,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,18,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,13,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,14,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,15,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,22,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,23,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,0,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,19,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,20,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,21,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,4,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,5,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,6,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,1,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,2,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,3,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,10,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,11,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,12,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,7,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,8,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Summer",12,9,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,16,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,17,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,18,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,13,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,14,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,15,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,22,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,23,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,0,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,19,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,20,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,21,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,4,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,5,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,6,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,1,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,2,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,3,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,10,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,11,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,12,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,7,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,8,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Winter",12,9,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,16,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,17,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,18,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,13,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,14,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,15,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,22,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,23,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Energy Charge","Winter",0,0,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,19,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,20,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,21,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,4,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,5,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,6,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,1,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,2,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,3,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,10,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,11,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,12,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,7,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,8,7.4796899999999997]
["Commonwealth Edison Co","BESH-Medium Load Delivery Class(Unbundled)","Demand Charge","Summer",0,9,7.4796899999999997]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,15,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,16,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,17,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,12,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,13,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,14,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,21,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,22,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,23,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,18,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,19,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,20,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,3,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,4,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,5,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,0,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,1,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,2,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,9,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,10,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,11,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,6,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,7,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,8,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,14,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,15,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,16,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,11,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,12,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,13,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,20,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,21,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,22,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,17,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,18,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,19,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,2,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,3,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,4,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Winter",0,23,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,0,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,1,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,8,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,9,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,10,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,5,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,6,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Energy Charge","Summer",12,7,1.354E-2]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,15,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,16,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,17,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,12,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,13,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,14,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,21,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,22,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,23,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,18,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,19,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,20,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,3,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,4,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,5,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,0,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,1,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,2,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,9,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,10,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,11,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,6,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,7,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Winter",12,8,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,15,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,16,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,17,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,12,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,13,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,14,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,21,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,22,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,23,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,18,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,19,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,20,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,3,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,4,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,5,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,0,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,1,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,2,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,9,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,10,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,11,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,6,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,7,6.8796900000000001]
["Commonwealth Edison Co","BESH-Railroad Delivery Class(Unbundled)","Demand Charge","Summer",0,8,6.8796900000000001]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,0,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,10,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,9,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,8,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,13,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,12,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,11,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,4,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,3,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,2,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,7,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,6,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,5,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,22,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,21,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,20,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,1,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,0,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,23,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,16,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,15,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,14,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,19,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,18,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,17,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,9,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,8,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,7,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,12,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,11,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,10,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,3,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,2,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,1,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,6,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,5,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,4,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,21,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,20,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,19,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Summer",0,1,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,23,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,22,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,15,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,14,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,13,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,18,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,17,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,16,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,9,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,8,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,10,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,12,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,11,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,7,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,3,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,2,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,4,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,6,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,5,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,13,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,21,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,20,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,22,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Demand Charge","Winter",12,0,9.6796900000000008]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,23,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,19,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,15,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,14,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,16,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,18,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,17,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Summer",12,1,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,9,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,8,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,10,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,12,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,6,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Small Load Delivery Class (Unbundled)","Energy Charge","Winter",0,23,1.4079999999999999E-2]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Energy Charge","Winter",0,14,4.5720000000000004E-2]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Energy Charge","Winter",0,9,4.5720000000000004E-2]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Energy Charge","Summer",12,17,4.5720000000000004E-2]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Energy Charge","Summer",12,1,4.5720000000000004E-2]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Demand Charge","Winter",12,14,3.98969]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Demand Charge","Winter",12,2,3.98969]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Demand Charge","Winter",12,5,3.98969]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Demand Charge","Summer",0,22,3.98969]
["Commonwealth Edison Co","BESH-Watt Hour Delivery Class(Unbundled)","Demand Charge","Summer",0,0,3.98969]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,7,3.49]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,22,3.49]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,9,3.49]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,5,3.49]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,7,3.5599999999999998E-3]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,21,3.5599999999999998E-3]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,14,3.5599999999999998E-3]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,5,3.5599999999999998E-3]
["Commonwealth Edison Co","Medium Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,17,3.5599999999999998E-3]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Energy Charge","Winter",4,15,2.5159999999999998E-2]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Energy Charge","Winter",4,19,2.5159999999999998E-2]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Energy Charge","Summer",8,21,2.5159999999999998E-2]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Energy Charge","Summer",8,20,2.5159999999999998E-2]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Demand Charge","Summer",0,23,0]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Demand Charge","Winter",12,19,0]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Demand Charge","Winter",12,1,0]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Demand Charge","Summer",0,20,0]
["Commonwealth Edison Co","RDS - Watt-Hour Delivery Class","Demand Charge","Summer",0,9,0]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,14,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,16,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,16,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,18,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,1,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,22,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,10,7.45]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,15,7.45]
["Commonwealth Edison Co","RDS-Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,2,7.45]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,13,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Energy Charge","Winter",4,19,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,12,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Energy Charge","Summer",8,18,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,15,4.37]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,4,4.37]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Demand Charge","Winter",12,6,4.37]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,13,4.37]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Primary)","Demand Charge","Summer",0,2,4.37]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,11,7.58]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Demand Charge","Summer",0,19,7.58]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,8,7.58]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,23,7.58]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Demand Charge","Winter",12,21,7.58]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,19,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Energy Charge","Summer",8,15,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,6,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Medium Load Delivery Class (Secondary)","Energy Charge","Winter",4,18,7.9299999999999995E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,14,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,3,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Energy Charge","Winter",4,7,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,5,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Energy Charge","Summer",8,11,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,22,3.06]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Demand Charge","Winter",12,7,3.06]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,23,3.06]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Primary)","Demand Charge","Summer",0,1,3.06]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,20,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,17,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Energy Charge","Winter",8,5,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,4,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Energy Charge","Summer",4,8,7.9699999999999997E-3]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,12,7.84]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Demand Charge","Winter",12,7,7.84]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,20,7.84]
["Commonwealth Edison Co","RDS-Small Load Delivery Class (Secondary)","Demand Charge","Summer",0,2,7.84]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,22,6.7000000000000002E-3]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,1,6.7000000000000002E-3]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Energy Charge","Winter",8,9,6.7000000000000002E-3]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,22,6.7000000000000002E-3]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Energy Charge","Summer",4,9,6.7000000000000002E-3]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,23,7.89]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Demand Charge","Winter",12,5,7.89]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,14,7.89]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,1,7.89]
["Commonwealth Edison Co","RDS-Very Large Load Delivery Class (Secondary)","Demand Charge","Summer",0,7,7.89]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,17,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,7,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,20,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,4,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,18,2.52]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,3,2.52]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,7,2.52]
["Commonwealth Edison Co","Small Load Delivery Class (Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,20,2.52]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,7,5.69]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,20,5.69]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,15,5.69]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,5,5.69]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,17,5.69]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,8,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,18,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,16,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,0,5.8300000000000001E-3]
["Commonwealth Edison Co","Small Load Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,15,5.8300000000000001E-3]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,17,3.5200000000000002E-2]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Winter",0,0,3.5200000000000002E-2]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,22,3.5200000000000002E-2]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,5,3.5200000000000002E-2]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Winter",12,15,0]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Energy Charge","Summer",12,23,3.5200000000000002E-2]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,12,0]
["Commonwealth Edison Co","Watt - Hour Delivery Class(Retail Delivery Service-Unbundled)","Demand Charge","Summer",0,21,0]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Energy Charge","Winter",0,13,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Energy Charge","Winter",0,4,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Energy Charge","Winter",0,0,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Energy Charge","Summer",12,21,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Energy Charge","Summer",12,2,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Energy Charge","Summer",12,8,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Demand Charge","Winter",8,2,17.169999999999998]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Demand Charge","Summer",4,15,34.07]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [NYC]","Demand Charge","Winter",8,23,17.169999999999998]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Energy Charge","Winter",0,14,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Energy Charge","Winter",0,20,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Energy Charge","Winter",0,1,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Energy Charge","Summer",12,19,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Energy Charge","Summer",12,4,1.763E-2]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Demand Charge","Winter",8,16,19.150000000000002]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Demand Charge","Winter",8,9,19.150000000000002]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Demand Charge","Summer",4,13,48.069999999999993]
["Consolidated Edison Co-NY Inc","SC 8 - Multiple Dwellings Redistribution TOD Service [Westchester]","Demand Charge","Summer",4,18,39.01]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Energy Charge","Winter",0,15,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Energy Charge","Winter",0,4,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Energy Charge","Winter",0,10,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Energy Charge","Summer",12,23,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Energy Charge","Summer",12,9,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Demand Charge","Winter",8,13,20.849999999999998]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Demand Charge","Winter",8,20,20.849999999999998]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Demand Charge","Winter",8,6,7.4799999999999995]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Demand Charge","Summer",4,18,32.380000000000003]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [NYC]","Demand Charge","Summer",4,10,40.520000000000003]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Energy Charge","Winter",0,20,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Energy Charge","Winter",0,5,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Energy Charge","Summer",12,17,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Energy Charge","Summer",12,9,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Demand Charge","Winter",8,14,20.849999999999998]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Demand Charge","Winter",8,23,7.4799999999999995]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Demand Charge","Winter",8,11,20.849999999999998]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Demand Charge","Summer",4,20,32.380000000000003]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating TOD Service [Westchester]","Demand Charge","Summer",4,9,40.520000000000003]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Energy Charge","Winter",0,14,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Energy Charge","Winter",0,12,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Energy Charge","Summer",12,18,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Energy Charge","Summer",12,5,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Demand Charge","Winter",8,13,21.37]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Demand Charge","Winter",8,5,13.49]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Demand Charge","Winter",8,7,13.49]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Demand Charge","Summer",4,3,17.87]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [NYC]","Demand Charge","Summer",4,0,17.87]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Energy Charge","Winter",0,13,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Energy Charge","Winter",0,9,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Energy Charge","Summer",12,16,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Energy Charge","Summer",12,12,7.7900000000000009E-3]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,12,21.37]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,4,13.49]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,10,21.37]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Demand Charge","Summer",4,3,17.87]
["Consolidated Edison Co-NY Inc","SC-12 - Multiple Dwellings Space Heating Voluntary TOD Service [Westchester]","Demand Charge","Summer",4,6,17.87]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Energy Charge","Winter",0,17,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Energy Charge","Winter",0,4,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Energy Charge","Summer",12,22,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Energy Charge","Summer",12,0,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Energy Charge","Summer",12,6,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Demand Charge","Winter",8,5,-0.79]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Demand Charge","Summer",4,1,-0.79]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Demand Charge","Summer",4,19,12.34]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [NYC]","Demand Charge","Summer",4,7,-0.79]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Energy Charge","Winter",0,23,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Energy Charge","Winter",0,6,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Energy Charge","Winter",0,8,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Energy Charge","Summer",12,3,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Energy Charge","Summer",12,12,1.388E-2]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Demand Charge","Winter",8,21,7.29]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Demand Charge","Summer",4,17,18.21]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Demand Charge","Summer",4,23,-0.79]
["Consolidated Edison Co-NY Inc","SC-13 - Bulk Power Housing Developments Service [Westchester]","Demand Charge","Summer",4,10,18.21]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Energy Charge","Winter",8,14,0.16555]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Energy Charge","Winter",8,3,6.7500000000000008E-3]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Energy Charge","Summer",4,15,0.34234999999999999]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Energy Charge","Summer",4,2,6.7500000000000008E-3]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Energy Charge","Summer",4,11,0.34234999999999999]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Demand Charge","Winter",12,11,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Demand Charge","Summer",0,14,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Demand Charge","Summer",0,12,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [NYC]","Demand Charge","Summer",0,10,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Demand Charge","Summer",0,3,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Demand Charge","Summer",0,21,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Demand Charge","Summer",0,2,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Demand Charge","Winter",12,4,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Demand Charge","Winter",12,19,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Energy Charge","Summer",4,7,6.7500000000000008E-3]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Energy Charge","Summer",4,2,6.7500000000000008E-3]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Energy Charge","Winter",8,7,6.7500000000000008E-3]
["Consolidated Edison Co-NY Inc","SC-2 - General Small Time-Of-Day [Westchester]","Energy Charge","Winter",8,16,0.16555]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Energy Charge","Winter",8,21,0.11715]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Energy Charge","Winter",8,4,0.11715]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Energy Charge","Summer",4,0,0.14075000000000001]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Energy Charge","Summer",4,2,0.14075000000000001]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Energy Charge","Summer",4,7,0.14075000000000001]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Demand Charge","Winter",12,23,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Demand Charge","Winter",12,3,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Demand Charge","Summer",0,19,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Demand Charge","Summer",0,1,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [NYC]","Demand Charge","Winter",12,0,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Energy Charge","Winter",8,7,0.11715]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Energy Charge","Winter",8,10,0.11715]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Energy Charge","Summer",4,22,0.14075000000000001]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Demand Charge","Winter",12,18,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Demand Charge","Winter",12,4,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Demand Charge","Winter",12,3,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Demand Charge","Summer",0,19,0]
["Consolidated Edison Co-NY Inc","SC-2 - General Small [Westchester]","Demand Charge","Summer",0,11,0]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Energy Charge","Winter",0,17,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Energy Charge","Winter",0,6,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Energy Charge","Summer",12,16,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Energy Charge","Summer",12,21,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Energy Charge","Summer",12,7,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Demand Charge","Winter",8,13,21.009999999999998]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Demand Charge","Winter",8,1,5.1099999999999994]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Demand Charge","Summer",4,17,49.16]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [NYC]","Demand Charge","Summer",4,13,49.16]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Energy Charge","Winter",0,14,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Energy Charge","Winter",0,2,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Energy Charge","Summer",12,16,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Energy Charge","Summer",12,20,1.6730000000000002E-2]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Demand Charge","Summer",4,23,18.62]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,20,21.009999999999998]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,1,5.1099999999999994]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,23,5.1099999999999994]
["Consolidated Edison Co-NY Inc","SC-8 - Multiple Dwellings Redistribution Voluntary TOD Service [Westchester]","Demand Charge","Summer",4,17,49.16]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Demand Charge","Summer",4,10,39.879999999999995]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Demand Charge","Summer",4,4,15.989999999999998]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Demand Charge","Summer",4,20,31.549999999999997]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Demand Charge","Winter",8,5,4.6500000000000004]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Demand Charge","Winter",8,16,16.130000000000003]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Energy Charge","Summer",12,10,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Energy Charge","Summer",12,23,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Energy Charge","Winter",0,4,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [NYC]","Energy Charge","Winter",0,5,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Energy Charge","Winter",0,15,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Energy Charge","Winter",0,22,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Energy Charge","Winter",0,6,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Energy Charge","Summer",12,19,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Energy Charge","Summer",12,11,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Demand Charge","Winter",8,16,16.130000000000003]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Demand Charge","Winter",8,9,16.130000000000003]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Demand Charge","Summer",4,12,39.879999999999995]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Demand Charge","Summer",4,20,31.549999999999997]
["Consolidated Edison Co-NY Inc","SC-9 - General Large TOD Service [Westchester]","Demand Charge","Summer",4,9,39.879999999999995]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Energy Charge","Winter",0,13,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Energy Charge","Winter",0,10,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Energy Charge","Summer",12,13,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Energy Charge","Summer",12,10,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Demand Charge","Winter",8,13,17.03]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Demand Charge","Winter",8,19,17.03]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Demand Charge","Winter",8,7,4.5999999999999996]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Demand Charge","Summer",4,3,17.7]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [NYC]","Demand Charge","Summer",4,10,45.849999999999994]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Energy Charge","Winter",0,7,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Energy Charge","Winter",0,9,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Energy Charge","Summer",12,17,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Energy Charge","Summer",12,8,1.1970000000000001E-2]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,22,4.5999999999999996]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Demand Charge","Winter",8,4,4.5999999999999996]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Demand Charge","Summer",4,16,45.849999999999994]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Demand Charge","Summer",4,21,36.9]
["Consolidated Edison Co-NY Inc","SC-9 - General Large Voluntary TOD Service [Westchester]","Demand Charge","Summer",4,7,17.7]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Demand Charge","Winter",4,21,21.57]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Energy Charge","Summer",8,3,6.8998000000000004E-2]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Energy Charge","Summer",8,18,6.8998000000000004E-2]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Energy Charge","Summer",8,10,6.8998000000000004E-2]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Energy Charge","Winter",4,2,7.1302000000000004E-2]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Energy Charge","Winter",4,13,7.1302000000000004E-2]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Demand Charge","Summer",8,7,17.57]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Demand Charge","Summer",8,22,17.57]
["Consumers Energy Co","General Demand Service - Secondary (Rate GSD)","Demand Charge","Summer",8,16,17.57]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Energy Charge","Winter",4,23,8.7007000000000001E-2]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Energy Charge","Summer",8,1,8.6134999999999989E-2]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Energy Charge","Summer",8,15,8.6134999999999989E-2]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Energy Charge","Summer",8,3,8.6134999999999989E-2]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Demand Charge","Winter",12,22,0]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Demand Charge","Winter",12,0,0]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Demand Charge","Summer",0,17,0]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Demand Charge","Summer",0,6,0]
["Consumers Energy Co","General Service - Primary, CVL 1 (Rate GP)","Demand Charge","Summer",0,10,0]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Energy Charge","Winter",4,5,9.9336999999999995E-2]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Demand Charge","Summer",0,16,0]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Demand Charge","Summer",0,21,0]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Energy Charge","Summer",8,21,9.8464999999999997E-2]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Energy Charge","Summer",8,8,9.8464999999999997E-2]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Demand Charge","Winter",12,15,0]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Demand Charge","Winter",12,3,0]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Demand Charge","Winter",12,7,0]
["Consumers Energy Co","General Service - Primary, CVL 2 (Rate GP)","Demand Charge","Summer",0,2,0]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Demand Charge","Summer",0,22,0]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Demand Charge","Summer",0,4,0]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Energy Charge","Winter",4,3,0.114882]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Energy Charge","Winter",4,16,0.114882]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Energy Charge","Winter",4,17,0.114882]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Energy Charge","Summer",8,23,0.11401]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Demand Charge","Winter",12,17,0]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Demand Charge","Winter",12,23,0]
["Consumers Energy Co","General Service - Primary, CVL 3 (Rate GP)","Demand Charge","Winter",12,12,0]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Energy Charge","Summer",8,21,0.131546]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Demand Charge","Winter",12,22,0]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Demand Charge","Summer",0,13,0]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Demand Charge","Winter",12,4,0]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Demand Charge","Winter",12,18,0]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Energy Charge","Winter",4,21,0.132523]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Energy Charge","Summer",8,8,0.131546]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Demand Charge","Summer",0,19,0]
["Consumers Energy Co","General Service - Secondary (Rate GS)","Energy Charge","Winter",4,8,0.132523]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Energy Charge","Summer",8,0,0.114699]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Energy Charge","Winter",4,7,0.17003400000000002]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Energy Charge","Summer",8,23,0.114699]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Energy Charge","Summer",8,2,0.114699]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Demand Charge","Winter",12,14,0]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Demand Charge","Winter",12,21,0]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Demand Charge","Winter",12,1,0]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Demand Charge","Summer",0,23,0]
["Consumers Energy Co","General Service Secondary Time of Use (GSTU)","Demand Charge","Summer",0,5,0]
["Georgia Power Co","Farm Service Schedule FS-10","Demand Charge","Winter",12,23,0]
["Georgia Power Co","Farm Service Schedule FS-10","Demand Charge","Summer",0,6,0]
["Georgia Power Co","Farm Service Schedule FS-10","Demand Charge","Winter",12,9,0]
["Georgia Power Co","Farm Service Schedule FS-10","Demand Charge","Winter",12,12,0]
["Georgia Power Co","Farm Service Schedule FS-10","Energy Charge","Winter",4,16,0.26075099999999996]
["Georgia Power Co","Farm Service Schedule FS-10","Demand Charge","Summer",0,20,0]
["Georgia Power Co","Farm Service Schedule FS-10","Energy Charge","Winter",4,1,0.113117]
["Georgia Power Co","Farm Service Schedule FS-10","Energy Charge","Summer",8,14,650.11311699999999]
["Georgia Power Co","Farm Service Schedule FS-10","Energy Charge","Summer",8,19,6.9780999999999996E-2]
["Georgia Power Co","Farm Service Schedule FS-10","Energy Charge","Summer",8,3,6.9780999999999996E-2]
["Georgia Power Co","Farm Service Schedule FS-10","Energy Charge","Summer",8,11,6.9780999999999996E-2]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Demand Charge","Summer",0,8,0]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Demand Charge","Summer",0,2,0]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Demand Charge","Summer",0,0,0]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Demand Charge","Winter",12,0,0]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Demand Charge","Winter",12,22,0]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Energy Charge","Summer",4,4,0.24104900000000001]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Energy Charge","Summer",4,22,0.24104900000000001]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Energy Charge","Winter",8,9,0.11105600000000002]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Energy Charge","Winter",8,0,0.11105600000000002]
["Georgia Power Co","SCHEDULE SAS-ND-9 SEASONAL AGRICULTURAL SERVICE NON-DEMAND","Energy Charge","Winter",8,18,0.11105600000000002]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Demand Charge","Summer",0,16,0]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Demand Charge","Winter",12,14,0]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Demand Charge","Winter",12,13,0]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Demand Charge","Winter",12,17,0]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Energy Charge","Winter",4,20,3.1414999999999998E-2]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Energy Charge","Winter",4,15,0.12740099999999999]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Energy Charge","Summer",8,17,3.1414999999999998E-2]
["Georgia Power Co","SCHEDULE TOU-HLF-5 TIME OF USE - HIGH LOAD FACTOR","Energy Charge","Summer",8,10,3.1414999999999998E-2]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Demand Charge","Winter",12,9,0]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Energy Charge","Winter",4,19,7.1936E-2]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Energy Charge","Summer",8,2,3.5337E-2]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Energy Charge","Winter",4,13,7.1936E-2]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Energy Charge","Summer",8,21,7.1936E-2]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Energy Charge","Summer",8,11,7.1936E-2]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Demand Charge","Summer",0,4,0]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Demand Charge","Summer",0,21,0]
["Georgia Power Co","SCHEDULE TOU-MB-4 TIME OF USE - MULTIPLE BUSINESS","Energy Charge","Winter",4,3,3.5337E-2]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Energy Charge","Winter",4,7,8.1279999999999991E-2]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Demand Charge","Summer",0,19,0]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Energy Charge","Winter",4,2,3.4756999999999996E-2]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Energy Charge","Winter",4,16,0.30519799999999997]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Demand Charge","Winter",12,11,0]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Demand Charge","Winter",12,17,0]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Demand Charge","Winter",12,5,0]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Demand Charge","Winter",12,22,0]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Demand Charge","Summer",0,4,0]
["Georgia Power Co","Time of Use- Multiple Business Schedule TOU-MB-7","Energy Charge","Summer",8,5,3.4756999999999996E-2]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Energy Charge","Winter",8,6,7.1314000000000002E-2]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Energy Charge","Winter",8,10,7.1314000000000002E-2]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Demand Charge","Winter",12,0,0]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Energy Charge","Summer",4,10,7.1314000000000002E-2]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Demand Charge","Winter",12,11,0]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Demand Charge","Winter",12,6,0]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Demand Charge","Summer",0,15,0]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Demand Charge","Summer",0,20,0]
["Georgia Power Co","Time of Use-High Load Factor Schedule TOU-HLF-10","Demand Charge","Summer",0,12,0]
["Long Island Power Authority","280 (Small General Service)","Demand Charge","Summer",0,3,0]
["Long Island Power Authority","280 (Small General Service)","Demand Charge","Summer",0,6,0]
["Long Island Power Authority","280 (Small General Service)","Energy Charge","Winter",8,12,0.143517477]
["Long Island Power Authority","280 (Small General Service)","Energy Charge","Winter",8,6,0.143517477]
["Long Island Power Authority","280 (Small General Service)","Energy Charge","Summer",4,10,0.170058125]
["Long Island Power Authority","280 (Small General Service)","Energy Charge","Summer",4,15,0.170058125]
["Long Island Power Authority","280 (Small General Service)","Energy Charge","Summer",4,13,0.170058125]
["Long Island Power Authority","280 (Small General Service)","Demand Charge","Winter",12,4,0]
["Long Island Power Authority","280 (Small General Service)","Demand Charge","Winter",12,8,0]
["Long Island Power Authority","281 (Large General Service Primary)","Energy Charge","Winter",8,14,4.5427681000000004E-2]
["Long Island Power Authority","281 (Large General Service Primary)","Energy Charge","Winter",8,9,4.5427681000000004E-2]
["Long Island Power Authority","281 (Large General Service Primary)","Energy Charge","Summer",4,22,6.5809386999999997E-2]
["Long Island Power Authority","281 (Large General Service Primary)","Energy Charge","Summer",4,4,6.5809386999999997E-2]
["Long Island Power Authority","281 (Large General Service Primary)","Demand Charge","Winter",8,16,16.924285300000001]
["Long Island Power Authority","281 (Large General Service Primary)","Demand Charge","Winter",8,5,16.924285300000001]
["Long Island Power Authority","281 (Large General Service Primary)","Demand Charge","Winter",8,7,16.924285300000001]
["Long Island Power Authority","281 (Large General Service Primary)","Demand Charge","Summer",4,14,18.5462849]
["Long Island Power Authority","281 (Large General Service Secondary)","Energy Charge","Winter",8,18,4.6067944E-2]
["Long Island Power Authority","281 (Large General Service Secondary)","Energy Charge","Winter",8,14,4.6067944E-2]
["Long Island Power Authority","281 (Large General Service Secondary)","Energy Charge","Winter",8,6,4.6067944E-2]
["Long Island Power Authority","281 (Large General Service Secondary)","Energy Charge","Summer",4,17,6.6449649999999999E-2]
["Long Island Power Authority","281 (Large General Service Secondary)","Energy Charge","Summer",4,2,6.6449649999999999E-2]
["Long Island Power Authority","281 (Large General Service Secondary)","Demand Charge","Winter",8,12,18.204799999999999]
["Long Island Power Authority","281 (Large General Service Secondary)","Demand Charge","Winter",8,4,18.204799999999999]
["Long Island Power Authority","281 (Large General Service Secondary)","Demand Charge","Winter",8,8,18.204799999999999]
["Long Island Power Authority","281 (Large General Service Secondary)","Demand Charge","Summer",4,3,19.858799999999999]
["Long Island Power Authority","281 (Large General Service Secondary)","Demand Charge","Summer",4,6,19.858799999999999]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Energy Charge","Winter",4,15,5.8979915000000001E-2]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Energy Charge","Winter",4,4,3.6250577999999999E-2]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Energy Charge","Summer",8,19,5.4711494999999999E-2]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Energy Charge","Summer",8,6,3.6250577999999999E-2]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Energy Charge","Summer",8,12,5.4711494999999999E-2]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Demand Charge","Winter",4,23,0]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Demand Charge","Winter",4,8,5.5382749500000008]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Energy Charge","Winter",4,0,3.6250577999999999E-2]
["Long Island Power Authority","282 (Large General Service Primary Time-Of-Use)","Demand Charge","Summer",8,2,0]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Demand Charge","Summer",8,1,0]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Demand Charge","Summer",8,12,5.7837091000000003]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Energy Charge","Summer",8,23,3.6570709999999999E-2]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Demand Charge","Winter",4,17,67.494391250000007]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Energy Charge","Summer",8,9,5.7059126000000002E-2]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Energy Charge","Summer",8,21,5.7059126000000002E-2]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Energy Charge","Summer",8,16,5.7059126000000002E-2]
["Long Island Power Authority","282 (Large General Service Secondary Time-Of-Use)","Energy Charge","Winter",4,0,3.6570709999999999E-2]
["Long Island Power Authority","284 - Primary Service","Energy Charge","Winter",4,15,5.9406757000000004E-2]
["Long Island Power Authority","284 - Primary Service","Energy Charge","Winter",4,21,5.9406757000000004E-2]
["Long Island Power Authority","284 - Primary Service","Energy Charge","Winter",4,0,3.2515711000000003E-2]
["Long Island Power Authority","284 - Primary Service","Energy Charge","Winter",4,23,3.2515711000000003E-2]
["Long Island Power Authority","284 - Primary Service","Energy Charge","Summer",8,5,3.2515711000000003E-2]
["Long Island Power Authority","284 - Primary Service","Demand Charge","Summer",8,23,0]
["Long Island Power Authority","284 - Primary Service","Demand Charge","Winter",4,20,58.093196199999994]
["Long Island Power Authority","284 - Primary Service","Demand Charge","Summer",8,16,5.8050512000000003]
["Long Island Power Authority","284 - Primary Service","Demand Charge","Summer",8,17,5.8050512000000003]
["Long Island Power Authority","284 - Primary Service","Demand Charge","Summer",8,1,0]
["Long Island Power Authority","284 - Secondary Service","Energy Charge","Winter",4,17,7.0077806999999992E-2]
["Long Island Power Authority","284 - Secondary Service","Energy Charge","Winter",4,10,7.0077806999999992E-2]
["Long Island Power Authority","284 - Secondary Service","Energy Charge","Summer",8,14,5.6738994000000001E-2]
["Long Island Power Authority","284 - Secondary Service","Energy Charge","Summer",8,1,3.2515711000000003E-2]
["Long Island Power Authority","284 - Secondary Service","Demand Charge","Winter",4,16,64.901326100000006]
["Long Island Power Authority","284 - Secondary Service","Demand Charge","Winter",4,18,64.901326100000006]
["Long Island Power Authority","284 - Secondary Service","Demand Charge","Summer",8,14,6.4986694499999995]
["Long Island Power Authority","284 - Secondary Service","Demand Charge","Summer",8,18,6.4986694499999995]
["Long Island Power Authority","284 - Secondary Service","Demand Charge","Summer",8,9,6.4986694499999995]
["Long Island Power Authority","284 - Transmission Service","Demand Charge","Summer",8,8,3.6692399999999998]
["Long Island Power Authority","284 - Transmission Service","Demand Charge","Summer",8,12,3.6692399999999998]
["Long Island Power Authority","284 - Transmission Service","Demand Charge","Summer",8,16,3.6692399999999998]
["Long Island Power Authority","284 - Transmission Service","Demand Charge","Winter",4,3,0]
["Long Island Power Authority","284 - Transmission Service","Demand Charge","Winter",4,15,36.778827999999997]
["Long Island Power Authority","284 - Transmission Service","Energy Charge","Summer",8,4,0.114965]
["Long Island Power Authority","284 - Transmission Service","Energy Charge","Summer",8,0,0.114965]
["Long Island Power Authority","284 - Transmission Service","Energy Charge","Winter",4,3,0.114965]
["Long Island Power Authority","284 - Transmission Service","Energy Charge","Winter",4,14,0.13656100000000002]
["Long Island Power Authority","284 - Transmission Service","Energy Charge","Winter",4,16,0.13656100000000002]
["Long Island Power Authority","285 - Primary","Energy Charge","Winter",4,2,3.6463998999999997E-2]
["Long Island Power Authority","285 - Primary","Energy Charge","Summer",8,17,5.7059126000000002E-2]
["Long Island Power Authority","285 - Primary","Energy Charge","Summer",8,23,5.7059126000000002E-2]
["Long Island Power Authority","285 - Primary","Energy Charge","Summer",8,9,5.7059126000000002E-2]
["Long Island Power Authority","285 - Primary","Demand Charge","Winter",4,20,28.651769250000001]
["Long Island Power Authority","285 - Primary","Demand Charge","Winter",4,1,0]
["Long Island Power Authority","285 - Primary","Demand Charge","Summer",8,13,7.0215509000000003]
["Long Island Power Authority","285 - Primary","Demand Charge","Summer",8,9,7.0215509000000003]
["Long Island Power Authority","285 - Secondary","Energy Charge","Winter",4,14,7.6587146999999994E-2]
["Long Island Power Authority","285 - Secondary","Energy Charge","Winter",4,3,3.9238472000000003E-2]
["Long Island Power Authority","285 - Secondary","Energy Charge","Summer",8,13,6.0580571999999999E-2]
["Long Island Power Authority","285 - Secondary","Energy Charge","Summer",8,20,6.0580571999999999E-2]
["Long Island Power Authority","285 - Secondary","Energy Charge","Summer",8,4,3.9238472000000003E-2]
["Long Island Power Authority","285 - Secondary","Demand Charge","Winter",4,19,33.517768050000001]
["Long Island Power Authority","285 - Secondary","Demand Charge","Winter",4,0,0]
["Long Island Power Authority","285 - Secondary","Demand Charge","Summer",8,16,7.9606032999999998]
["Long Island Power Authority","285 - Secondary","Demand Charge","Summer",8,9,7.9606032999999998]
["Long Island Power Authority","285 - Transmission","Demand Charge","Summer",8,10,5.7623670000000002]
["Long Island Power Authority","285 - Transmission","Demand Charge","Summer",8,4,0]
["Long Island Power Authority","285 - Transmission","Demand Charge","Winter",4,10,23.679059950000003]
["Long Island Power Authority","285 - Transmission","Demand Charge","Winter",4,2,0]
["Long Island Power Authority","285 - Transmission","Energy Charge","Summer",8,7,5.5458468000000004E-2]
["Long Island Power Authority","285 - Transmission","Energy Charge","Summer",8,5,3.6463998999999997E-2]
["Long Island Power Authority","285 - Transmission","Energy Charge","Summer",8,12,5.5458468000000004E-2]
["Long Island Power Authority","285 - Transmission","Energy Charge","Winter",4,8,5.5458468000000004E-2]
["Long Island Power Authority","285 - Transmission","Energy Charge","Winter",4,3,3.6463998999999997E-2]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Demand Charge","Summer",0,8,0]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Demand Charge","Summer",0,19,0]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Demand Charge","Summer",0,13,0]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Demand Charge","Winter",12,0,0]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Demand Charge","Winter",12,11,0]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Energy Charge","Summer",8,10,0.14538190299999998]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Energy Charge","Summer",8,16,0.14538190299999998]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Energy Charge","Winter",4,1,9.6797161999999992E-2]
["Long Island Power Authority","288 (Small General Service Time-Of-Use)","Energy Charge","Winter",4,5,9.6797161999999992E-2]
["Nevada Power Co","GS-General Service (DG Rate)","Energy Charge","Summer",12,0,0.12708999999999998]
["Nevada Power Co","GS-General Service (DG Rate)","Energy Charge","Winter",0,4,0.12708999999999998]
["Nevada Power Co","GS-General Service (DG Rate)","Energy Charge","Winter",0,9,0.12708999999999998]
["Nevada Power Co","GS-General Service (DG Rate)","Energy Charge","Summer",12,20,0.12708999999999998]
["Nevada Power Co","GS-General Service (DG Rate)","Energy Charge","Summer",12,12,0.12708999999999998]
["Nevada Power Co","GS-General Service (DG Rate)","Demand Charge","Winter",12,18,0]
["Nevada Power Co","GS-General Service (DG Rate)","Demand Charge","Winter",12,10,0]
["Nevada Power Co","GS-General Service (DG Rate)","Demand Charge","Summer",0,14,0]
["Nevada Power Co","GS-General Service (DG Rate)","Demand Charge","Summer",0,13,0]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Demand Charge","Summer",0,8,8.57]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Energy Charge","Winter",0,1,0.12153]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Demand Charge","Summer",0,14,8.57]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Demand Charge","Winter",12,22,8.57]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Demand Charge","Winter",12,17,8.57]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Energy Charge","Summer",12,12,0.12153]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Energy Charge","Summer",12,20,0.12153]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Energy Charge","Summer",12,18,0.12153]
["Nevada Power Co","LGS-1 - Large General Service (DG Rate)","Energy Charge","Winter",0,5,0.12153]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Energy Charge","Summer",8,2,5.3620000000000001E-2]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Demand Charge","Winter",4,5,2.4700000000000002]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Demand Charge","Winter",4,23,2.4700000000000002]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Energy Charge","Summer",8,23,5.3620000000000001E-2]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Energy Charge","Summer",8,11,5.3620000000000001E-2]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Energy Charge","Winter",4,6,4.7660000000000001E-2]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Energy Charge","Winter",4,11,6.5689999999999998E-2]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Demand Charge","Summer",8,6,2.87]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Demand Charge","Summer",8,12,2.87]
["Nevada Power Co","LGS-2 - Large General Service (Primary Distribution Voltage)","Demand Charge","Summer",8,15,2.87]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Energy Charge","Winter",4,5,5.0020000000000002E-2]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Energy Charge","Winter",4,23,5.0020000000000002E-2]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Energy Charge","Winter",4,7,5.0020000000000002E-2]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Energy Charge","Summer",8,22,5.6419999999999998E-2]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Energy Charge","Summer",8,5,5.6419999999999998E-2]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Energy Charge","Summer",8,13,5.6419999999999998E-2]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Demand Charge","Summer",8,1,3.54]
["Nevada Power Co","LGS-2 Large General Service (Secondary Distribution Voltage)","Demand Charge","Winter",4,8,3.14]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Energy Charge","Winter",4,16,7.8869999999999996E-2]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Energy Charge","Winter",4,22,4.7320000000000001E-2]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Energy Charge","Winter",4,23,4.7320000000000001E-2]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Energy Charge","Summer",8,21,5.1200000000000002E-2]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Energy Charge","Summer",8,2,5.1200000000000002E-2]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Demand Charge","Winter",4,22,0.61]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Demand Charge","Winter",4,2,0.61]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Demand Charge","Summer",8,17,1.01]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Demand Charge","Summer",8,23,1.01]
["Nevada Power Co","LGS-2- Large General Service (Transmission Voltage)","Demand Charge","Summer",8,10,1.01]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Demand Charge","Winter",4,6,3.2]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Demand Charge","Winter",4,23,3.2]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Energy Charge","Summer",8,13,5.1790000000000003E-2]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Energy Charge","Summer",8,6,5.1790000000000003E-2]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Energy Charge","Winter",4,3,4.7320000000000001E-2]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Energy Charge","Summer",8,0,5.1790000000000003E-2]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Demand Charge","Summer",8,17,3.8000000000000003]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Demand Charge","Summer",8,1,3.8000000000000003]
["Nevada Power Co","LGS-3 Large General Service (Primary Distribution Voltage)","Demand Charge","Summer",8,9,3.8000000000000003]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Demand Charge","Winter",4,20,5.97]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Demand Charge","Summer",8,4,3.9299999999999997]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Demand Charge","Winter",4,0,3.38]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Energy Charge","Summer",8,7,5.4030000000000002E-2]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Energy Charge","Winter",4,18,8.4499999999999992E-2]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Energy Charge","Summer",8,16,5.4030000000000002E-2]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Energy Charge","Winter",4,0,4.7989999999999998E-2]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Demand Charge","Summer",8,18,3.9299999999999997]
["Nevada Power Co","LGS-3 Large General Service (Secondary Distribution Voltage)","Energy Charge","Winter",4,3,4.7989999999999998E-2]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Energy Charge","Winter",4,6,4.7439999999999996E-2]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Energy Charge","Winter",4,9,4.7439999999999996E-2]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Energy Charge","Winter",4,10,5.96E-2]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Energy Charge","Summer",8,2,4.9809999999999993E-2]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Energy Charge","Summer",8,7,4.9809999999999993E-2]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Demand Charge","Winter",4,22,0.61]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Demand Charge","Summer",8,16,1.1099999999999999]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Demand Charge","Summer",8,19,1.1099999999999999]
["Nevada Power Co","LGS-3 Large General Service (Tranmission Voltage)","Demand Charge","Summer",8,1,1.1099999999999999]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Energy Charge","Winter",4,20,6.8940000000000001E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Energy Charge","Winter",4,7,4.4909999999999999E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Energy Charge","Summer",8,22,4.6670000000000003E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Energy Charge","Summer",8,11,4.6670000000000003E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Demand Charge","Winter",4,16,16.2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Demand Charge","Winter",4,11,16.2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Demand Charge","Summer",8,13,1.21]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Demand Charge","Summer",8,21,1.21]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 ( Secondary Distribution Voltage)","Demand Charge","Summer",8,10,1.21]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Energy Charge","Winter",4,20,8.2470000000000002E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Energy Charge","Winter",4,4,5.6800000000000003E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Energy Charge","Summer",8,17,6.3219999999999998E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Energy Charge","Summer",8,19,6.3219999999999998E-2]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Demand Charge","Winter",4,13,16.61]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Demand Charge","Winter",4,4,0.61]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Demand Charge","Summer",8,17,1.01]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Demand Charge","Summer",8,3,1.01]
["Nevada Power Co","LGS-WP-2 - Large General Service - Water Pumping - 2 (Transmission Voltage)","Demand Charge","Summer",8,7,1.01]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Energy Charge","Winter",4,13,7.7460000000000001E-2]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Energy Charge","Winter",4,1,5.1470000000000002E-2]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Energy Charge","Summer",8,17,5.5289999999999999E-2]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Energy Charge","Summer",8,12,5.5289999999999999E-2]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Demand Charge","Winter",4,16,19.82]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Demand Charge","Winter",4,19,0.61]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Demand Charge","Winter",4,6,0.61]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Demand Charge","Summer",8,12,1.21]
["Nevada Power Co","Large General Service - Water Pumping - 3 ( transmission voltage)","Demand Charge","Summer",8,7,1.21]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Demand Charge","Summer",8,6,1.7599999999999998]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Demand Charge","Summer",8,13,1.7599999999999998]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Demand Charge","Winter",4,9,1.1599999999999999]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Demand Charge","Winter",4,4,1.1599999999999999]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Demand Charge","Winter",4,12,21.89]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Energy Charge","Summer",8,18,5.799E-2]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Energy Charge","Summer",8,14,5.799E-2]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Energy Charge","Winter",4,1,5.373E-2]
["Nevada Power Co","Large General Service - Water Pumping - 3 (Primary Distribution Voltage)","Energy Charge","Winter",4,12,8.2339999999999997E-2]
["Nevada Power Co","Large General Service- Water pumping 3","Demand Charge","Summer",8,19,1.52]
["Nevada Power Co","Large General Service- Water pumping 3","Demand Charge","Summer",8,3,1.52]
["Nevada Power Co","Large General Service- Water pumping 3","Energy Charge","Winter",4,15,8.2669999999999993E-2]
["Nevada Power Co","Large General Service- Water pumping 3","Energy Charge","Winter",4,20,7.0389999999999994E-2]
["Nevada Power Co","Large General Service- Water pumping 3","Energy Charge","Winter",4,12,7.0389999999999994E-2]
["Nevada Power Co","Large General Service- Water pumping 3","Energy Charge","Summer",8,20,5.008E-2]
["Nevada Power Co","Large General Service- Water pumping 3","Energy Charge","Summer",8,14,5.008E-2]
["Nevada Power Co","Large General Service- Water pumping 3","Demand Charge","Winter",4,14,19.86]
["Nevada Power Co","Large General Service- Water pumping 3","Demand Charge","Winter",4,2,0.97]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Energy Charge","Winter",0,14,1.3398E-2]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Energy Charge","Winter",0,20,1.3398E-2]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Energy Charge","Winter",0,11,1.3398E-2]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Energy Charge","Summer",12,4,1.3398E-2]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Energy Charge","Summer",12,2,1.3398E-2]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Demand Charge","Winter",12,11,11.543000000000001]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Demand Charge","Winter",12,7,11.543000000000001]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Demand Charge","Summer",0,22,11.543000000000001]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered)","Demand Charge","Summer",0,10,11.543000000000001]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Energy Charge","Winter",0,12,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Energy Charge","Winter",0,3,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Energy Charge","Winter",0,5,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Energy Charge","Summer",12,10,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Energy Charge","Summer",12,5,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Demand Charge","Winter",12,20,11.09]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Demand Charge","Winter",12,2,11.09]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Demand Charge","Winter",12,22,11.09]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Demand Charge","Summer",0,18,11.09]
["Niagara Mohawk Power Corp.","SC2- All Zones (Metered-Provision P)","Demand Charge","Summer",0,7,11.09]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Demand Charge","Summer",0,4,0]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Demand Charge","Winter",12,23,0]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Demand Charge","Winter",12,19,0]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Demand Charge","Winter",12,16,0]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Energy Charge","Summer",12,1,6.6898100000000002E-2]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Energy Charge","Summer",12,17,6.6898100000000002E-2]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Energy Charge","Winter",0,9,6.6898100000000002E-2]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Energy Charge","Winter",0,18,6.6898100000000002E-2]
["Niagara Mohawk Power Corp.","SC2- Delivery Only Service (Unmetered)","Energy Charge","Winter",0,12,6.6898100000000002E-2]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Demand Charge","Summer",0,19,0]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Energy Charge","Summer",12,23,0.1026717]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Demand Charge","Summer",0,22,0]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Energy Charge","Winter",0,4,0.1026717]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Energy Charge","Winter",0,16,0.1026717]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Demand Charge","Winter",12,11,0]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Demand Charge","Winter",12,4,0]
["Niagara Mohawk Power Corp.","SC2- Zone A (Unmetered)","Demand Charge","Summer",0,9,0]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Energy Charge","Summer",12,14,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Energy Charge","Summer",12,2,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Energy Charge","Summer",12,8,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Demand Charge","Summer",0,5,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Demand Charge","Winter",12,4,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Demand Charge","Winter",12,14,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Energy Charge","Winter",0,11,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Demand Charge","Summer",0,20,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Energy Charge","Winter",0,3,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone B (Metered)","Demand Charge","Winter",12,0,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Demand Charge","Summer",0,5,0]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Energy Charge","Winter",0,18,9.5381500000000008E-2]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Demand Charge","Summer",0,0,0]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Energy Charge","Winter",0,7,9.5381500000000008E-2]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Energy Charge","Summer",12,4,9.5381500000000008E-2]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Energy Charge","Summer",12,20,9.5381500000000008E-2]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Demand Charge","Winter",12,17,0]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Demand Charge","Winter",12,7,0]
["Niagara Mohawk Power Corp.","SC2- Zone B (Unmetered)","Demand Charge","Winter",12,12,0]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Energy Charge","Winter",0,21,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Energy Charge","Winter",0,2,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Energy Charge","Summer",12,20,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Energy Charge","Summer",12,11,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Demand Charge","Winter",12,23,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Demand Charge","Winter",12,9,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Demand Charge","Summer",0,13,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Demand Charge","Summer",0,18,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone C (Metered)","Demand Charge","Summer",0,6,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Energy Charge","Winter",0,23,9.6516100000000007E-2]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Energy Charge","Winter",0,3,9.6516100000000007E-2]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Energy Charge","Summer",12,22,9.6516100000000007E-2]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Energy Charge","Summer",12,1,9.6516100000000007E-2]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Energy Charge","Summer",12,9,9.6516100000000007E-2]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Demand Charge","Winter",12,3,0]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Demand Charge","Summer",0,13,0]
["Niagara Mohawk Power Corp.","SC2- Zone C (Unmetered)","Energy Charge","Winter",0,0,9.6516100000000007E-2]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Demand Charge","Summer",0,7,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Demand Charge","Summer",0,13,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Demand Charge","Winter",12,16,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Demand Charge","Winter",12,22,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Energy Charge","Winter",0,4,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Demand Charge","Summer",0,20,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Energy Charge","Summer",12,11,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Energy Charge","Summer",12,16,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Demand Charge","Winter",12,2,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone D (Metered)","Energy Charge","Summer",12,0,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Energy Charge","Summer",12,21,9.2274800000000004E-2]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Energy Charge","Summer",12,1,9.2274800000000004E-2]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Demand Charge","Summer",0,0,0]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Demand Charge","Winter",12,7,0]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Demand Charge","Winter",12,1,0]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Demand Charge","Winter",12,10,0]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Energy Charge","Winter",0,22,9.2274800000000004E-2]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Demand Charge","Summer",0,14,0]
["Niagara Mohawk Power Corp.","SC2- Zone D (Unmetered)","Energy Charge","Winter",0,6,9.2274800000000004E-2]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Demand Charge","Winter",12,20,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Demand Charge","Winter",12,13,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Energy Charge","Summer",12,19,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Demand Charge","Summer",0,10,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Energy Charge","Summer",12,1,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Energy Charge","Winter",0,11,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Energy Charge","Winter",0,7,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Demand Charge","Summer",0,14,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone E (Metered)","Demand Charge","Summer",0,23,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Demand Charge","Winter",12,19,0]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Demand Charge","Winter",12,5,0]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Demand Charge","Winter",12,13,0]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Energy Charge","Summer",12,4,9.6417799999999998E-2]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Energy Charge","Summer",12,17,9.6417799999999998E-2]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Energy Charge","Summer",12,15,9.6417799999999998E-2]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Energy Charge","Summer",12,14,9.6417799999999998E-2]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Energy Charge","Winter",0,17,9.6417799999999998E-2]
["Niagara Mohawk Power Corp.","SC2- Zone E (Unmetered)","Energy Charge","Winter",0,16,9.6417799999999998E-2]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Energy Charge","Summer",12,22,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Energy Charge","Summer",12,20,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Energy Charge","Summer",12,11,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Demand Charge","Summer",0,11,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Demand Charge","Summer",0,7,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Energy Charge","Winter",0,8,9.9830000000000006E-3]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Demand Charge","Summer",0,23,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Demand Charge","Winter",12,5,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone F (Metered)","Demand Charge","Winter",12,23,11.09]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Demand Charge","Summer",0,6,0]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Demand Charge","Summer",0,16,0]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Demand Charge","Summer",0,15,0]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Energy Charge","Summer",12,20,9.8976400000000006E-2]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Energy Charge","Winter",0,6,9.8976400000000006E-2]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Energy Charge","Winter",0,1,9.8976400000000006E-2]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Energy Charge","Winter",0,15,9.8976400000000006E-2]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Demand Charge","Winter",12,4,0]
["Niagara Mohawk Power Corp.","SC2- Zone F (Unmetered)","Demand Charge","Winter",12,16,0]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Energy Charge","Winter",4,15,0.13275900000000002]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Energy Charge","Winter",4,14,0.13275900000000002]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Demand Charge","Winter",12,0,4.8170000000000002]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Energy Charge","Summer",8,6,0.11703899999999999]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Energy Charge","Summer",8,9,0.11703899999999999]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Demand Charge","Winter",12,7,4.8170000000000002]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Demand Charge","Winter",12,8,4.8170000000000002]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Demand Charge","Summer",0,17,4.8170000000000002]
["Northern States Power Co - Minnesota","Small General Service Direct Current (A13)","Demand Charge","Summer",0,11,4.8170000000000002]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Demand Charge","Winter",12,2,0]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Energy Charge","Summer",8,15,0.113049]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Energy Charge","Summer",8,11,0.113049]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Demand Charge","Winter",12,4,0]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Demand Charge","Winter",12,14,0]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Energy Charge","Winter",4,10,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Energy Charge","Winter",4,17,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Demand Charge","Summer",0,6,0]
["Northern States Power Co - Minnesota","Small General Service Metered (A10)","Demand Charge","Summer",0,20,0]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Demand Charge","Winter",12,21,0]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Energy Charge","Winter",4,11,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Energy Charge","Winter",4,23,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Energy Charge","Winter",4,18,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Energy Charge","Summer",8,22,0.113049]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Energy Charge","Summer",8,10,0.113049]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Demand Charge","Summer",0,8,0]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Demand Charge","Summer",0,6,0]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Energy Charge","Winter",4,6,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Unmetered (A09)","Demand Charge","Summer",0,22,0]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Demand Charge","Summer",0,12,0]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Demand Charge","Summer",0,15,0]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Demand Charge","Winter",12,21,0]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Demand Charge","Winter",12,16,0]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Energy Charge","Summer",8,5,0.113049]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Energy Charge","Summer",8,21,0.113049]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Energy Charge","Winter",4,1,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Energy Charge","Winter",4,18,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Service Water Heating (A11)","Energy Charge","Winter",4,16,0.12803900000000001]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Demand Charge","Winter",12,12,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Energy Charge","Summer",8,17,0.15878900000000001]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Energy Charge","Summer",8,21,7.9258999999999996E-2]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Energy Charge","Summer",8,10,0.15878900000000001]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Demand Charge","Winter",12,1,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Demand Charge","Winter",12,20,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Demand Charge","Summer",0,14,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Demand Charge","Summer",0,2,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Metered Service (A12)","Demand Charge","Summer",0,7,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Demand Charge","Winter",12,19,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Demand Charge","Winter",12,2,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Demand Charge","Winter",12,12,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Energy Charge","Summer",4,4,0.118689]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Energy Charge","Summer",4,18,0.118689]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Energy Charge","Summer",4,12,0.118689]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Demand Charge","Summer",0,22,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day Unmetered Service (A18)","Demand Charge","Summer",0,16,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Demand Charge","Winter",12,6,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Demand Charge","Summer",0,14,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Demand Charge","Summer",0,16,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Demand Charge","Winter",12,19,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Demand Charge","Winter",12,22,0]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Energy Charge","Summer",4,2,0.118689]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Energy Charge","Summer",4,20,0.118689]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Energy Charge","Winter",8,5,0.107099]
["Northern States Power Co - Minnesota","Small General Time-of-Day kWh Metered Service (A16)","Energy Charge","Winter",8,3,0.107099]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Demand Charge","Summer",0,14,0]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Energy Charge","Winter",8,1,0.101391]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Demand Charge","Summer",0,21,0]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Demand Charge","Winter",12,22,0]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Energy Charge","Summer",4,11,0.114161]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Energy Charge","Summer",4,13,0.114161]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Energy Charge","Winter",8,7,0.101391]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Energy Charge","Winter",8,16,0.101391]
["Northern States Power Co - Minnesota","Small Municipal Pumping Service A40","Energy Charge","Summer",4,23,0.114161]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Demand Charge","Winter",12,22,0]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Demand Charge","Summer",0,6,0]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Demand Charge","Winter",12,3,0]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Demand Charge","Winter",12,11,0]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Winter",5,7,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Winter",5,16,0.26685900000000001]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Winter",5,1,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Summer",7,16,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Summer",7,13,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Summer",7,5,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Summer",7,9,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-CPP General Service Time-of-Use with CPP","Energy Charge","Summer",7,10,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Energy Charge","Summer",7,7,1000.089214]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Energy Charge","Summer",7,3,5.3314E-2]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Energy Charge","Summer",7,19,1000.089214]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Energy Charge","Summer",7,15,5.3314E-2]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Demand Charge","Summer",0,23,0]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Demand Charge","Summer",0,5,0]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Energy Charge","Winter",5,15,0.22184100000000001]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Energy Charge","Winter",5,5,5.2385999999999995E-2]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Energy Charge","Winter",5,11,5.2385999999999995E-2]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Demand Charge","Winter",12,9,0]
["Oklahoma Gas & Electric Co","GS-TOU (General Service Time-Of-Use)","Demand Charge","Winter",12,13,0]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Winter",5,0,7.0859000000000005E-2]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Winter",5,10,7.0859000000000005E-2]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Demand Charge","Summer",0,19,0]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Summer",7,7,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Summer",7,8,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Summer",7,10,1000.1038590000001]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Summer",7,0,6.7859000000000003E-2]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Summer",7,15,1000.1038590000001]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Energy Charge","Summer",7,22,1000.1038590000001]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Demand Charge","Winter",12,14,0]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Demand Charge","Winter",12,20,0]
["Oklahoma Gas & Electric Co","GS-VPP General Service Variable Peak Pricing Pilot","Demand Charge","Winter",12,11,0]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Demand Charge","Summer",0,18,0]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Demand Charge","Summer",0,16,0]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Demand Charge","Winter",12,22,0]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Demand Charge","Winter",12,11,0]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Energy Charge","Summer",7,6,5.0796000000000001E-2]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Energy Charge","Summer",7,23,5.0796000000000001E-2]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Energy Charge","Summer",7,15,5.0796000000000001E-2]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Energy Charge","Winter",5,3,7.2071999999999997E-2]
["Oklahoma Gas & Electric Co","PM Municipal Water Pumping","Energy Charge","Winter",5,14,7.2071999999999997E-2]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Energy Charge","Winter",5,13,5.5754999999999999E-2]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Energy Charge","Winter",5,5,5.5754999999999999E-2]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Energy Charge","Summer",7,14,5.0796000000000001E-2]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Energy Charge","Summer",7,8,5.0796000000000001E-2]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Demand Charge","Winter",12,12,0]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Demand Charge","Winter",12,1,0]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Demand Charge","Summer",0,17,0]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Demand Charge","Summer",0,2,0]
["Oklahoma Gas & Electric Co","PM-TOU Municipal Water Pumping Time-of-Use","Demand Charge","Summer",0,6,0]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Energy Charge","Winter",5,12,5.5754999999999999E-2]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Energy Charge","Summer",7,0,5.0796000000000001E-2]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Energy Charge","Winter",5,21,5.5754999999999999E-2]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Energy Charge","Winter",5,19,5.5754999999999999E-2]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Energy Charge","Summer",7,8,5.0796000000000001E-2]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Demand Charge","Winter",12,2,0]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Demand Charge","Winter",12,8,0]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Demand Charge","Summer",0,18,0]
["Oklahoma Gas & Electric Co","PM-VPP Municipal Water Pumping Variable Peak Pricing Pilot","Demand Charge","Summer",0,6,0]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Demand Charge","Summer",7,20,3.71]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Demand Charge","Summer",7,11,3.71]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Demand Charge","Summer",7,14,3.71]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Energy Charge","Winter",0,11,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Energy Charge","Summer",12,1,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Energy Charge","Summer",12,3,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Energy Charge","Summer",12,6,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D Public Schools Demand (Service Level 3)","Demand Charge","Winter",5,12,7.51]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Demand Charge","Summer",0,8,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Demand Charge","Summer",0,1,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Demand Charge","Summer",0,17,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Demand Charge","Winter",12,5,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Demand Charge","Winter",12,23,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Energy Charge","Summer",7,6,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Energy Charge","Summer",7,21,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Energy Charge","Summer",7,15,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Energy Charge","Winter",5,0,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 3)","Energy Charge","Winter",5,22,4.8847000000000002E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Energy Charge","Summer",7,3,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Energy Charge","Winter",5,19,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Energy Charge","Summer",7,15,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Demand Charge","Winter",12,22,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Demand Charge","Winter",12,6,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Demand Charge","Winter",12,10,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Energy Charge","Winter",5,10,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Demand Charge","Summer",0,7,4.75]
["Oklahoma Gas & Electric Co","PS-D-TOU Public Schools Demand Time-of-Use (Service Level 4)","Demand Charge","Summer",0,19,4.75]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Demand Charge","Summer",7,22,3.71]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Energy Charge","Winter",0,7,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Demand Charge","Summer",7,10,3.71]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Energy Charge","Summer",12,7,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Energy Charge","Summer",12,19,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Energy Charge","Winter",0,16,4.9512E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Demand Charge","Winter",5,11,8.91]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Demand Charge","Winter",5,21,8.91]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 4)","Demand Charge","Winter",5,18,8.91]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Demand Charge","Summer",7,19,3.71]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Demand Charge","Summer",7,7,3.71]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Energy Charge","Winter",0,16,6.5703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Energy Charge","Winter",0,6,6.5703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Energy Charge","Summer",12,6,6.5703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Energy Charge","Summer",12,3,6.5703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Energy Charge","Summer",12,16,6.5703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Demand Charge","Winter",5,20,8.91]
["Oklahoma Gas & Electric Co","PS-LG Public Schools Large Demand (Service Level 5)","Demand Charge","Winter",5,2,8.91]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Demand Charge","Summer",0,1,7.03]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Demand Charge","Summer",0,14,7.03]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Demand Charge","Winter",12,8,7.03]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Demand Charge","Winter",12,5,7.03]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Energy Charge","Summer",7,6,5.0703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Energy Charge","Summer",7,5,5.0703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Energy Charge","Summer",7,21,5.0703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Energy Charge","Winter",5,2,5.0703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-LG-TOU Public Schools Large Demand Time-of-Use (Service Level 5)","Energy Charge","Winter",5,13,5.0703999999999999E-2]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Demand Charge","Winter",12,11,0]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Demand Charge","Winter",12,17,0]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Energy Charge","Summer",7,2,1000.0930090000001]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Demand Charge","Summer",0,18,0]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Demand Charge","Summer",0,20,0]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Demand Charge","Summer",0,7,0]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Energy Charge","Summer",7,15,5.7008999999999997E-2]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Energy Charge","Winter",5,0,6.0008999999999993E-2]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Energy Charge","Summer",7,10,5.7008999999999997E-2]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Energy Charge","Summer",7,6,5.7008999999999997E-2]
["Oklahoma Gas & Electric Co","PS-ND-VPP Public Schools-Non Demand Variable Peak Pricing Pilot","Energy Charge","Winter",5,5,6.0008999999999993E-2]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Energy Charge","Summer",7,16,7.2915000000000008E-2]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Energy Charge","Summer",7,22,7.2915000000000008E-2]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Energy Charge","Summer",7,20,7.2915000000000008E-2]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Demand Charge","Summer",0,5,0]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Demand Charge","Winter",12,0,0]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Energy Charge","Winter",5,16,0.11991499999999999]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Energy Charge","Winter",5,7,0.11991499999999999]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Demand Charge","Winter",12,1,0]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Energy Charge","Summer",7,1,7.2915000000000008E-2]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Demand Charge","Winter",12,11,0]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Demand Charge","Winter",12,6,0]
["Oklahoma Gas & Electric Co","PS-SM Public Schools Small Non Demand","Demand Charge","Winter",12,16,0]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Energy Charge","Summer",7,22,7.2915000000000008E-2]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Energy Charge","Summer",7,19,1000.109915]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Demand Charge","Summer",0,10,0]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Demand Charge","Summer",0,18,0]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Demand Charge","Winter",12,1,0]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Demand Charge","Winter",12,19,0]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Energy Charge","Summer",7,5,1000.109915]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Energy Charge","Summer",7,1,1000.109915]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Energy Charge","Summer",7,6,7.2915000000000008E-2]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Energy Charge","Winter",5,20,7.2915000000000008E-2]
["Oklahoma Gas & Electric Co","PS-SM-TOU Public Schools Small Non Demand Time-of-Use","Energy Charge","Winter",5,23,7.2915000000000008E-2]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Energy Charge","Winter",0,13,8.5830000000000004E-2]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Energy Charge","Winter",0,10,8.5830000000000004E-2]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Energy Charge","Summer",12,21,8.5830000000000004E-2]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Energy Charge","Summer",12,3,8.5830000000000004E-2]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Demand Charge","Winter",12,13,0]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Demand Charge","Winter",12,2,0]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Demand Charge","Summer",0,16,0]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Demand Charge","Summer",0,17,0]
["Portland General Electric Co","Large Non-Residential Optional Time-Of-Day Direct Access Service (Rate 538)","Demand Charge","Summer",0,7,0]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Energy Charge","Winter",0,22,8.9069999999999996E-2]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Energy Charge","Winter",0,5,8.9069999999999996E-2]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Energy Charge","Summer",12,13,8.9069999999999996E-2]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Energy Charge","Summer",12,1,8.9069999999999996E-2]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Energy Charge","Summer",12,7,8.9069999999999996E-2]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Demand Charge","Winter",12,21,0]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Demand Charge","Summer",0,0,0]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Demand Charge","Summer",0,18,0]
["Portland General Electric Co","Large Non-Residential Time-of-Day Service Single/Three Phase (Rate 38)","Demand Charge","Summer",0,3,0]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Demand Charge","Summer",0,0,0]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Demand Charge","Summer",0,20,0]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Demand Charge","Summer",0,16,0]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Demand Charge","Winter",12,0,0]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Energy Charge","Summer",4,8,0.13034000000000001]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Energy Charge","Summer",4,4,0.13034000000000001]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Energy Charge","Summer",4,16,0.13034000000000001]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Energy Charge","Winter",8,0,9.6634999999999999E-2]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Energy Charge","Winter",8,13,9.6634999999999999E-2]
["Public Service Co of Colorado","Commercial Service (Schedule C)","Energy Charge","Winter",8,15,9.6634999999999999E-2]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Energy Charge","Winter",0,11,3.7022100000000002E-2]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Energy Charge","Winter",0,8,3.7022100000000002E-2]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Energy Charge","Summer",12,21,3.7022100000000002E-2]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Energy Charge","Summer",12,8,3.7022100000000002E-2]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Demand Charge","Winter",8,17,8.693282]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Demand Charge","Winter",8,2,8.693282]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Demand Charge","Summer",4,23,15.572513000000001]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Demand Charge","Summer",4,5,15.572513000000001]
["Public Service Co of Colorado","PRIMARY STANDBY SERVICE - SCHEDULE PST","Demand Charge","Summer",4,22,15.572513000000001]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Energy Charge","Summer",12,21,3.716038E-2]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Demand Charge","Winter",8,6,9.367248]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Energy Charge","Summer",12,23,3.716038E-2]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Demand Charge","Summer",4,20,16.407800999999999]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Energy Charge","Summer",12,0,3.716038E-2]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Energy Charge","Summer",12,15,3.716038E-2]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Energy Charge","Winter",0,7,3.716038E-2]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Energy Charge","Winter",0,19,3.716038E-2]
["Public Service Co of Colorado","SECONDARY STANDBY SERVICE - SCHEDULE SST","Energy Charge","Winter",0,13,3.716038E-2]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Demand Charge","Summer",4,20,15.620000000000001]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Demand Charge","Summer",4,0,15.620000000000001]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Demand Charge","Winter",8,6,11.48]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Demand Charge","Winter",8,21,11.48]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Energy Charge","Summer",4,1,2.7213500000000002E-2]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Energy Charge","Summer",4,21,2.7213500000000002E-2]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Energy Charge","Summer",4,16,3.6983499999999996E-2]
["Public Service Co of Colorado","Transmission Time Of Use  (Schedule TTOU)","Energy Charge","Winter",8,12,2.7213500000000002E-2]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Demand Charge","Summer",8,12,22.3718]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Demand Charge","Summer",8,9,22.3718]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Demand Charge","Winter",4,10,32.2926]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Demand Charge","Summer",8,3,22.3718]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Energy Charge","Summer",4,2,6.0559000000000002E-2]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Energy Charge","Summer",4,13,5.6220399999999997E-2]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Energy Charge","Winter",8,12,6.21144E-2]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Energy Charge","Winter",8,6,5.8587399999999998E-2]
["Public Service Elec & Gas Co","Rate Schedule GLP - General Lighting and Power Service","Demand Charge","Winter",4,7,32.2926]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Demand Charge","Summer",0,21,0]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Demand Charge","Summer",0,15,0]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Energy Charge","Winter",6,14,0.1113]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Energy Charge","Winter",6,9,0.1113]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Demand Charge","Winter",12,14,0]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Demand Charge","Winter",12,17,0]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Demand Charge","Winter",12,22,0]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Energy Charge","Summer",6,23,7.8200000000000006E-2]
["Salt River Project","E-34 M-POWER PRICE PLAN FOR PRE-PAY GENERAL SERVICE","Energy Charge","Summer",6,7,7.8200000000000006E-2]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Energy Charge","Winter",10,8,6.6799999999999998E-2]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Energy Charge","Winter",10,0,4.2599999999999999E-2]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Energy Charge","Summer",2,15,0.11360000000000001]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Energy Charge","Winter",10,18,6.3500000000000001E-2]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Energy Charge","Summer",2,4,5.5100000000000003E-2]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Demand Charge","Summer",6,11,4.45]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Demand Charge","Summer",6,14,4.45]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Demand Charge","Winter",4,7,9.66]
["Salt River Project","E-61 Standard Price Plan For Secondary Large General Service","Demand Charge","Winter",4,3,9.66]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Energy Charge","Winter",6,12,6.9199999999999998E-2]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Energy Charge","Winter",6,4,4.4900000000000002E-2]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Energy Charge","Winter",6,11,6.9199999999999998E-2]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Energy Charge","Summer",6,2,4.2200000000000001E-2]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Energy Charge","Summer",6,18,6.25E-2]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Demand Charge","Winter",4,17,9.02]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Demand Charge","Winter",4,10,9.02]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Demand Charge","Winter",4,7,9.02]
["Salt River Project","E-63 STANDARD PRICE PLAN FOR PRIMARY LARGE GENERAL SERVICE","Demand Charge","Summer",6,19,4.26]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Energy Charge","Winter",6,18,5.7500000000000002E-2]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Energy Charge","Winter",6,5,4.4699999999999997E-2]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Energy Charge","Winter",6,11,5.7000000000000002E-2]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Energy Charge","Summer",6,20,4.8500000000000001E-2]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Energy Charge","Summer",6,12,3.9800000000000002E-2]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Demand Charge","Winter",4,21,6.92]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Demand Charge","Winter",4,19,6.92]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Demand Charge","Summer",6,13,3.01]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Demand Charge","Summer",6,12,3.01]
["Salt River Project","E-65 STANDARD PRICE PLAN FOR SUBSTATION LARGE GENERAL SERVICE","Demand Charge","Summer",6,9,3.01]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Energy Charge","Summer",1,19,0.2]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Demand Charge","Summer",0,0,0]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Demand Charge","Summer",0,16,0]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Demand Charge","Winter",12,1,0]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Demand Charge","Winter",12,14,0]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Energy Charge","Summer",1,1,0.15]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Energy Charge","Summer",1,12,0.14000000000000001]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Energy Charge","Winter",11,6,0.17]
["San Diego Gas & Electric Co","EV-GIR1 (Experimental)","Energy Charge","Winter",11,15,0.14000000000000001]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Energy Charge","Winter",11,12,0.14000000000000001]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Energy Charge","Winter",11,7,0.17]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Energy Charge","Summer",1,17,0.16]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Energy Charge","Winter",11,23,0.17]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Demand Charge","Winter",12,12,0]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Demand Charge","Winter",12,20,0]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Demand Charge","Summer",0,14,0]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Demand Charge","Summer",0,19,0]
["San Diego Gas & Electric Co","EV-GIR2 (Experimental)","Demand Charge","Summer",0,5,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Demand Charge","Winter",12,23,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Demand Charge","Summer",0,5,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Demand Charge","Winter",12,13,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Demand Charge","Winter",12,9,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Energy Charge","Summer",4,19,0.13886999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Energy Charge","Summer",4,8,0.13886999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Demand Charge","Summer",0,23,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Demand Charge","Summer",0,13,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)","Energy Charge","Winter",8,7,0.10235]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Energy Charge","Winter",8,3,8.0379999999999993E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Energy Charge","Winter",8,10,0.10097]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Demand Charge","Summer",0,17,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Energy Charge","Summer",4,7,7.5800000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Energy Charge","Summer",4,15,0.30447999999999997]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Energy Charge","Winter",8,14,0.10977000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Energy Charge","Summer",4,0,7.5800000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Demand Charge","Winter",12,9,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)","Demand Charge","Winter",12,12,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Demand Charge","Summer",0,2,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Demand Charge","Summer",0,20,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Demand Charge","Winter",12,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Demand Charge","Winter",12,3,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Demand Charge","Winter",12,4,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Energy Charge","Winter",8,1,0.10512999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Energy Charge","Winter",8,9,0.12572]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)","Energy Charge","Summer",4,2,0.10055]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Demand Charge","Summer",0,23,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Energy Charge","Winter",8,9,8.6389999999999995E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Energy Charge","Winter",8,7,6.5799999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Demand Charge","Summer",0,15,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Energy Charge","Summer",4,7,6.1220000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Energy Charge","Summer",4,23,6.1220000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Energy Charge","Summer",4,3,6.1220000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Demand Charge","Winter",12,6,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Energy Charge","Winter",8,0,6.5799999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)","Demand Charge","Winter",12,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Energy Charge","Winter",8,14,0.13174]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Energy Charge","Winter",8,4,0.10235]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Energy Charge","Summer",4,15,0.32645000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Energy Charge","Summer",4,19,0.13886999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Demand Charge","Winter",12,17,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Demand Charge","Winter",12,4,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Demand Charge","Summer",0,15,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Demand Charge","Summer",0,19,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)","Demand Charge","Summer",0,7,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Energy Charge","Winter",8,22,0.10097]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Energy Charge","Winter",8,5,8.0379999999999993E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Energy Charge","Winter",8,7,8.0379999999999993E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Energy Charge","Summer",4,23,7.5800000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Energy Charge","Summer",4,8,0.1169]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Demand Charge","Summer",0,0,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Demand Charge","Summer",0,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Demand Charge","Summer",0,10,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)","Demand Charge","Winter",12,11,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Energy Charge","Summer",4,6,0.10055]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Energy Charge","Summer",4,21,0.14165]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Demand Charge","Winter",12,20,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Demand Charge","Winter",12,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Demand Charge","Winter",12,4,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Demand Charge","Winter",12,15,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Energy Charge","Winter",8,12,0.13452]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Demand Charge","Summer",0,18,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)","Energy Charge","Winter",8,4,0.10512999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Demand Charge","Winter",12,16,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Demand Charge","Winter",12,2,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Energy Charge","Summer",4,7,6.1220000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Energy Charge","Summer",4,20,0.10231999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Energy Charge","Summer",4,22,0.10231999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Energy Charge","Winter",8,5,6.5799999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Energy Charge","Winter",8,15,9.5189999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Demand Charge","Summer",0,8,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)","Energy Charge","Winter",8,0,6.5799999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Energy Charge","Winter",8,7,5.4800000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Energy Charge","Winter",8,1,5.4800000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Energy Charge","Winter",8,11,7.5389999999999999E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Energy Charge","Summer",4,13,0.27889999999999998]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Energy Charge","Summer",4,7,5.015E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Demand Charge","Summer",0,8,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Demand Charge","Summer",0,10,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Demand Charge","Winter",12,5,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)","Demand Charge","Winter",12,1,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Demand Charge","Winter",12,13,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Demand Charge","Winter",12,2,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Demand Charge","Winter",12,6,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Energy Charge","Winter",8,14,8.1560000000000007E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Energy Charge","Summer",4,18,8.8620000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Energy Charge","Summer",4,7,4.7519999999999993E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Demand Charge","Summer",0,16,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Demand Charge","Summer",0,0,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)","Energy Charge","Winter",8,3,5.2169999999999994E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Energy Charge","Summer",4,21,9.3620000000000009E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Energy Charge","Summer",4,18,9.3620000000000009E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Energy Charge","Summer",4,2,5.2519999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Demand Charge","Winter",12,3,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Demand Charge","Winter",12,10,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Demand Charge","Summer",0,10,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Demand Charge","Summer",0,18,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Energy Charge","Winter",8,12,8.6559999999999998E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)","Energy Charge","Winter",8,5,5.7169999999999999E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Energy Charge","Winter",8,4,6.1519999999999998E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Energy Charge","Winter",8,14,9.0910000000000005E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Energy Charge","Winter",8,0,6.1519999999999998E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Energy Charge","Summer",4,16,0.28561999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Energy Charge","Summer",4,23,5.6869999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Energy Charge","Summer",4,1,5.6869999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Demand Charge","Winter",12,2,2.7899999999999991]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Demand Charge","Winter",12,4,2.7899999999999991]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)","Demand Charge","Summer",0,11,2.7899999999999991]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Energy Charge","Winter",8,13,7.7530000000000002E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Energy Charge","Winter",8,5,4.8140000000000002E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Energy Charge","Winter",8,11,6.8729999999999999E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Energy Charge","Summer",4,12,0.27223999999999998]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Energy Charge","Summer",4,7,4.3490000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Demand Charge","Winter",12,14,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Demand Charge","Winter",12,3,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Demand Charge","Summer",0,20,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Demand Charge","Winter",12,23,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)","Demand Charge","Summer",0,5,9.57]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Energy Charge","Winter",8,10,7.2760000000000005E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Demand Charge","Summer",0,1,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Demand Charge","Summer",0,17,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Energy Charge","Summer",4,21,8.8620000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Energy Charge","Winter",8,17,8.1560000000000007E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Energy Charge","Winter",8,14,8.1560000000000007E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Energy Charge","Summer",4,0,4.7519999999999993E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Demand Charge","Winter",12,22,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)","Demand Charge","Winter",12,11,5.6999999999999993]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Energy Charge","Summer",4,5,5.2519999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Energy Charge","Winter",8,17,8.6559999999999998E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Energy Charge","Summer",4,13,0.28126999999999996]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Demand Charge","Summer",0,1,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Demand Charge","Summer",0,20,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Demand Charge","Summer",0,14,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Energy Charge","Winter",8,11,7.7759999999999996E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Demand Charge","Winter",12,16,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)","Demand Charge","Winter",12,9,9.69]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Energy Charge","Winter",8,14,8.1560000000000007E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Energy Charge","Winter",8,0,5.2169999999999994E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Energy Charge","Summer",4,21,8.8620000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Energy Charge","Summer",4,4,4.7519999999999993E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Energy Charge","Summer",4,8,8.8620000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Demand Charge","Winter",12,0,2.7899999999999991]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Demand Charge","Winter",12,6,2.7899999999999991]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Demand Charge","Summer",0,23,2.7899999999999991]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)","Demand Charge","Summer",0,8,2.7899999999999991]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Energy Charge","Winter",8,20,6.8699999999999997E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Energy Charge","Winter",8,5,5.4650000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Energy Charge","Summer",4,23,5.0009999999999999E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Energy Charge","Summer",4,12,0.26039000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Energy Charge","Summer",4,8,8.6279999999999996E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Demand Charge","Winter",12,4,15.299999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Demand Charge","Summer",0,15,15.299999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Demand Charge","Summer",0,21,15.299999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)","Demand Charge","Summer",0,7,15.299999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Demand Charge","Summer",0,0,3.8200000000000003]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Demand Charge","Summer",0,13,3.8200000000000003]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Demand Charge","Summer",0,15,3.8200000000000003]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Demand Charge","Winter",12,22,3.8200000000000003]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Energy Charge","Summer",4,9,8.4570000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Energy Charge","Summer",4,2,4.8300000000000003E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Energy Charge","Summer",4,18,8.4570000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Energy Charge","Winter",8,6,5.2940000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)","Energy Charge","Summer",4,0,4.8300000000000003E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Energy Charge","Winter",8,17,7.9000000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Energy Charge","Winter",8,2,5.2970000000000003E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Energy Charge","Winter",8,8,6.7019999999999996E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Energy Charge","Summer",4,10,8.4599999999999995E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Demand Charge","Winter",12,16,8.5299999999999994]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Demand Charge","Winter",12,17,8.5299999999999994]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Demand Charge","Summer",0,14,8.5299999999999994]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Demand Charge","Summer",0,19,8.5299999999999994]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)","Demand Charge","Summer",0,5,8.5299999999999994]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Demand Charge","Summer",0,10,15.51]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Demand Charge","Summer",0,22,15.51]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Demand Charge","Winter",12,6,15.51]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Demand Charge","Winter",12,19,15.51]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Energy Charge","Winter",8,0,5.6680000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Energy Charge","Summer",4,5,5.203E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Energy Charge","Winter",8,6,5.6680000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Energy Charge","Winter",8,11,7.7270000000000005E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)","Energy Charge","Winter",8,20,7.7270000000000005E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Demand Charge","Summer",0,5,11.53]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Demand Charge","Summer",0,15,11.53]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Demand Charge","Winter",12,7,11.53]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Demand Charge","Winter",12,3,11.53]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Energy Charge","Summer",4,10,8.9649999999999994E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Energy Charge","Summer",4,4,6.9819999999999993E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Energy Charge","Summer",4,14,0.44613999999999998]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Energy Charge","Winter",8,5,7.4029999999999999E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)","Energy Charge","Winter",8,23,7.4029999999999999E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Demand Charge","Summer",0,11,4.32]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Demand Charge","Summer",0,15,4.32]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Demand Charge","Summer",0,18,4.32]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Demand Charge","Winter",12,6,4.32]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Energy Charge","Summer",4,13,7.4840000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Energy Charge","Summer",4,3,5.6370000000000003E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Energy Charge","Summer",4,16,0.39330999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Energy Charge","Winter",8,6,6.0580000000000002E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus","Energy Charge","Winter",8,14,7.1840000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Demand Charge","Summer",0,7,11.66]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Demand Charge","Summer",0,14,11.66]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Demand Charge","Winter",12,11,11.66]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Demand Charge","Winter",12,23,11.66]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Demand Charge","Winter",12,14,11.66]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Energy Charge","Summer",4,12,9.4060000000000005E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Energy Charge","Summer",4,15,0.45389000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Energy Charge","Winter",8,10,8.5300000000000001E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)","Energy Charge","Winter",8,22,7.775E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Energy Charge","Winter",8,13,0.10043000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Energy Charge","Winter",8,19,0.37431999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Energy Charge","Summer",4,11,0.16956000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Energy Charge","Summer",4,3,0.16956000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Energy Charge","Summer",4,10,0.16956000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Demand Charge","Winter",12,12,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Demand Charge","Winter",12,7,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Demand Charge","Summer",0,16,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Demand Charge","Summer",0,2,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)","Demand Charge","Summer",0,6,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Energy Charge","Winter",8,5,9.8530000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Energy Charge","Summer",4,16,0.40386]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Energy Charge","Summer",4,3,0.10667000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Energy Charge","Summer",4,7,0.10667000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Demand Charge","Winter",12,18,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Demand Charge","Winter",12,10,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Demand Charge","Summer",0,14,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Demand Charge","Summer",0,19,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)","Demand Charge","Summer",0,8,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Demand Charge","Summer",0,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Demand Charge","Summer",0,14,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Demand Charge","Winter",12,10,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Demand Charge","Winter",12,18,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Energy Charge","Summer",4,10,0.16739000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Energy Charge","Summer",4,20,0.46457999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Energy Charge","Winter",8,11,9.826E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Energy Charge","Winter",8,23,0.15925]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)","Energy Charge","Winter",8,14,9.826E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Energy Charge","Winter",8,4,0.13084999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Energy Charge","Summer",4,17,0.43618000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Energy Charge","Summer",4,13,0.13899]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Energy Charge","Summer",4,10,0.13899]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Demand Charge","Winter",12,17,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Demand Charge","Winter",12,11,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Demand Charge","Summer",0,12,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)","Demand Charge","Summer",0,4,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Demand Charge","Summer",0,8,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Demand Charge","Summer",0,23,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Demand Charge","Summer",0,17,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Demand Charge","Winter",12,9,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Demand Charge","Winter",12,15,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Energy Charge","Summer",4,9,0.16956000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Energy Charge","Summer",4,21,0.16956000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Energy Charge","Winter",8,1,0.16142000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Energy Charge","Winter",8,18,0.37431999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)","Energy Charge","Winter",8,16,0.37431999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Demand Charge","Summer",0,23,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Demand Charge","Winter",12,7,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Demand Charge","Winter",12,0,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Demand Charge","Winter",12,15,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Energy Charge","Summer",4,5,0.10667000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Energy Charge","Summer",4,21,0.10667000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Energy Charge","Winter",8,8,3.7540000000000004E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Energy Charge","Winter",8,4,9.8530000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)","Energy Charge","Winter",8,16,0.31142999999999998]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Energy Charge","Winter",8,23,0.13084999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Energy Charge","Winter",8,10,6.9860000000000005E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Energy Charge","Summer",4,21,0.13899]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Energy Charge","Summer",4,7,0.13899]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Demand Charge","Winter",12,22,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Demand Charge","Winter",12,5,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Demand Charge","Winter",12,8,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)","Demand Charge","Summer",0,0,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Demand Charge","Summer",0,8,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Demand Charge","Summer",0,1,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Demand Charge","Summer",0,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Demand Charge","Winter",12,5,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Demand Charge","Winter",12,23,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Energy Charge","Summer",4,6,0.16739000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Energy Charge","Summer",4,21,0.16739000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Energy Charge","Summer",4,15,0.16739000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)","Energy Charge","Winter",8,3,0.15925]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Demand Charge","Summer",0,9,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Demand Charge","Summer",0,12,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Energy Charge","Winter",8,0,9.2160000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Demand Charge","Winter",12,7,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Demand Charge","Winter",12,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Energy Charge","Summer",4,10,8.2450000000000009E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Demand Charge","Winter",12,0,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Energy Charge","Winter",8,11,2.7859999999999996E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)","Energy Charge","Winter",8,5,9.2160000000000006E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Energy Charge","Winter",8,16,0.35392000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Energy Charge","Winter",8,19,0.35392000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Energy Charge","Winter",8,7,0.15475]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Energy Charge","Summer",4,16,0.54916999999999994]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Energy Charge","Summer",4,9,0.14504]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Demand Charge","Winter",12,14,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Demand Charge","Winter",12,20,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Demand Charge","Winter",12,23,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Demand Charge","Summer",0,19,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)","Demand Charge","Summer",0,1,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Demand Charge","Summer",0,7,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Demand Charge","Summer",0,15,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Demand Charge","Winter",12,8,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Demand Charge","Winter",12,6,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Energy Charge","Summer",4,11,0.11314000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Energy Charge","Summer",4,2,0.11314000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Energy Charge","Summer",4,19,0.51727000000000001]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Energy Charge","Winter",8,20,0.32201999999999997]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)","Energy Charge","Winter",8,14,5.8549999999999998E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Energy Charge","Winter",8,16,0.35604999999999998]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Energy Charge","Winter",8,0,0.15688000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Energy Charge","Summer",4,13,0.14717000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Energy Charge","Summer",4,1,0.14717000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Demand Charge","Winter",12,15,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Demand Charge","Winter",12,22,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Energy Charge","Winter",8,21,0.15688000000000002]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Demand Charge","Summer",0,3,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)","Demand Charge","Summer",0,4,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Energy Charge","Winter",8,17,0.28036]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Energy Charge","Winter",8,7,0.12131]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Energy Charge","Summer",4,13,0.11672]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Energy Charge","Summer",4,19,0.45016]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Energy Charge","Summer",4,12,0.11672]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Demand Charge","Winter",12,21,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Demand Charge","Winter",12,9,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Demand Charge","Summer",0,5,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)","Demand Charge","Summer",0,11,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Energy Charge","Winter",8,21,9.5070000000000002E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Energy Charge","Winter",8,10,6.8809999999999996E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Energy Charge","Winter",8,23,9.5070000000000002E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Energy Charge","Summer",4,19,0.32008999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Demand Charge","Winter",12,14,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Demand Charge","Winter",12,19,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Demand Charge","Winter",12,11,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Demand Charge","Summer",0,22,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)","Demand Charge","Summer",0,7,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Energy Charge","Winter",8,11,8.4599999999999995E-2]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Energy Charge","Winter",8,1,0.13247999999999999]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Energy Charge","Summer",4,13,0.12675]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Energy Charge","Summer",4,21,0.12675]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Energy Charge","Summer",4,10,0.12675]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Demand Charge","Winter",12,3,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Demand Charge","Winter",12,22,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Demand Charge","Summer",0,12,0]
["Southern California Edison Co","General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)","Demand Charge","Summer",0,7,0]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Energy Charge","Winter",8,17,0.15240000000000001]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Energy Charge","Winter",8,3,0.14213000000000001]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,12,0.22985]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,4,0.15723000000000001]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,6,0.15723000000000001]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Demand Charge","Winter",12,17,0]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,23,0.15723000000000001]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Demand Charge","Summer",12,12,0]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)","Demand Charge","Summer",12,4,0]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Energy Charge","Winter",8,8,0.11354]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Demand Charge","Summer",4,21,12.88]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,7,6.1690000000000002E-2]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Energy Charge","Winter",8,23,8.3180000000000004E-2]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Demand Charge","Winter",8,19,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Demand Charge","Winter",8,4,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Demand Charge","Summer",4,14,17.490000000000002]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Demand Charge","Winter",8,21,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,18,8.0519999999999994E-2]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,14,0.15681999999999999]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Demand Charge","Winter",12,22,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Demand Charge","Winter",12,16,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Demand Charge","Summer",0,5,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Energy Charge","Summer",4,9,0.13655999999999999]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Energy Charge","Winter",8,10,0.10272000000000001]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Energy Charge","Winter",8,22,9.2450000000000004E-2]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Demand Charge","Summer",0,1,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Demand Charge","Summer",0,13,10.06]
["Southern California Edison Co","TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)","Demand Charge","Summer",0,17,10.06]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Energy Charge","Winter",8,2,0.1467]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Energy Charge","Winter",8,9,0.15805]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Energy Charge","Summer",4,17,0.23019000000000001]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Energy Charge","Summer",4,0,0.15612000000000001]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Demand Charge","Winter",12,20,0]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Demand Charge","Winter",12,2,0]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Demand Charge","Summer",0,23,0]
["Southern California Edison Co","TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase","Demand Charge","Summer",0,1,0]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Energy Charge","Winter",4,14,0.33432000000000001]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Energy Charge","Winter",4,23,5.7410000000000003E-2]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Energy Charge","Summer",8,16,7.3720000000000008E-2]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Energy Charge","Summer",8,19,7.3720000000000008E-2]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Energy Charge","Summer",8,1,6.2920000000000004E-2]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Demand Charge","Winter",12,21,19.02]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Demand Charge","Winter",12,2,19.02]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Demand Charge","Winter",12,8,19.02]
["Southern California Edison Co","TOU-8, Option A (BELOW 2 KV)","Demand Charge","Summer",0,0,19.02]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Energy Charge","Winter",4,16,0.10208999999999999]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Energy Charge","Winter",4,23,5.7410000000000003E-2]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Energy Charge","Summer",8,12,7.3720000000000008E-2]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Energy Charge","Summer",8,20,7.3720000000000008E-2]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Energy Charge","Summer",8,5,6.2920000000000004E-2]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Demand Charge","Winter",8,20,19.02]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Demand Charge","Winter",8,11,19.02]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Demand Charge","Summer",4,17,40.44]
["Southern California Edison Co","TOU-8, Option B (BELOW 2 KV)","Demand Charge","Summer",4,4,19.02]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Demand Charge","Winter",12,0,16.64]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Energy Charge","Winter",4,19,0.11521999999999999]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Energy Charge","Winter",4,7,6.3420000000000004E-2]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Energy Charge","Summer",8,23,6.8929999999999991E-2]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Energy Charge","Summer",8,3,6.8929999999999991E-2]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Demand Charge","Winter",12,19,16.64]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Demand Charge","Winter",12,11,16.64]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Demand Charge","Summer",0,0,16.64]
["Southern California Edison Co","TOU-8, Option R (BELOW 2 KV)","Demand Charge","Summer",0,6,16.64]
["Southern California Edison Co","TOU-GS-1, Option A","Demand Charge","Summer",0,11,0]
["Southern California Edison Co","TOU-GS-1, Option A","Demand Charge","Summer",0,5,0]
["Southern California Edison Co","TOU-GS-1, Option A","Demand Charge","Winter",12,6,0]
["Southern California Edison Co","TOU-GS-1, Option A","Demand Charge","Winter",12,20,0]
["Southern California Edison Co","TOU-GS-1, Option A","Demand Charge","Winter",12,21,0]
["Southern California Edison Co","TOU-GS-1, Option A","Energy Charge","Summer",8,9,0.14907999999999999]
["Southern California Edison Co","TOU-GS-1, Option A","Energy Charge","Summer",8,13,0.14907999999999999]
["Southern California Edison Co","TOU-GS-1, Option A","Energy Charge","Winter",4,8,0.18243999999999999]
["Southern California Edison Co","TOU-GS-1, Option A","Energy Charge","Winter",4,18,0.18243999999999999]
["Southern California Edison Co","TOU-GS-1, Option B","Demand Charge","Summer",5,14,17.07]
["Southern California Edison Co","TOU-GS-1, Option B","Demand Charge","Summer",5,21,12.530000000000001]
["Southern California Edison Co","TOU-GS-1, Option B","Demand Charge","Summer",5,5,9.9400000000000013]
["Southern California Edison Co","TOU-GS-1, Option B","Energy Charge","Winter",4,19,7.8060000000000004E-2]
["Southern California Edison Co","TOU-GS-1, Option B","Energy Charge","Winter",4,0,5.9440000000000007E-2]
["Southern California Edison Co","TOU-GS-1, Option B","Energy Charge","Summer",8,8,0.11071]
["Southern California Edison Co","TOU-GS-1, Option B","Energy Charge","Summer",8,21,8.0689999999999998E-2]
["Southern California Edison Co","TOU-GS-1, Option B","Demand Charge","Winter",7,12,9.9400000000000013]
["Southern California Edison Co","TOU-GS-1, Option B","Demand Charge","Winter",7,18,9.9400000000000013]
["Southern California Edison Co","TOU-GS-1, Option B","Demand Charge","Winter",7,5,9.9400000000000013]
["Southern California Edison Co","TOU-GS-1, Option C","Demand Charge","Summer",4,8,12.530000000000001]
["Southern California Edison Co","TOU-GS-1, Option C","Demand Charge","Summer",4,5,9.9400000000000013]
["Southern California Edison Co","TOU-GS-1, Option C","Energy Charge","Summer",8,15,9.9399999999999988E-2]
["Southern California Edison Co","TOU-GS-1, Option C","Energy Charge","Summer",8,16,9.9399999999999988E-2]
["Southern California Edison Co","TOU-GS-1, Option C","Energy Charge","Summer",8,1,8.9260000000000006E-2]
["Southern California Edison Co","TOU-GS-1, Option C","Energy Charge","Summer",8,3,8.9260000000000006E-2]
["Southern California Edison Co","TOU-GS-1, Option C","Demand Charge","Winter",8,19,9.9400000000000013]
["Southern California Edison Co","TOU-GS-1, Option C","Demand Charge","Winter",8,8,9.9400000000000013]
["Southern California Edison Co","TOU-GS-1, Option C","Demand Charge","Winter",8,15,9.9400000000000013]
["Southern California Edison Co","TOU-GS-2, Option A","Energy Charge","Summer",8,5,6.3170000000000004E-2]
["Southern California Edison Co","TOU-GS-2, Option A","Demand Charge","Summer",0,0,15.68]
["Southern California Edison Co","TOU-GS-2, Option A","Demand Charge","Summer",0,4,15.68]
["Southern California Edison Co","TOU-GS-2, Option A","Demand Charge","Summer",0,5,15.68]
["Southern California Edison Co","TOU-GS-2, Option A","Demand Charge","Winter",12,3,15.68]
["Southern California Edison Co","TOU-GS-2, Option A","Energy Charge","Winter",4,15,0.37561]
["Southern California Edison Co","TOU-GS-2, Option A","Energy Charge","Summer",8,1,6.3170000000000004E-2]
["Southern California Edison Co","TOU-GS-2, Option A","Demand Charge","Summer",0,22,15.68]
["Southern California Edison Co","TOU-GS-2, Option A","Energy Charge","Winter",4,7,5.5750000000000001E-2]
["Southern California Edison Co","TOU-GS-2, Option B","Energy Charge","Winter",4,20,7.893E-2]
["Southern California Edison Co","TOU-GS-2, Option B","Energy Charge","Winter",4,12,0.12133000000000001]
["Southern California Edison Co","TOU-GS-2, Option B","Energy Charge","Summer",8,22,6.3670000000000004E-2]
["Southern California Edison Co","TOU-GS-2, Option B","Energy Charge","Summer",8,11,7.5170000000000001E-2]
["Southern California Edison Co","TOU-GS-2, Option B","Demand Charge","Winter",8,15,15.68]
["Southern California Edison Co","TOU-GS-2, Option B","Demand Charge","Winter",8,5,15.68]
["Southern California Edison Co","TOU-GS-2, Option B","Demand Charge","Winter",8,12,15.68]
["Southern California Edison Co","TOU-GS-2, Option B","Demand Charge","Summer",4,15,34.909999999999997]
["Southern California Edison Co","TOU-GS-2, Option B","Demand Charge","Summer",4,7,15.68]
["Southern California Edison Co","TOU-GS-2, Option R","Energy Charge","Winter",4,17,0.39055000000000001]
["Southern California Edison Co","TOU-GS-2, Option R","Energy Charge","Winter",4,4,7.0690000000000003E-2]
["Southern California Edison Co","TOU-GS-2, Option R","Energy Charge","Summer",8,13,8.9609999999999995E-2]
["Southern California Edison Co","TOU-GS-2, Option R","Energy Charge","Summer",8,19,8.9609999999999995E-2]
["Southern California Edison Co","TOU-GS-2, Option R","Energy Charge","Summer",8,7,7.8109999999999999E-2]
["Southern California Edison Co","TOU-GS-2, Option R","Demand Charge","Winter",12,5,11.86]
["Southern California Edison Co","TOU-GS-2, Option R","Demand Charge","Summer",0,18,11.86]
["Southern California Edison Co","TOU-GS-2, Option R","Demand Charge","Summer",0,14,11.86]
["Southern California Edison Co","TOU-GS-2, Option R","Demand Charge","Summer",0,10,11.86]
["Southern California Edison Co","TOU-GS-3, Option A","Energy Charge","Winter",4,20,0.11336]
["Southern California Edison Co","TOU-GS-3, Option A","Energy Charge","Winter",4,3,5.6160000000000002E-2]
["Southern California Edison Co","TOU-GS-3, Option A","Energy Charge","Summer",8,23,6.1669999999999996E-2]
["Southern California Edison Co","TOU-GS-3, Option A","Energy Charge","Summer",8,5,6.1669999999999996E-2]
["Southern California Edison Co","TOU-GS-3, Option A","Energy Charge","Summer",8,11,7.2419999999999998E-2]
["Southern California Edison Co","TOU-GS-3, Option A","Demand Charge","Winter",12,4,18.07]
["Southern California Edison Co","TOU-GS-3, Option A","Demand Charge","Winter",12,7,18.07]
["Southern California Edison Co","TOU-GS-3, Option A","Demand Charge","Summer",0,19,18.07]
["Southern California Edison Co","TOU-GS-3, Option B","Energy Charge","Winter",4,16,0.12029999999999999]
["Southern California Edison Co","TOU-GS-3, Option B","Energy Charge","Winter",4,22,7.8119999999999995E-2]
["Southern California Edison Co","TOU-GS-3, Option B","Energy Charge","Winter",4,1,5.6960000000000004E-2]
["Southern California Edison Co","TOU-GS-3, Option B","Energy Charge","Summer",8,21,6.2469999999999998E-2]
["Southern California Edison Co","TOU-GS-3, Option B","Energy Charge","Summer",8,4,6.2469999999999998E-2]
["Southern California Edison Co","TOU-GS-3, Option B","Energy Charge","Winter",4,0,5.6960000000000004E-2]
["Southern California Edison Co","TOU-GS-3, Option B","Demand Charge","Winter",8,2,18.07]
["Southern California Edison Co","TOU-GS-3, Option B","Demand Charge","Winter",8,7,18.07]
["Southern California Edison Co","TOU-GS-3, Option B","Demand Charge","Summer",4,23,18.07]
["Southern California Edison Co","TOU-GS-3, Option B","Demand Charge","Summer",4,3,18.07]
["Southern California Edison Co","TOU-GS-3, Option R","Energy Charge","Winter",4,19,0.13258999999999999]
["Southern California Edison Co","TOU-GS-3, Option R","Energy Charge","Winter",4,6,7.5389999999999999E-2]
["Southern California Edison Co","TOU-GS-3, Option R","Energy Charge","Summer",8,23,8.09E-2]
["Southern California Edison Co","TOU-GS-3, Option R","Energy Charge","Summer",8,6,8.09E-2]
["Southern California Edison Co","TOU-GS-3, Option R","Demand Charge","Winter",12,17,11.34]
["Southern California Edison Co","TOU-GS-3, Option R","Demand Charge","Winter",12,23,11.34]
["Southern California Edison Co","TOU-GS-3, Option R","Demand Charge","Winter",12,10,11.34]
["Southern California Edison Co","TOU-GS-3, Option R","Demand Charge","Summer",0,21,11.34]
["Southern California Edison Co","TOU-GS-3, Option R","Demand Charge","Summer",0,1,11.34]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Energy Charge","Winter",8,3,6.9070000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Demand Charge","Summer",4,21,18.189999999999998]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Energy Charge","Winter",8,18,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Demand Charge","Winter",8,9,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Demand Charge","Winter",8,1,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Demand Charge","Winter",8,5,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Demand Charge","Summer",4,3,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Energy Charge","Summer",4,3,6.4000000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)","Energy Charge","Summer",4,19,8.6319999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Demand Charge","Winter",8,20,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Demand Charge","Summer",4,6,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Demand Charge","Winter",8,3,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Demand Charge","Winter",8,9,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Energy Charge","Summer",4,5,6.2710000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Energy Charge","Winter",8,13,8.9719999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Demand Charge","Summer",4,21,12.59]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Energy Charge","Winter",8,3,6.7780000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)","Energy Charge","Summer",4,15,0.13052]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Energy Charge","Winter",8,15,8.9719999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Energy Charge","Winter",8,2,6.7780000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Energy Charge","Winter",8,7,6.7780000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Energy Charge","Summer",4,23,6.2710000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Energy Charge","Summer",4,10,8.5029999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Demand Charge","Winter",8,19,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Demand Charge","Winter",8,1,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Demand Charge","Summer",4,19,12.59]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)","Demand Charge","Summer",4,9,12.59]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Energy Charge","Summer",4,0,6.2689999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Energy Charge","Winter",8,20,8.9700000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Energy Charge","Summer",4,19,8.5010000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Energy Charge","Summer",4,23,6.2689999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Energy Charge","Summer",4,4,6.2689999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Demand Charge","Winter",8,20,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Demand Charge","Winter",8,12,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Demand Charge","Summer",4,19,8.41]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (At 220kV)","Demand Charge","Summer",4,4,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Demand Charge","Summer",4,11,18.369999999999997]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Demand Charge","Summer",4,3,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Demand Charge","Summer",4,14,30.87]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Demand Charge","Winter",8,18,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Demand Charge","Winter",8,22,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Energy Charge","Summer",4,6,6.5040000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Energy Charge","Summer",4,19,8.7359999999999993E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Energy Charge","Winter",8,8,9.2050000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)","Energy Charge","Winter",8,22,7.0110000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Demand Charge","Summer",4,6,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Demand Charge","Summer",4,20,18.189999999999998]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Demand Charge","Winter",8,7,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Demand Charge","Winter",8,4,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Demand Charge","Winter",8,14,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Energy Charge","Summer",4,7,6.4000000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Energy Charge","Summer",4,16,0.13181000000000001]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Energy Charge","Winter",8,11,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Energy Charge","Winter",8,5,6.9070000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)","Energy Charge","Winter",8,12,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Demand Charge","Winter",8,22,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Demand Charge","Winter",8,16,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Energy Charge","Summer",4,8,8.5029999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Energy Charge","Summer",4,15,0.13052]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Energy Charge","Winter",8,8,8.9719999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Energy Charge","Winter",8,19,8.9719999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Demand Charge","Summer",4,13,25.090000000000003]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)","Demand Charge","Summer",4,11,12.59]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Demand Charge","Summer",4,5,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Demand Charge","Summer",4,18,8.41]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Demand Charge","Summer",4,12,20.910000000000004]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Demand Charge","Winter",8,1,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Demand Charge","Winter",8,7,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Energy Charge","Summer",4,10,8.5010000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Energy Charge","Summer",4,22,8.5010000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Energy Charge","Winter",8,2,6.7760000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Energy Charge","Winter",8,20,8.9700000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)","Energy Charge","Winter",8,17,8.9700000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Demand Charge","Summer",4,18,18.369999999999997]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Demand Charge","Summer",4,14,30.87]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Demand Charge","Winter",8,9,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Demand Charge","Winter",8,16,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Energy Charge","Summer",4,11,8.7359999999999993E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Energy Charge","Summer",4,19,8.7359999999999993E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Energy Charge","Winter",8,2,7.0110000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Energy Charge","Winter",8,23,7.0110000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)","Energy Charge","Winter",8,15,9.2050000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Demand Charge","Summer",4,14,30.69]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Energy Charge","Winter",8,20,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Energy Charge","Winter",8,11,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Demand Charge","Winter",8,11,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Demand Charge","Winter",8,0,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Demand Charge","Summer",4,7,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Demand Charge","Summer",4,1,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Energy Charge","Summer",4,20,8.6319999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (2kV-50kV)","Energy Charge","Summer",4,5,6.4000000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Demand Charge","Summer",4,12,25.090000000000003]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Energy Charge","Winter",8,20,8.9719999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Energy Charge","Winter",8,21,6.7780000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Energy Charge","Winter",8,0,6.7780000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Demand Charge","Winter",8,7,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Demand Charge","Summer",4,4,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Demand Charge","Winter",8,22,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (50kV-220kV)","Energy Charge","Summer",4,4,6.2710000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Demand Charge","Summer",4,19,8.41]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Demand Charge","Summer",4,18,8.41]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Demand Charge","Summer",4,6,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Energy Charge","Summer",4,2,6.2689999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Energy Charge","Winter",8,8,8.9700000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Energy Charge","Summer",4,6,6.2689999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Energy Charge","Summer",4,23,6.2689999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Energy Charge","Summer",4,13,0.1305]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Demand Charge","Summer",4,1,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (At 220kV)","Demand Charge","Winter",8,12,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Energy Charge","Summer",4,16,0.13205]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Demand Charge","Winter",8,21,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Demand Charge","Summer",4,4,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Demand Charge","Winter",8,11,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Demand Charge","Winter",8,5,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Energy Charge","Winter",8,15,9.2050000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Demand Charge","Summer",4,13,30.87]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Demand Charge","Summer",4,22,18.369999999999997]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Single Phase (Under 2kV)","Energy Charge","Summer",4,7,6.5040000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Energy Charge","Winter",8,16,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Energy Charge","Winter",8,0,6.9070000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Energy Charge","Winter",8,1,6.9070000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Energy Charge","Summer",4,23,6.4000000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Energy Charge","Winter",8,19,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Energy Charge","Summer",4,2,6.4000000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Energy Charge","Winter",8,20,9.1009999999999994E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Demand Charge","Summer",4,3,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (2kV-50kV)","Demand Charge","Winter",8,21,13.02]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Demand Charge","Summer",4,2,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Demand Charge","Summer",4,5,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Demand Charge","Summer",4,6,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Demand Charge","Winter",8,3,7.42]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Energy Charge","Summer",4,13,0.12972]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Energy Charge","Summer",4,6,6.2710000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Energy Charge","Summer",4,20,8.4629999999999997E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Demand Charge","Summer",4,15,25.090000000000003]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (50kV-220kV)","Energy Charge","Winter",8,5,6.7879999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Demand Charge","Summer",4,1,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Demand Charge","Summer",4,22,8.41]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Demand Charge","Winter",8,8,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Demand Charge","Winter",8,14,3.24]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Energy Charge","Summer",4,10,8.5010000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Energy Charge","Summer",4,5,6.2689999999999996E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Energy Charge","Winter",8,6,6.7760000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Energy Charge","Winter",8,20,8.9700000000000002E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (At 220kV)","Energy Charge","Winter",8,21,6.7760000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Demand Charge","Summer",4,7,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Demand Charge","Summer",4,6,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Demand Charge","Winter",8,9,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Demand Charge","Winter",8,20,13.2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Energy Charge","Summer",4,10,8.7359999999999993E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Energy Charge","Summer",4,4,6.5040000000000001E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Energy Charge","Summer",4,17,0.13205]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Energy Charge","Winter",8,5,7.0110000000000006E-2]
["Southern California Edison Co","Time of Use, General Service, Demand Metered, Critical Peak-Lite Option: TOU-GS-2 CPP-Lite, Three Phase (Under 2kV)","Energy Charge","Winter",8,14,9.2050000000000007E-2]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Demand Charge","Summer",0,9,0]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Demand Charge","Summer",0,16,0]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Demand Charge","Winter",12,10,0]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Demand Charge","Winter",12,7,0]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Demand Charge","Winter",12,19,0]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Energy Charge","Summer",4,21,0.1857]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Energy Charge","Summer",4,15,0.23019000000000001]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Energy Charge","Winter",8,12,0.15805]
["Southern California Edison Co","Time of Use, General Service, Non Demand Metered, Option CPP: GS-1 TOU B, Three Phase","Energy Charge","Winter",8,19,0.15805]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Energy Charge","Winter",8,16,8.5250000000000006E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Energy Charge","Winter",8,12,8.5250000000000006E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Energy Charge","Summer",4,12,0.13256000000000001]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Energy Charge","Summer",4,17,0.13256000000000001]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Energy Charge","Summer",4,9,8.3650000000000002E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Demand Charge","Winter",8,11,16.170000000000002]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Demand Charge","Winter",8,8,16.170000000000002]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Demand Charge","Summer",4,13,34.270000000000003]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kV - 50kV)","Demand Charge","Summer",4,9,21.48]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Energy Charge","Winter",8,14,8.5250000000000006E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Energy Charge","Winter",8,5,6.5159999999999996E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Energy Charge","Winter",8,11,8.5250000000000006E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Energy Charge","Summer",4,22,8.3650000000000002E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Energy Charge","Summer",4,9,8.3650000000000002E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Demand Charge","Winter",8,12,16.170000000000002]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Demand Charge","Winter",8,0,16.170000000000002]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Demand Charge","Summer",4,16,34.270000000000003]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (2kv-50kv)","Demand Charge","Summer",4,9,21.48]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Demand Charge","Summer",4,9,14.969999999999999]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Demand Charge","Summer",4,20,14.969999999999999]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Demand Charge","Winter",8,9,9.66]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Demand Charge","Winter",8,19,9.66]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Demand Charge","Winter",8,16,9.66]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Energy Charge","Summer",4,11,8.2369999999999999E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Energy Charge","Summer",4,12,0.13128000000000001]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Energy Charge","Winter",8,2,6.3880000000000006E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Energy Charge","Winter",8,3,6.3880000000000006E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (50kv-220kV)","Energy Charge","Winter",8,15,8.3970000000000003E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Energy Charge","Winter",8,4,6.386E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Energy Charge","Winter",8,10,8.3949999999999997E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Energy Charge","Summer",4,23,5.9060000000000001E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Energy Charge","Summer",4,6,5.9060000000000001E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Demand Charge","Winter",8,19,3.66]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Demand Charge","Winter",8,11,3.66]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Demand Charge","Summer",4,13,21.76]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Demand Charge","Summer",4,18,8.9699999999999989]
["Southern California Edison Co","Time-Of-Use - General Service - Demand Metered: TOU-GS-3 Option CPP (At 220kV)","Demand Charge","Summer",4,10,8.9699999999999989]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Energy Charge","Winter",8,22,6.4259999999999998E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Energy Charge","Winter",8,7,6.4259999999999998E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Energy Charge","Summer",4,13,0.1351]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Energy Charge","Summer",4,7,5.9020000000000003E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Demand Charge","Winter",8,21,14.88]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Demand Charge","Winter",8,10,14.88]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Demand Charge","Summer",4,20,21.29]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (2kV-50kV)","Demand Charge","Summer",4,2,14.88]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Demand Charge","Summer",4,10,11.719999999999999]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Demand Charge","Summer",4,22,11.719999999999999]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Demand Charge","Summer",4,17,25.86]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Demand Charge","Winter",8,1,6.56]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Demand Charge","Winter",8,21,6.56]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Energy Charge","Summer",4,6,5.4690000000000003E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Energy Charge","Summer",4,23,5.4690000000000003E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Energy Charge","Summer",4,0,5.4690000000000003E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (Greater than 50kV)","Energy Charge","Winter",8,18,7.7859999999999999E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Demand Charge","Summer",4,6,15.57]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Demand Charge","Summer",4,23,15.57]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Demand Charge","Winter",8,7,15.57]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Demand Charge","Winter",8,3,15.57]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Demand Charge","Winter",8,15,15.57]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Energy Charge","Summer",4,10,8.609E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Energy Charge","Summer",4,18,8.609E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Energy Charge","Winter",8,8,8.7559999999999999E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Energy Charge","Winter",8,19,8.7559999999999999E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8 CPP (under 2kV)","Energy Charge","Winter",8,16,8.7559999999999999E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Energy Charge","Winter",8,2,6.3549999999999995E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Energy Charge","Winter",8,20,7.4499999999999997E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Energy Charge","Winter",8,12,7.4499999999999997E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Demand Charge","Winter",8,11,19.02]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Demand Charge","Summer",4,4,19.02]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Demand Charge","Winter",8,20,19.02]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Energy Charge","Summer",4,8,7.6350000000000001E-2]
["Southern California Edison Co","Time-Of-Use - General Service - Large: TOU-8, Option CPP (Under 2 kV)","Energy Charge","Summer",4,23,5.7959999999999998E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Demand Charge","Winter",8,21,8.09]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Demand Charge","Winter",8,19,8.09]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Demand Charge","Winter",8,6,8.09]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Demand Charge","Winter",8,11,8.09]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Energy Charge","Winter",8,14,8.4610000000000005E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Energy Charge","Winter",8,2,6.5759999999999999E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Demand Charge","Summer",4,21,10.87]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Demand Charge","Summer",4,12,19.61]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (2kV-50kV)","Energy Charge","Summer",4,9,8.0369999999999997E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Energy Charge","Winter",8,16,8.337E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Energy Charge","Winter",8,22,6.4519999999999994E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Energy Charge","Winter",8,1,6.4519999999999994E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Energy Charge","Summer",4,13,0.12734999999999999]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Energy Charge","Summer",4,9,7.9130000000000006E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Demand Charge","Winter",8,15,4.95]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Demand Charge","Winter",8,18,4.95]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Demand Charge","Summer",4,17,16.47]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Demand Charge","Summer",4,21,7.73]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (50kV-220kV)","Demand Charge","Summer",4,2,4.95]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Energy Charge","Winter",8,18,8.5589999999999999E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Demand Charge","Summer",4,23,8.19]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Energy Charge","Summer",4,15,0.12956999999999999]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Energy Charge","Summer",4,8,8.1350000000000006E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Demand Charge","Winter",8,11,8.19]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Demand Charge","Winter",8,19,8.19]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Demand Charge","Summer",4,15,19.71]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Demand Charge","Summer",4,19,10.969999999999999]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (Under 2kv)","Demand Charge","Summer",4,10,10.969999999999999]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Demand Charge","Summer",4,2,1.84]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Demand Charge","Summer",4,19,4.62]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Demand Charge","Winter",8,23,1.84]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Demand Charge","Winter",8,4,1.84]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Demand Charge","Winter",8,16,1.84]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Energy Charge","Summer",4,0,5.8880000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Energy Charge","Winter",8,7,6.4500000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Energy Charge","Winter",8,4,6.4500000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping - Large: TOU-PA-3, Option CPP (at 220kV)","Energy Charge","Winter",8,12,8.3349999999999994E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Energy Charge","Winter",8,20,9.4729999999999995E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Energy Charge","Winter",8,10,9.4729999999999995E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Energy Charge","Summer",4,13,0.14435000000000001]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Energy Charge","Summer",4,19,8.7099999999999997E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Demand Charge","Winter",8,14,8.83]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Demand Charge","Winter",8,3,8.83]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Demand Charge","Winter",8,5,8.83]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Demand Charge","Summer",4,17,21.509999999999998]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (2kV-50kV)","Demand Charge","Summer",4,10,12.21]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Energy Charge","Winter",8,16,9.3490000000000004E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Energy Charge","Winter",8,2,6.7650000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Energy Charge","Summer",4,12,0.14310999999999999]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Energy Charge","Summer",4,5,6.1060000000000003E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Demand Charge","Winter",8,21,6.31]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Demand Charge","Winter",8,3,6.31]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Demand Charge","Summer",4,12,18.989999999999998]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Demand Charge","Summer",4,5,6.31]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (50kV-220kV)","Energy Charge","Summer",4,23,6.1060000000000003E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Energy Charge","Winter",8,13,9.572E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Energy Charge","Winter",8,6,6.9879999999999998E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Energy Charge","Summer",4,13,0.14534]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Energy Charge","Summer",4,3,6.3289999999999999E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Demand Charge","Winter",8,16,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Demand Charge","Winter",8,2,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Demand Charge","Winter",8,8,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Demand Charge","Summer",4,19,12.29]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (Under 2kV)","Demand Charge","Summer",4,7,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Demand Charge","Summer",4,9,5.0199999999999996]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Demand Charge","Summer",4,17,14.32]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Demand Charge","Winter",8,0,1.64]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Demand Charge","Winter",8,10,1.64]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Demand Charge","Winter",8,15,1.64]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Energy Charge","Summer",4,3,6.1039999999999997E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Energy Charge","Winter",8,21,6.7629999999999996E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Energy Charge","Winter",8,0,6.7629999999999996E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP (at 220kV)","Energy Charge","Winter",8,14,9.3469999999999998E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Demand Charge","Summer",4,0,8.83]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Demand Charge","Summer",4,20,12.21]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Demand Charge","Winter",8,8,8.83]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Demand Charge","Winter",8,3,8.83]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Demand Charge","Winter",8,11,8.83]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Energy Charge","Summer",4,1,6.2300000000000001E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Energy Charge","Summer",4,12,0.14435000000000001]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Energy Charge","Winter",8,9,9.4729999999999995E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (2kv-50kv)","Energy Charge","Winter",8,19,9.4729999999999995E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Energy Charge","Winter",8,21,6.7650000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Energy Charge","Winter",8,1,6.7650000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Energy Charge","Winter",8,6,6.7650000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Energy Charge","Summer",4,6,6.1060000000000003E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Demand Charge","Winter",8,15,6.31]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Demand Charge","Winter",8,14,6.31]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Demand Charge","Winter",8,7,6.31]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Demand Charge","Summer",4,20,9.69]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (50kV-220kV)","Demand Charge","Summer",4,3,6.31]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Demand Charge","Summer",4,6,1.64]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Demand Charge","Summer",4,23,1.64]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Demand Charge","Summer",4,17,14.32]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Demand Charge","Winter",8,3,1.64]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Demand Charge","Winter",8,15,1.64]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Energy Charge","Summer",4,1,6.3289999999999999E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Energy Charge","Summer",4,19,8.8090000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Energy Charge","Winter",8,2,6.9879999999999998E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Energy Charge","Winter",8,20,9.572E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (at 220kV)","Energy Charge","Winter",8,17,9.572E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Energy Charge","Winter",8,18,9.572E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Energy Charge","Summer",4,14,0.14534]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Energy Charge","Summer",4,20,8.8090000000000002E-2]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Demand Charge","Winter",8,15,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Demand Charge","Winter",8,22,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Demand Charge","Winter",8,6,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Demand Charge","Winter",8,7,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Demand Charge","Summer",4,0,8.91]
["Southern California Edison Co","Time-Of-Use Agricultural and Pumping-Small to Medium: TOU-PA-2, Option CPP-Lite (under 2kV)","Demand Charge","Summer",4,5,8.91]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Demand Charge","Summer",4,2,18.23]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Demand Charge","Winter",8,9,18.3]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Demand Charge","Winter",8,6,18.3]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Demand Charge","Winter",8,22,18.3]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Energy Charge","Summer",4,2,4.4019999999999997E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Energy Charge","Summer",4,22,6.0519999999999997E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Energy Charge","Winter",8,7,7.1980000000000002E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (2kv-50kv)","Energy Charge","Summer",4,0,4.4019999999999997E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Energy Charge","Winter",8,14,7.1010000000000004E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Energy Charge","Winter",8,21,7.1010000000000004E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Energy Charge","Summer",4,12,5.9549999999999999E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Energy Charge","Summer",4,13,0.13214999999999999]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Energy Charge","Summer",4,5,4.3049999999999998E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Demand Charge","Winter",8,22,11.06]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Demand Charge","Winter",8,1,10.99]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Demand Charge","Summer",4,17,11.38]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (50kV to 220kV)","Demand Charge","Summer",4,1,10.99]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Energy Charge","Winter",8,15,7.0989999999999998E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Energy Charge","Winter",8,18,7.0989999999999998E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Energy Charge","Summer",4,17,5.953E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Energy Charge","Summer",4,23,5.953E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Energy Charge","Summer",4,9,5.953E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Demand Charge","Winter",8,18,4.33]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Demand Charge","Winter",8,19,4.33]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Demand Charge","Summer",4,15,22.409999999999997]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Demand Charge","Summer",4,5,4.26]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered-Super Off Peak: TOU-GS-3-SOP (at 220kV)","Demand Charge","Summer",4,10,4.6499999999999995]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Energy Charge","Winter",8,20,7.5380000000000003E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Energy Charge","Winter",8,7,6.447E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Energy Charge","Summer",4,19,8.0350000000000005E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Energy Charge","Summer",4,1,5.8889999999999998E-2]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Demand Charge","Winter",8,22,18.29]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Demand Charge","Winter",8,9,18.29]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Demand Charge","Summer",4,13,38.299999999999997]
["Southern California Edison Co","Time-of-use - General Service - Demand Metered: TOU-GS-3, Option CPP (Under 2kV)","Demand Charge","Summer",4,18,22.23]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Demand Charge","Summer",3,10,18.829999999999998]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Demand Charge","Summer",3,3,18.29]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Demand Charge","Summer",3,13,43.59]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Demand Charge","Winter",9,0,18.29]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Demand Charge","Winter",9,11,18.39]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Energy Charge","Summer",3,18,9.8460000000000006E-2]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Energy Charge","Summer",3,2,5.3780000000000001E-2]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Energy Charge","Winter",9,9,7.1400000000000005E-2]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Energy Charge","Winter",9,4,5.5969999999999999E-2]
["Southern California Edison Co","Time-of-use - General Service - Super Off Peak - Demand Metered: TOU-GS-3-SOP (under 2 kv)","Energy Charge","Winter",9,12,7.1400000000000005E-2]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Demand Charge","Summer",8,21,6.7889999999999997]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Demand Charge","Summer",8,22,0]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Demand Charge","Winter",4,12,9.7260000000000009]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Demand Charge","Winter",4,18,9.7260000000000009]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Energy Charge","Summer",8,10,7.3452999999999991E-2]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Energy Charge","Summer",8,19,7.3452999999999991E-2]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Energy Charge","Winter",4,12,7.3452999999999991E-2]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Energy Charge","Winter",4,20,7.3452999999999991E-2]
["Virginia Electric & Power Co","5P Church and Synagogue TOU Service","Energy Charge","Winter",4,16,7.3452999999999991E-2]
["Virginia Electric & Power Co","GS-2 Non-Demand","Energy Charge","Winter",8,11,0.124061]
["Virginia Electric & Power Co","GS-2 Non-Demand","Energy Charge","Winter",8,1,0.124061]
["Virginia Electric & Power Co","GS-2 Non-Demand","Energy Charge","Summer",4,14,0.13042000000000001]
["Virginia Electric & Power Co","GS-2 Non-Demand","Energy Charge","Summer",4,3,0.13042000000000001]
["Virginia Electric & Power Co","GS-2 Non-Demand","Demand Charge","Winter",12,15,0]
["Virginia Electric & Power Co","GS-2 Non-Demand","Demand Charge","Winter",12,18,0]
["Virginia Electric & Power Co","GS-2 Non-Demand","Demand Charge","Summer",0,12,0]
["Virginia Electric & Power Co","GS-2 Non-Demand","Demand Charge","Summer",0,2,0]
["Virginia Electric & Power Co","GS-2 Non-Demand","Demand Charge","Summer",0,6,0]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Demand Charge","Summer",8,11,15.746]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Demand Charge","Summer",8,12,15.746]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Demand Charge","Winter",4,2,9.548]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Demand Charge","Winter",4,3,9.548]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Energy Charge","Summer",8,10,6.7615999999999996E-2]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Energy Charge","Summer",8,23,4.2777999999999997E-2]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Energy Charge","Summer",8,13,6.7615999999999996E-2]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Energy Charge","Winter",4,0,4.2777999999999997E-2]
["Virginia Electric & Power Co","GS-2T Time-of-Use","Energy Charge","Winter",4,17,6.7615999999999996E-2]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Energy Charge","Winter",4,12,2.7643000000000001E-2]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Energy Charge","Winter",4,2,2.6397E-2]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Energy Charge","Summer",8,14,2.7643000000000001E-2]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Energy Charge","Summer",8,5,2.6397E-2]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Energy Charge","Summer",8,11,2.7643000000000001E-2]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Demand Charge","Winter",4,4,8.24]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Demand Charge","Winter",4,10,20.587]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Demand Charge","Summer",8,13,20.587]
["Virginia Electric & Power Co","GS-3 (Large General Service Secondary Voltage)","Demand Charge","Summer",8,1,8.24]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Energy Charge","Winter",0,18,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Energy Charge","Winter",0,12,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Energy Charge","Summer",12,22,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Energy Charge","Summer",12,5,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Winter",12,13,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Winter",12,1,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Winter",12,7,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,13,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,14,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,18,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,22,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,23,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,21,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,19,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,20,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,12,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,4,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,5,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,3,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,1,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,2,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,6,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,10,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,11,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,9,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,7,0]
["Wisconsin Electric Power Co","General Secondary (Single-Phase) Cg 1","Demand Charge","Summer",0,8,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,23,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,8,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,7,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,9,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,11,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,10,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,6,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,2,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,1,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,3,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,5,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,4,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,12,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,20,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,19,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,21,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,23,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,22,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,18,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,14,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,13,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,15,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,17,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,16,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Summer",0,0,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,8,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,7,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,9,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,11,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,10,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,6,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,2,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,1,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,3,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,5,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,4,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,12,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,20,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,19,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,21,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,23,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,22,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,18,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,14,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,13,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,15,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,17,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,16,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,0,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,8,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,7,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,9,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,11,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,10,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,6,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,2,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,1,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,3,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,5,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,4,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,12,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,20,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,19,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,21,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Demand Charge","Winter",12,0,0]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,22,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,18,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,14,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,13,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,15,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,17,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,16,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Summer",12,0,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,8,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,7,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,9,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,11,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,10,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,6,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,2,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,1,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,3,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,5,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,4,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,12,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,20,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,19,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,21,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,23,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,22,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,18,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,14,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,13,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,15,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,17,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary (Three-Phase) Cg 1","Energy Charge","Winter",0,16,0.12879000000000002]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,1,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,0,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,16,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,17,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,15,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,13,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,14,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,18,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,22,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,23,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,21,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,19,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,20,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,12,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,4,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,5,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,3,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,1,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,2,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,6,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,10,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,11,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,9,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,7,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,8,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,0,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,16,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,17,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,15,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,13,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,14,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,18,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,22,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,23,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,21,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,19,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,20,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,12,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,4,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,5,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,3,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,1,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,2,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,6,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,10,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,11,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,9,0.11685]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,7,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Summer",12,8,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,17,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,18,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,16,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,14,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,15,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,19,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,23,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,0,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,22,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,20,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,21,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,13,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,5,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,6,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,4,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,2,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,3,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,7,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,11,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,12,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,10,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,8,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Winter",12,9,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,1,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,17,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,18,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,16,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,14,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,15,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,19,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,23,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Energy Charge","Winter",0,0,8.6179999999999993E-2]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,22,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,20,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,21,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,13,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,5,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,6,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,4,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,2,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,3,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,7,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,11,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,12,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,10,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,8,0]
["Wisconsin Electric Power Co","General Secondary Demand Cg 2","Demand Charge","Summer",12,9,6.86]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,0,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,9,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,8,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,10,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,12,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,11,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,7,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,3,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,2,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,4,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,6,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,5,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,13,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,21,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,20,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,22,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,1,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,23,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,19,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,15,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,14,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,16,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,18,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,17,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,1,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,9,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,8,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,10,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,12,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,11,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,7,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,3,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,2,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,4,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,6,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,5,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,13,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,21,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,20,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,22,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Summer",12,0,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,23,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,19,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,15,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,14,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,16,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,18,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,17,17.733999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,1,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,9,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,8,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,10,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,12,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,11,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,7,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,3,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,2,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,4,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,6,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,5,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,13,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,21,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,20,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,22,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Demand Charge","Winter",12,0,2.5499999999999998]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,23,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,19,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,15,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,14,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,16,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,18,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,17,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,1,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,9,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,8,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,10,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,12,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,11,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,7,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,3,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,2,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,4,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,6,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,5,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,13,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,21,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,20,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,22,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Summer",12,0,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,23,4.9010000000000005E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,19,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,15,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,14,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,16,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,18,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Demand Time-of-Use Cg 3","Energy Charge","Winter",0,17,6.948E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,0,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,15,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,16,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,17,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,12,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,13,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,14,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,21,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,22,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,23,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,18,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,19,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,20,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,3,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,4,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,5,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,0,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,1,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,2,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,9,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,10,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,11,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,6,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,7,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Winter",0,8,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,15,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,16,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,17,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,12,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,13,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,14,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,21,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,22,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,23,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,18,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,19,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,20,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,3,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,4,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,5,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,0,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,1,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,2,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,9,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,10,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,11,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,6,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,7,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Energy Charge","Summer",12,8,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,16,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,17,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,15,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,13,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,14,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,18,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,22,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,23,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,21,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,19,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,20,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,12,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,4,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,5,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,3,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,1,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,2,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,6,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,10,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,11,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,9,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,7,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Winter",12,8,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,0,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,16,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,17,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,15,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,13,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,14,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,18,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,22,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,23,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,21,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,19,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,20,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,12,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,4,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,5,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,3,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,1,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,2,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,6,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,10,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,11,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,9,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,7,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Single-Phase) Cg 6","Demand Charge","Summer",0,8,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,1,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,9,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,8,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,10,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,12,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,11,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,7,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,3,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,2,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,4,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,6,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,5,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,13,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,21,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,20,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,22,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,0,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,23,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,19,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,15,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,14,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,16,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,18,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,17,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,1,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,9,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,8,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,10,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,12,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,11,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,7,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,3,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,2,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,4,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,6,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,5,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,13,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,21,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,20,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,22,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Summer",0,0,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,23,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,19,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,15,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,14,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,16,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,18,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,17,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,1,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,9,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,8,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,10,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,12,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,11,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,7,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,3,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,2,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,4,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,6,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,5,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,13,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,21,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,20,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,22,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Demand Charge","Winter",12,0,0]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,23,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,19,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,15,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,14,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,16,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,18,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,17,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,1,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,9,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,8,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,10,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,12,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,11,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,7,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,3,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,2,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,4,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,6,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,5,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,13,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,21,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,20,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,22,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Summer",12,0,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,23,8.657999999999999E-2]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,19,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,15,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,14,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,16,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,18,0.19518000000000002]
["Wisconsin Electric Power Co","General Secondary Time-of-Use (Three-Phase) Cg 6","Energy Charge","Winter",0,17,0.19518000000000002]

{"sheet":"Data - Vehicle Incentives","index":11,"n_rows":1213,"n_cols":10,"rows_kept":1213,"cut":false,"hidden":false,"merged":[]}
["Data - Fleet Procurement Analysis Tool"]
["Vehicle Incentives"]
["Law ID","Selection Name","State Abbreviation","Incentive",null,"Province","Federal","British Columbia","Quebec","Nova Scotia"]
[8160,"2023 FORD TRANSIT VAN CUTAWAY BEV","CA",7500,null,"Incentive Type","Incentive","Rebate","Rebate","Rebate"]
[8160,"2023 FORD TRANSIT VAN CARGO BEV","CA",7500,null,"2021 Audi A7 Sportback 55 TFSI e quattro PHEV",2500,0,0,2500]
[8160,"2023 PETERBILT 220 209 KWH BEV","CA",120000,null,"2021 Audi A8 L Sedan 60 TFSI e quattro PHEV",0,0,0,0]
[8160,"2024 PETERBILT 220 282 KWH BEV","CA",120000,null,"2021 Audi Q5 55 TFSI e quattro PHEV",0,0,0,0]
[8160,"2023 BYD COACH AND BUS LLC TRACTOR BEV","CA",120000,null,"2021 Audi e-tron 55 quattro BEV",0,0,0,0]
[8160,"2024 INTERNATIONAL MV60E BEV","CA",60000,null,"2021 Audi e-tron Sportback 55 quattro BEV",0,0,0,0]
[8160,"2023 ORANGE EV TERMINAL TRACTOR BEV","CA",120000,null,"2021 Chevrolet Bolt EV BEV",5000,3000,8000,5000]
[8160,"2023 FREIGHTLINER ECASCADIA 116 438 KWH BEV","CA",120000,null,"2021 Chrysler Pacifica Hybrid PHEV",5000,1500,8000,5000]
[8160,"2024 FREIGHTLINER EB2 CHASSIS BEV","CA",85000,null,"2021 Ford Mustang Mach-E California Route 1 BEV",0,3000,8000,0]
[8160,"2023 PETERBILT 220 282 KWH BEV","CA",120000,null,"2021 Ford Mustang Mach-E Extended Range (19\" Wheels) BEV",0,3000,8000,0]
[8160,"2023 FREIGHTLINER EB2 CHASSIS BEV","CA",85000,null,"2021 Ford Mustang Mach-E Extended Range AWD BEV",0,3000,8000,0]
[8160,"2023 BLUE BIRD VISION BEV","CA",85000,null,"2021 Ford Mustang Mach-E Standard Range BEV",0,3000,8000,0]
[8160,"2023 BYD COACH AND BUS LLC 30FT BEV","CA",120000,null,"2021 Ford Mustang Mach-E Standard Range AWD BEV",0,3000,8000,0]
[8160,"2023 PHOENIX MOTORCARS FORD E-450 BEV","CA",60000,null,"2021 Honda Clarity Plug-in Hybrid PHEV",2500,1500,8000,2500]
[8160,"2023 BLUE BIRD ALL AMERICAN BEV","CA",85000,null,"2021 Hyundai IONIQ Electric BEV",5000,3000,8000,5000]
[8160,"2024 VOLVO VNR 4x2 STRAIGHT BEV","CA",120000,null,"2021 Hyundai IONIQ Plug-in Hybrid PHEV",2500,1500,4000,2500]
[8160,"2024 PETERBILT 579 BEV","CA",120000,null,"2021 Hyundai Kona Electric BEV",5000,3000,8000,5000]
[8160,"2024 PETERBILT 220 209 KWH BEV","CA",120000,null,"2021 Kia Niro EV BEV",5000,3000,8000,5000]
[8160,"2023 BYD COACH AND BUS LLC 60FT BEV","CA",120000,null,"2021 Kia Niro Plug-in Hybrid PHEV",2500,1500,4000,2500]
[8160,"2023 BYD COACH AND BUS LLC 40FT BEV","CA",120000,null,"2021 Kia Soul EV (120 Ah) BEV",5000,3000,8000,5000]
[8160,"2023 BYD COACH AND BUS LLC 35FT BEV","CA",120000,null,"2021 Kia Soul EV (180 Ah) BEV",5000,3000,8000,5000]
[8160,"2023 PETERBILT 579 BEV","CA",120000,null,"2021 MINI Cooper SE Countryman ALL4 PHEV",2500,1500,4000,2500]
[8160,"2023 NEW FLYER XCELSIOR 60' BEV","CA",120000,null,"2021 Tesla Model 3 Long Range AWD BEV",0,0,8000,0]
[8160,"2023 KENWORTH T680 BEV","CA",120000,null,"2021 Tesla Model 3 Performance BEV",0,0,8000,0]
[8160,"2024 KENWORTH K270/K370 141 KWH BEV","CA",60000,null,"2021 Tesla Model 3 Standard Range Plus BEV",0,0,8000,0]
[8160,"2023 GREENPOWER EV STAR BEV","CA",60000,null,"2021 Tesla Model X Long Range Plus BEV",0,0,0,0]
[8160,"2023 GILLIG LOW FLOOR BEV","CA",120000,null,"2021 Tesla Model Y Long Range AWD BEV",0,0,0,0]
[8160,"2023 LIGHTNING SYSTEMS ZEV4 BEV","CA",60000,null,"2021 Tesla Model Y Performance BEV",0,0,0,0]
[8160,"2024 KENWORTH K270/K370 282 KWH BEV","CA",60000,null,"2021 Toyota Prius Prime PHEV",2500,1500,4000,2500]
[8160,"2023 KENWORTH K270/K370 282 KWH BEV","CA",60000,null,"2021 Toyota RAV4 Prime PHEV",0,1500,8000,0]
[8160,"2023 INTERNATIONAL MV60E BEV","CA",60000,null,"2021 Volvo S60 T8 AWD PHEV",0,0,0,0]
[8160,"2024 IC CORPORATION CE SCHOOL BUS BEV","CA",85000,null,"2021 Volvo S90 T8 AWD PHEV",0,0,0,0]
[8160,"2023 IC CORPORATION CE SCHOOL BUS BEV","CA",85000,null,"2021 Volvo V60 T8 AWD PHEV",0,0,0,0]
[8160,"2023 KENWORTH K270/K370 141 KWH BEV","CA",60000,null,"2021 Volvo XC40 Recharge BEV",0,0,0,0]
[8160,"2024 MACK MD ELECTRIC BEV","CA",60000,null,"2021 Volvo XC60 T8 AWD PHEV",0,0,0,0]
[8160,"2024 FREIGHTLINER ECASCADIA 116 291 KWH BEV","CA",120000,null,"2021 Volvo XC90 T8 AWD PHEV",0,0,0,0]
[8160,"2024 FREIGHTLINER ECASCADIA 116 438 KWH BEV","CA",120000,null,"2020 Audi Q5 TFSIe PHEV",0,0,0,0]
[8160,"2023 FREIGHTLINER ECASCADIA 116 291 KWH BEV","CA",120000,null,"2020 Audi e-tron Sportback 55 quattro BEV",2500,0,0,2500]
[8160,"2023 NEW FLYER XCELSIOR 40' BEV","CA",120000,null,"2020 Chevrolet Bolt EV BEV",5000,3000,8000,5000]
[8160,"2023 MACK LR BEV","CA",120000,null,"2020 Chrysler Pacifica Hybrid PHEV",5000,1500,8000,5000]
[8160,"2023 FREIGHTLINER MT50E BEV","CA",85000,null,"2020 Ford Fusion Energi PHEV",2500,1500,4000,2500]
[8160,"2023 LION LION C V2 BEV","CA",85000,null,"2020 Honda Clarity Plug-in Hybrid PHEV",2500,1500,8000,2500]
[8160,"2024 FREIGHTLINER EM2 194 KWH BEV","CA",120000,null,"2020 Hyundai IONIQ Electric BEV",5000,3000,8000,5000]
[8160,"2024 FREIGHTLINER EM2 291 KWH BEV","CA",120000,null,"2020 Hyundai IONIQ Electric Plus PHEV",5000,1500,4000,5000]
[8160,"2024 LION LION C V2 BEV","CA",85000,null,"2020 Hyundai Kona Electric BEV",5000,3000,8000,5000]
[8160,"2024 BATTLE MOTORS LET BEV","CA",120000,null,"2020 Kia Niro EV BEV",5000,3000,8000,5000]
[8160,"2024 VOLVO VNR 6x4 STRAIGHT BEV","CA",120000,null,"2020 Kia Niro Plug-in Hybrid PHEV",2500,1500,4000,2500]
[8160,"2023 RIVIAN EDV 500 BEV","CA",7500,null,"2020 Kia Soul EV (120 Ah) BEV",5000,3000,8000,5000]
[8160,"2024 RIZON E16L BEV","CA",60000,null,"2020 Kia Soul EV (180 Ah) BEV",5000,3000,8000,5000]
[8160,"2023 PROTERRA 40FT ZX5+ BEV","CA",120000,null,"2020 MINI Cooper SE 3 Door BEV",5000,3000,8000,5000]
[8160,"2024 RIZON E18L BEV","CA",60000,null,"2020 MINI Cooper SE Countryman ALL4 PHEV",2500,1500,4000,2500]
[8160,"2023 PROTERRA 40FT ZX5 BEV","CA",120000,null,"2020 Mitsubishi Outlander PHEV AWD PHEV",2500,1500,4000,2500]
[8160,"2024 RAM PROMASTER BEV","CA",7500,null,"2020 Nissan LEAF (40 kWh) BEV",5000,3000,8000,5000]
[8160,"2023 TESLA SEMI 500 MILE BEV","CA",120000,null,"2020 Nissan LEAF S PLUS BEV",5000,3000,8000,5000]
[8160,"2023 TESLA SEMI 300 MILE BEV","CA",120000,null,"2020 Nissan LEAF SV/SL PLUS BEV",5000,3000,8000,5000]
[8160,"2023 ROUSH FORD F-650 BEV","CA",60000,null,"2020 Tesla Model 3 Long Range BEV",0,0,8000,0]
[8160,"2024 VOLVO VNR 6x4 TRACTOR 375 KWH BEV","CA",120000,null,"2020 Tesla Model 3 Long Range AWD BEV",0,0,8000,0]
[8160,"2023 RIVIAN EDV 700 BEV","CA",7500,null,"2020 Tesla Model 3 Long Range AWD Performance (18\" Wheels) BEV",0,0,8000,0]
[8160,"2024 BATTLE MOTORS LNT BEV","CA",120000,null,"2020 Tesla Model 3 Standard Range Plus BEV",0,3000,8000,0]
[8160,"2024 VOLVO VNR 6x4 TRACTOR 565 KWH BEV","CA",120000,null,"2020 Tesla Model S Long Range BEV",0,3000,0,0]
[8160,"2024 RIZON E16M BEV","CA",60000,null,"2020 Tesla Model S Performance (19\" Wheels) BEV",0,0,0,0]
[8160,"2023 PROTERRA 35FT ZX5 BEV","CA",120000,null,"2020 Tesla Model X Long Range BEV",0,0,0,0]
[11702,"2023 FORD MUSTANG MACH-E RWD BEV","CO",5000,null,"2020 Tesla Model X Long Range Plus BEV",0,0,0,0]
[11702,"2023 ROUSH FORD F-650 BEV","CO",12000,null,"2020 Tesla Model X Performance (20\" Wheels) BEV",0,0,0,0]
[11702,"2023 VOLVO V60 T8 AWD RECHARGE EXT. RANGE PHEV","CO",5000,null,"2020 Tesla Model Y Long Range AWD BEV",0,3000,0,0]
[11702,"2023 FORD MUSTANG MACH-E GT BEV","CO",5000,null,"2020 Tesla Model Y Performance BEV",0,0,0,0]
[11702,"2023 CHEVROLET BOLT EV BEV","CO",7500,null,"2020 Toyota Prius Prime PHEV",2500,1500,4000,2500]
[11702,"2023 FORD MUSTANG MACH-E CAL RT 1 ER AWD BEV","CO",5000,null,"2020 Volkswagen e-Golf BEV",5000,3000,8000,5000]
[11702,"2023 LORDSTOWN ENDURANCE BEV","CO",5000,null,"2020 Volvo S60 T8 AWD PHEV",0,0,0,0]
[11702,"2023 TESLA SEMI 500 MILE BEV","CO",12000,null,"2020 Volvo S90 T8 AWD PHEV",0,0,0,0]
[11702,"2023 BMW I4 EDRIVE35 GRAN COUPE (18 INCH WHEELS) BEV","CO",5000,null,"2020 Volvo V60 T8 AWD PHEV",0,0,0,0]
[11702,"2023 CHEVROLET BOLT EUV BEV","CO",7500,null,"2020 Volvo XC60 T8 AWD PHEV",0,0,0,0]
[11702,"2024 JAGUAR I-PACE EV400 (20 INCH TIRES) BEV","CO",5000,null,"2020 Volvo XC90 T8 AWD PHEV",0,0,0,0]
[11702,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","CO",5000,null,"2017 BMW i3 (94 Ah) BEV",0,5000,0,0]
[11702,"2023 RIVIAN R1S (20 INCH WHEELS) BEV","CO",5000,null,"2017 CHEVROLET VOLT PHEV",0,0,8000,0]
[11702,"2023 POLESTAR 2 DUAL MOTOR BEV","CO",5000,null,"2017 CHEVROLET BOLT EV BEV",0,5000,0,0]
[11702,"2023 FORD F-150 LIGHTNING 4WD EXTENDED RANGE BEV","CO",5000,null,"2017 CHRYSLER PACIFICA HYBRID PHEV",0,0,8000,0]
[11702,"2024 RIZON E16M BEV","CO",12000,null,"2017 FORD FOCUS ELECTRIC BEV",0,5000,0,0]
[11702,"2024 KIA EV6 STANDARD RANGE RWD BEV","CO",5000,null,"2017 FORD FUSION ENERGI PHEV",0,2500,4000,0]
[11702,"2023 RIVIAN R1T (20 INCH WHEELS) BEV","CO",5000,null,"2017 FORD C-MAX ENERGI PHEV",0,2500,4000,0]
[11702,"2023 FORD MUSTANG MACH-E AWD BEV","CO",5000,null,"2017 HYUNDAI SONATA PLUG-IN PHEV",0,2500,4000,0]
[11702,"2023 FORD F-150 LIGHTNING 4WD BEV","CO",5000,null,"2017 HYUNDAI IONIQ EV BEV",0,5000,0,0]
[11702,"2024 KIA EV6 LONG RANGE RWD BEV","CO",5000,null,"2017 KIA SOUL EV BEV",0,5000,0,0]
[11702,"2024 RIZON E18L BEV","CO",12000,null,"2017 KIA OPTIMA PLUG-IN PHEV",0,2500,4000,0]
[11702,"2023 POLESTAR 2 BST EDITION BEV","CO",5000,null,"2017 MITSUBISHI i-MiEV BEV",0,5000,0,0]
[11702,"2023 POLESTAR 2 SINGLE MOTOR BEV","CO",5000,null,"2017 NISSAN LEAF BEV",0,5000,0,0]
[11702,"2023 CADILLAC LYRIQ BEV","CO",5000,null,"2017 TOYOTA PRIUS PRIME PHEV",0,2500,4000,0]
[11702,"2024 GENESIS GV60 PERFORMANCE BEV","CO",5000,null,"2017 VOLKSWAGEN e-GOLF BEV",0,5000,0,0]
[11702,"2023 VOLVO XC60 T8 AWD RECHARGE PHEV","CO",5000,null,"2017 VOLVO XC90 T8 AWD PHEV",0,2500,4000,0]
[11702,"2023 VOLVO XC90 T8 AWD RECHARGE PHEV","CO",5000,null,"2018 BMW i3 BEV",0,5000,0,0]
[11702,"2023 GENESIS GV60 ADVANCE BEV","CO",5000,null,"2018 CHEVROLET VOLT PHEV",0,0,8000,0]
[11702,"2024 VOLVO VNR 6x4 STRAIGHT BEV","CO",12000,null,"2018 CHEVROLET BOLT EV BEV",0,5000,0,0]
[11702,"2024 VOLVO VNR 6x4 TRACTOR 565 KWH BEV","CO",12000,null,"2018 CHRYSLER PACIFICA HYBRID PHEV",0,0,8000,0]
[11702,"2024 GENESIS GV60 ADVANCED (19 INCH WHEELS) BEV","CO",5000,null,"2018 FORD FUSION ENERGI PHEV",0,2500,4000,0]
[11702,"2024 CHEVROLET SILVERADO EV BEV","CO",10000,null,"2018 FORD FOCUS ELECTRIC BEV",0,5000,0,0]
[11702,"2024 GENESIS ELECTRIFIED GV70 BEV","CO",5000,null,"2018 HONDA CLARITY PLUG-IN PHEV",0,0,8000,0]
[11702,"2024 VOLVO VNR 4x2 STRAIGHT BEV","CO",12000,null,"2018 HYUNDAI IONIQ EV BEV",0,5000,0,0]
[11702,"2024 AUDI Q4 50 E-TRON QUATTRO BEV","CO",5000,null,"2018 KIA OPTIMA PLUG-IN PHEV",0,2500,4000,0]
[11702,"2024 AUDI Q4 40 E-TRON BEV","CO",5000,null,"2018 KIA SOUL EV BEV",0,5000,0,0]
[11702,"2024 AUDI Q8 E-TRON QUATTRO BEV","CO",5000,null,"2018 MINI COOPER S E COUNTRYMAN ALL4 PHEV",0,2500,4000,0]
[11702,"2023 VOLVO S60 T8 AWD RECHARGE PHEV","CO",5000,null,"2018 MITSUBISHI OUTLANDER PHEV AWD PHEV",0,2500,4000,0]
[11702,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","CO",5000,null,"2018 NISSAN LEAF BEV",0,5000,0,0]
[11702,"2023 CADILLAC LYRIQ AWD BEV","CO",5000,null,"2018 SMART FORTWO ELECTRIC DRIVE COUPE BEV",0,5000,0,0]
[11702,"2023 TESLA SEMI 300 MILE BEV","CO",12000,null,"2018 SMART FORTWO ELECTRIC DRIVE CABRIOLET BEV",0,5000,0,0]
[11702,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","CO",5000,null,"2018 TOYOTA PRIUS PRIME PHEV",0,2500,4000,0]
[11702,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","CO",5000,null,"2018 VOLKSWAGEN e-GOLF BEV",0,5000,0,0]
[11702,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","CO",5000,null,"2018 VOLVO XC60 T8 AWD PHEV",0,2500,4000,0]
[11702,"2023 BMW I4 EDRIVE35 GRAN COUPE (19 INCH WHEELS) BEV","CO",5000,null,"2018 VOLVO S90 T8 AWD PHEV",0,2500,4000,0]
[11702,"2023 MINI COOPER SE COUNTRYMAN ALL4 PHEV","CO",5000,null,"2018 VOLVO XC90 T8 AWD PHEV",0,2500,4000,0]
[11702,"2023 BMW I4 EDRIVE40 GRAN COUPE (19 INCH WHEELS) BEV","CO",5000]
[11702,"2024 VOLVO VNR 6x4 TRACTOR 375 KWH BEV","CO",12000]
[11702,"2023 GENESIS GV60 PERFORMANCE BEV","CO",5000]
[11702,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","CO",7500]
[11702,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","CO",5000]
[11702,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","CO",5000]
[11702,"2023 AUDI Q4 E-TRON QUATTRO BEV","CO",5000]
[11702,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","CO",5000]
[11702,"2023 NISSAN ARIYA EVO PLUS/EMP PLUS/PRM FWD 87KWH BEV","CO",5000]
[11702,"2023 NISSAN LEAF BEV","CO",7500]
[11702,"2023 NISSAN LEAF SV BEV","CO",5000]
[11702,"2023 AUDI Q4 E-TRON SPORTBACK BEV","CO",5000]
[11702,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","CO",5000]
[11702,"2023 SUBARU SOLTERRA AWD BEV","CO",5000]
[11702,"2023 AUDI E-TRON SPORTBACK QUATTRO BEV","CO",5000]
[11702,"2023 HYUNDAI KONA ELECTRIC BEV","CO",7500]
[11702,"2023 KIA EV6 AWD GT BEV","CO",5000]
[11702,"2023 JAGUAR I-PACE EV400 (22 INCH TIRES) BEV","CO",5000]
[11702,"2023 JAGUAR I-PACE EV400 (20 INCH TIRES) BEV","CO",5000]
[11702,"2023 GENESIS ELECTRIFIED G80 BEV","CO",5000]
[11702,"2023 KIA NIRO ELECTRIC BEV","CO",5000]
[11702,"2023 BMW I4 M50 GRAN COUPE (20 INCH WHEELS) BEV","CO",5000]
[11702,"2023 KIA EV6 STANDARD RANGE RWD BEV","CO",5000]
[11702,"2023 BMW I4 M50 GRAN COUPE (19 INCH WHEELS) BEV","CO",5000]
[11702,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","CO",5000]
[11702,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","CO",5000]
[11702,"2023 BMW I4 EDRIVE40 GRAN COUPE (18 INCH WHEELS) BEV","CO",5000]
[11702,"2023 KIA EV6 LONG RANGE RWD BEV","CO",5000]
[11702,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","CO",5000]
[11702,"2023 TOYOTA BZ4X LIMITED AWD BEV","CO",5000]
[11702,"2023 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","CO",5000]
[11702,"2023 LEXUS NX 450H PLUS AWD PHEV","CO",5000]
[11702,"2023 JEEP GRAND CHEROKEE 4XE PHEV","CO",5000]
[11702,"2023 JEEP WRANGLER 4DR 4XE PHEV","CO",5000]
[11702,"2023 BMW X5 XDRIVE45E PHEV","CO",5000]
[11702,"2023 BMW 530E XDRIVE SEDAN PHEV","CO",5000]
[11702,"2023 HYUNDAI SANTA FE PLUG-IN HYBRID PHEV","CO",5000]
[11702,"2023 CHRYSLER PACIFICA HYBRID PHEV","CO",5000]
[11702,"2023 VOLVO C40 RECHARGE TWIN BEV","CO",5000]
[11702,"2023 TOYOTA BZ4X LIMITED BEV","CO",5000]
[11702,"2023 TOYOTA BZ4X BEV","CO",5000]
[11702,"2023 VOLVO S90 T8 AWD RECHARGE EXT. RANGE PHEV","CO",5000]
[11702,"2023 LINCOLN AVIATOR PHEV AWD PHEV","CO",5000]
[11702,"2023 TOYOTA BZ4X AWD BEV","CO",5000]
[11702,"2023 AUDI Q4 E-TRON BEV","CO",5000]
[11702,"2023 VOLKSWAGEN ID.4 PRO S BEV","CO",5000]
[11702,"2023 TESLA MODEL 3 RWD BEV","CO",5000]
[11702,"2023 TESLA MODEL 3 PERFORMANCE AWD BEV","CO",5000]
[11702,"2023 VOLKSWAGEN ID.4 S BEV","CO",5000]
[11702,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","CO",5000]
[11702,"2023 VOLKSWAGEN ID.4 BEV","CO",5000]
[11702,"2023 VOLKSWAGEN ID.4 PRO BEV","CO",5000]
[11702,"2023 VOLKSWAGEN ID.4 AWD PRO S BEV","CO",5000]
[11702,"2023 AUDI E-TRON QUATTRO BEV","CO",5000]
[11702,"2023 TESLA MODEL Y LONG RANGE AWD BEV","CO",5000]
[11702,"2023 TESLA MODEL Y AWD BEV","CO",5000]
[11702,"2023 VOLVO XC40 RECHARGE TWIN BEV","CO",5000]
[11702,"2023 BMW 530E SEDAN PHEV","CO",5000]
[11702,"2023 TESLA MODEL Y PERFORMANCE AWD BEV","CO",5000]
[11702,"2023 KIA NIRO PLUG-IN HYBRID PHEV","CO",7500]
[11702,"2023 KENWORTH K270/K370 282 KWH BEV","CO",12000]
[11702,"2023 KIA SORENTO PLUG-IN HYBRID PHEV","CO",5000]
[11702,"2024 INTERNATIONAL MV60E BEV","CO",12000]
[11702,"2023 BMW 330E XDRIVE SEDAN PHEV","CO",5000]
[11702,"2024 KENWORTH K270/K370 282 KWH BEV","CO",12000]
[11702,"2023 KENWORTH K270/K370 141 KWH BEV","CO",12000]
[11702,"2023 FORD ESCAPE FWD PHEV PHEV","CO",5000]
[11702,"2023 BYD COACH AND BUS LLC 30FT BEV","CO",12000]
[11702,"2023 SUBARU CROSSTREK HYBRID AWD PHEV","CO",5000]
[11702,"2023 BYD COACH AND BUS LLC 40FT BEV","CO",12000]
[11702,"2023 IC CORPORATION CE SCHOOL BUS BEV","CO",12000]
[11702,"2024 IC CORPORATION CE SCHOOL BUS BEV","CO",12000]
[11702,"2023 INTERNATIONAL MV60E BEV","CO",12000]
[11702,"2023 BYD COACH AND BUS LLC 35FT BEV","CO",12000]
[11702,"2023 KIA SPORTAGE PLUG-IN HYBRID PHEV","CO",5000]
[11702,"2023 BLUE BIRD ALL AMERICAN BEV","CO",12000]
[11702,"2023 VINFAST VF 8 ECO BEV","CO",5000]
[11702,"2023 LION LION C V2 BEV","CO",12000]
[11702,"2023 MACK LR BEV","CO",12000]
[11702,"2024 LION LION C V2 BEV","CO",12000]
[11702,"2024 BMW 330E SEDAN PHEV","CO",5000]
[11702,"2024 KENWORTH K270/K370 141 KWH BEV","CO",12000]
[11702,"2023 BLUE BIRD VISION BEV","CO",12000]
[11702,"2023 BMW 330E SEDAN PHEV","CO",5000]
[11702,"2023 AUDI Q5 TFSI E QUATTRO PHEV","CO",5000]
[11702,"2023 LIGHTNING SYSTEMS ZEV4 BEV","CO",12000]
[11702,"2023 VINFAST VF 8 PLUS BEV","CO",5000]
[11702,"2023 KENWORTH T680 BEV","CO",12000]
[11702,"2023 TOYOTA PRIUS PRIME PHEV","CO",5000]
[11702,"2024 CHEVROLET BLAZER EV AWD BEV","CO",5000]
[11702,"2024 FREIGHTLINER ECASCADIA 116 291 KWH BEV","CO",12000]
[11702,"2023 FORD TRANSIT VAN CARGO BEV","CO",12000]
[11702,"2024 FREIGHTLINER ECASCADIA 116 438 KWH BEV","CO",12000]
[11702,"2023 FORD TRANSIT VAN CUTAWAY BEV","CO",12000]
[11702,"2023 MITSUBISHI OUTLANDER PHEV PHEV","CO",5000]
[11702,"2024 AUDI Q8 SPORTBACK E-TRON QUATTRO BEV","CO",5000]
[11702,"2024 FREIGHTLINER EM2 291 KWH BEV","CO",12000]
[11702,"2023 FREIGHTLINER ECASCADIA 116 438 KWH BEV","CO",12000]
[11702,"2024 KIA EV9 STANDARD RANGE RWD BEV","CO",5000]
[11702,"2024 KIA EV9 LONG RANGE AWD BEV","CO",5000]
[11702,"2024 FREIGHTLINER EB2 CHASSIS BEV","CO",12000]
[11702,"2024 KIA EV9 LONG RANGE RWD BEV","CO",5000]
[11702,"2024 GENESIS GV60 STANDARD BEV","CO",5000]
[11702,"2023 FREIGHTLINER EB2 CHASSIS BEV","CO",12000]
[11702,"2024 KIA EV9 LONG RANGE AWD GT-LINE BEV","CO",5000]
[11702,"2023 FREIGHTLINER ECASCADIA 116 291 KWH BEV","CO",12000]
[11702,"2023 BYD COACH AND BUS LLC 60FT BEV","CO",12000]
[11702,"2024 HONDA PROLOGUE 2WD EX BEV","CO",5000]
[11702,"2024 DODGE HORNET PHEV AWD PHEV","CO",5000]
[11702,"2023 GREENPOWER EV STAR BEV","CO",12000]
[11702,"2023 TOYOTA PRIUS PRIME SE PHEV","CO",7500]
[11702,"2023 TOYOTA RAV4 PRIME 4WD PHEV","CO",5000]
[11702,"2024 JEEP WRANGLER 4DR 4XE PHEV","CO",5000]
[11702,"2024 FREIGHTLINER EM2 194 KWH BEV","CO",12000]
[11702,"2023 FREIGHTLINER MT50E BEV","CO",12000]
[11702,"2024 CHRYSLER PACIFICA HYBRID PHEV","CO",5000]
[11702,"2023 GILLIG LOW FLOOR BEV","CO",12000]
[11702,"2024 JEEP GRAND CHEROKEE 4XE PHEV","CO",5000]
[11702,"2023 BYD COACH AND BUS LLC TRACTOR BEV","CO",12000]
[11702,"2024 BATTLE MOTORS LNT BEV","CO",12000]
[11702,"2023 PHOENIX MOTORCARS FORD E-450 BEV","CO",12000]
[11702,"2024 MITSUBISHI OUTLANDER PHEV PHEV","CO",5000]
[11702,"2024 PETERBILT 579 BEV","CO",12000]
[11702,"2023 LEXUS RZ 450E AWD (20 INCH WHEELS) BEV","CO",5000]
[11702,"2023 FORD MUSTANG MACH-E RWD LFP BEV","CO",5000]
[11702,"2025 AUDI Q6 E-TRON BEV","CO",5000]
[11702,"2023 LEXUS RZ 450E AWD (18 INCH WHEELS) BEV","CO",5000]
[11702,"2023 PROTERRA 35FT ZX5 BEV","CO",12000]
[11702,"2023 MAZDA MX-30 BEV","CO",7500]
[11702,"2024 PETERBILT 220 209 KWH BEV","CO",12000]
[11702,"2023 NISSAN ARIYA ENGAGE E-4ORCE 63KWH BEV","CO",5000]
[11702,"2024 CHEVROLET EQUINOX 1LT BEV","CO",7500]
[11702,"2023 NISSAN ARIYA PLAT PLUS E-4ORCE 87KWH 19 BEV","CO",5000]
[11702,"2024 KIA SPORTAGE PLUG-IN HYBRID PHEV","CO",5000]
[11702,"2025 ACURA ZDX BEV","CO",5000]
[11702,"2023 NISSAN ARIYA ENG PLUS/EVO PLUS E-4ORCE 87KWH BEV","CO",5000]
[11702,"2023 PETERBILT 579 BEV","CO",12000]
[11702,"2024 LEXUS NX 450H PLUS AWD PHEV","CO",5000]
[11702,"2024 TOYOTA PRIUS PRIME PHEV","CO",5000]
[11702,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","CO",5000]
[11702,"2023 RIVIAN EDV 700 BEV","CO",12000]
[11702,"2024 TOYOTA RAV4 PRIME 4WD PHEV","CO",5000]
[11702,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","CO",5000]
[11702,"2024 RIZON E16L BEV","CO",12000]
[11702,"2024 KIA NIRO ELECTRIC BEV","CO",5000]
[11702,"2023 RIVIAN EDV 500 BEV","CO",12000]
[11702,"2024 KIA EV6 AWD GT BEV","CO",5000]
[11702,"2024 NISSAN LEAF BEV","CO",7500]
[11702,"2023 PROTERRA 40FT ZX5 BEV","CO",12000]
[11702,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","CO",7500]
[11702,"2023 PROTERRA 40FT ZX5+ BEV","CO",12000]
[11702,"2024 NISSAN LEAF SV BEV","CO",5000]
[11702,"2025 RAM RAMCHARGER PHEV","CO",5000]
[11702,"2024 RAM PROMASTER BEV","CO",12000]
[11702,"2024 TOYOTA PRIUS PRIME SE PHEV","CO",7500]
[11702,"2023 PETERBILT 220 282 KWH BEV","CO",12000]
[11702,"2024 KIA SORENTO PLUG-IN HYBRID PHEV","CO",5000]
[11702,"2023 NEW FLYER XCELSIOR 40' BEV","CO",12000]
[11702,"2024 BATTLE MOTORS LET BEV","CO",12000]
[11702,"2023 NEW FLYER XCELSIOR 60' BEV","CO",12000]
[11702,"2024 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","CO",5000]
[11702,"2023 ORANGE EV TERMINAL TRACTOR BEV","CO",12000]
[11702,"2024 BMW 330E XDRIVE SEDAN PHEV","CO",5000]
[11702,"2023 NISSAN ARIYA PLAT PLUS E-4ORCE 87KWH 20 BEV","CO",5000]
[11702,"2023 PETERBILT 220 209 KWH BEV","CO",12000]
[11702,"2024 MACK MD ELECTRIC BEV","CO",12000]
[11702,"2023 RIVIAN R1T 21 INCH DUAL LARGE BEV","CO",5000]
[11702,"2024 PETERBILT 220 282 KWH BEV","CO",12000]
[13320,"2024 BMW 330E SEDAN PHEV","DE",1000]
[13320,"2023 KIA EV6 STANDARD RANGE RWD BEV","DE",2500]
[13320,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","DE",2500]
[13320,"2023 SUBARU SOLTERRA AWD BEV","DE",2500]
[13320,"2023 VOLKSWAGEN ID.4 BEV","DE",2500]
[13320,"2024 TOYOTA RAV4 PRIME 4WD PHEV","DE",1000]
[13320,"2023 KIA NIRO ELECTRIC BEV","DE",2500]
[13320,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","DE",2500]
[13320,"2024 KIA EV6 STANDARD RANGE RWD BEV","DE",2500]
[13320,"2024 TOYOTA PRIUS PRIME SE PHEV","DE",1000]
[13320,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","DE",2500]
[13320,"2024 BMW 330E XDRIVE SEDAN PHEV","DE",1000]
[13320,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","DE",2500]
[13320,"2023 HYUNDAI KONA ELECTRIC BEV","DE",2500]
[13320,"2023 NISSAN LEAF SV BEV","DE",2500]
[13320,"2024 KIA SPORTAGE PLUG-IN HYBRID PHEV","DE",1000]
[13320,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","DE",2500]
[13320,"2024 TOYOTA PRIUS PRIME PHEV","DE",1000]
[13320,"2023 KIA EV6 LONG RANGE RWD BEV","DE",2500]
[13320,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","DE",2500]
[13320,"2024 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","DE",1000]
[13320,"2024 MITSUBISHI OUTLANDER PHEV PHEV","DE",1000]
[13320,"2023 NISSAN LEAF BEV","DE",2500]
[13320,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","DE",2500]
[13320,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","DE",2500]
[13320,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","DE",2500]
[13320,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","DE",2500]
[13320,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","DE",2500]
[13320,"2023 FORD MUSTANG MACH-E RWD BEV","DE",2500]
[13320,"2023 FORD MUSTANG MACH-E AWD BEV","DE",2500]
[13320,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","DE",2500]
[13320,"2024 NISSAN LEAF BEV","DE",2500]
[13320,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","DE",2500]
[13320,"2024 KIA EV6 LONG RANGE RWD BEV","DE",2500]
[13320,"2024 KIA NIRO ELECTRIC BEV","DE",2500]
[13320,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","DE",2500]
[13320,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","DE",2500]
[13320,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","DE",2500]
[13320,"2024 NISSAN LEAF SV BEV","DE",2500]
[13320,"2023 MAZDA MX-30 BEV","DE",2500]
[13320,"2024 AUDI Q4 40 E-TRON BEV","DE",2500]
[13320,"2023 FORD MUSTANG MACH-E RWD LFP BEV","DE",2500]
[13320,"2024 JEEP WRANGLER 4DR 4XE PHEV","DE",1000]
[13320,"2023 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","DE",1000]
[13320,"2023 TOYOTA RAV4 PRIME 4WD PHEV","DE",1000]
[13320,"2024 DODGE HORNET PHEV AWD PHEV","DE",1000]
[13320,"2023 HYUNDAI SANTA FE PLUG-IN HYBRID PHEV","DE",1000]
[13320,"2023 TESLA MODEL Y AWD BEV","DE",2500]
[13320,"2023 VOLKSWAGEN ID.4 S BEV","DE",2500]
[13320,"2023 VOLKSWAGEN ID.4 PRO S BEV","DE",2500]
[13320,"2023 VOLKSWAGEN ID.4 PRO BEV","DE",2500]
[13320,"2023 MITSUBISHI OUTLANDER PHEV PHEV","DE",1000]
[13320,"2023 TESLA MODEL 3 RWD BEV","DE",2500]
[13320,"2023 BMW 330E XDRIVE SEDAN PHEV","DE",1000]
[13320,"2023 BMW 330E SEDAN PHEV","DE",1000]
[13320,"2023 FORD ESCAPE FWD PHEV PHEV","DE",1000]
[13320,"2023 FORD F-150 LIGHTNING 4WD BEV","DE",2500]
[13320,"2023 VINFAST VF 8 ECO BEV","DE",2500]
[13320,"2023 KIA NIRO PLUG-IN HYBRID PHEV","DE",1000]
[13320,"2023 SUBARU CROSSTREK HYBRID AWD PHEV","DE",1000]
[13320,"2023 TOYOTA PRIUS PRIME PHEV","DE",1000]
[13320,"2023 TOYOTA PRIUS PRIME SE PHEV","DE",1000]
[13320,"2023 KIA SPORTAGE PLUG-IN HYBRID PHEV","DE",1000]
[13320,"2023 TOYOTA BZ4X LIMITED BEV","DE",2500]
[13320,"2023 TOYOTA BZ4X BEV","DE",2500]
[13320,"2023 AUDI Q4 E-TRON BEV","DE",2500]
[13320,"2023 TOYOTA BZ4X AWD BEV","DE",2500]
[13320,"2023 TOYOTA BZ4X LIMITED AWD BEV","DE",2500]
[13320,"2023 POLESTAR 2 SINGLE MOTOR BEV","DE",2500]
[13320,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","DE",2500]
[13320,"2023 CHEVROLET BOLT EV BEV","DE",2500]
[13320,"2024 HONDA PROLOGUE 2WD EX BEV","DE",2500]
[13320,"2023 CHEVROLET BOLT EUV BEV","DE",2500]
[13320,"2023 MINI COOPER SE COUNTRYMAN ALL4 PHEV","DE",1000]
[13320,"2023 POLESTAR 2 BST EDITION BEV","DE",2500]
[13320,"2024 CHEVROLET EQUINOX 1LT BEV","DE",2500]
[11564,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","MA",7500]
[11345,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","MA",3500]
[11564,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","MA",7500]
[11564,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","MA",7500]
[11345,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","MA",3500]
[11564,"2023 GENESIS GV60 ADVANCE BEV","MA",7500]
[11345,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","MA",3500]
[12542,"2023 ROUSH FORD F-650 BEV","MA",60000]
[11564,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","MA",7500]
[11564,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","MA",7500]
[11345,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","MA",3500]
[11345,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","MA",3500]
[11564,"2023 BMW I4 EDRIVE35 GRAN COUPE (18 INCH WHEELS) BEV","MA",7500]
[11564,"2023 MINI COOPER SE COUNTRYMAN ALL4 PHEV","MA",5000]
[11345,"2024 KIA EV6 LONG RANGE RWD BEV","MA",3500]
[12542,"2024 RIZON E18L BEV","MA",60000]
[11345,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","MA",3500]
[11564,"2023 BMW I4 EDRIVE40 GRAN COUPE (19 INCH WHEELS) BEV","MA",7500]
[11564,"2023 BMW I4 EDRIVE35 GRAN COUPE (19 INCH WHEELS) BEV","MA",7500]
[11564,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","MA",7500]
[13362,"2024 CHEVROLET SILVERADO EV BEV","MA",15000]
[12542,"2024 VOLVO VNR 4x2 STRAIGHT BEV","MA",90000]
[11564,"2024 AUDI Q4 50 E-TRON QUATTRO BEV","MA",7500]
[12542,"2024 VOLVO VNR 6x4 STRAIGHT BEV","MA",90000]
[12542,"2024 VOLVO VNR 6x4 TRACTOR 375 KWH BEV","MA",90000]
[12542,"2024 VOLVO VNR 6x4 TRACTOR 565 KWH BEV","MA",90000]
[11564,"2024 AUDI Q4 40 E-TRON BEV","MA",7500]
[12542,"2023 TESLA SEMI 500 MILE BEV","MA",90000]
[11564,"2023 VOLVO XC60 T8 AWD RECHARGE PHEV","MA",5000]
[11564,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","MA",7500]
[11564,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","MA",7500]
[11345,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","MA",3500]
[11564,"2023 VOLVO S60 T8 AWD RECHARGE PHEV","MA",5000]
[11345,"2024 AUDI Q4 40 E-TRON BEV","MA",3500]
[12542,"2023 TESLA SEMI 300 MILE BEV","MA",90000]
[11564,"2024 TOYOTA RAV4 PRIME 4WD PHEV","MA",5000]
[11345,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","MA",3500]
[11564,"2023 TOYOTA BZ4X LIMITED AWD BEV","MA",7500]
[11564,"2023 CHRYSLER PACIFICA HYBRID PHEV","MA",5000]
[11564,"2023 HYUNDAI SANTA FE PLUG-IN HYBRID PHEV","MA",5000]
[11345,"2023 TOYOTA BZ4X LIMITED AWD BEV","MA",3500]
[11564,"2023 BMW 530E XDRIVE SEDAN PHEV","MA",5000]
[11564,"2023 VOLVO C40 RECHARGE TWIN BEV","MA",7500]
[11564,"2023 TESLA MODEL Y PERFORMANCE AWD BEV","MA",7500]
[11564,"2023 BMW 530E SEDAN PHEV","MA",5000]
[11564,"2023 LEXUS NX 450H PLUS AWD PHEV","MA",5000]
[11345,"2023 TOYOTA BZ4X LIMITED BEV","MA",3500]
[11564,"2023 TOYOTA BZ4X BEV","MA",7500]
[11564,"2023 TOYOTA BZ4X LIMITED BEV","MA",7500]
[11564,"2023 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","MA",5000]
[11564,"2023 TOYOTA BZ4X AWD BEV","MA",7500]
[11564,"2023 JEEP WRANGLER 4DR 4XE PHEV","MA",5000]
[11564,"2023 JEEP GRAND CHEROKEE 4XE PHEV","MA",5000]
[11345,"2023 TOYOTA BZ4X AWD BEV","MA",3500]
[11345,"2023 TESLA MODEL 3 RWD BEV","MA",3500]
[11564,"2023 TESLA MODEL 3 RWD BEV","MA",7500]
[11564,"2023 TESLA MODEL 3 PERFORMANCE AWD BEV","MA",7500]
[11345,"2023 VOLKSWAGEN ID.4 S BEV","MA",3500]
[11564,"2023 VOLKSWAGEN ID.4 PRO S BEV","MA",7500]
[11564,"2023 VOLKSWAGEN ID.4 S BEV","MA",7500]
[11564,"2023 TESLA MODEL Y AWD BEV","MA",7500]
[11345,"2023 TESLA MODEL Y AWD BEV","MA",3500]
[11564,"2023 TESLA MODEL Y LONG RANGE AWD BEV","MA",7500]
[11564,"2023 VOLVO XC40 RECHARGE TWIN BEV","MA",7500]
[11345,"2023 CHEVROLET BOLT EV BEV","MA",3500]
[11564,"2023 FORD F-150 LIGHTNING 4WD BEV","MA",7500]
[11345,"2023 FORD MUSTANG MACH-E AWD BEV","MA",3500]
[11564,"2023 FORD MUSTANG MACH-E AWD BEV","MA",7500]
[13362,"2023 FORD F-150 LIGHTNING 4WD BEV","MA",7500]
[13362,"2023 FORD F-150 LIGHTNING 4WD EXTENDED RANGE BEV","MA",7500]
[11564,"2023 CHEVROLET BOLT EV BEV","MA",7500]
[11564,"2023 FORD MUSTANG MACH-E RWD BEV","MA",7500]
[11345,"2023 FORD MUSTANG MACH-E RWD BEV","MA",3500]
[13362,"2023 LORDSTOWN ENDURANCE BEV","MA",7500]
[11345,"2023 CHEVROLET BOLT EUV BEV","MA",3500]
[11564,"2023 CHEVROLET BOLT EUV BEV","MA",7500]
[11564,"2023 FORD MUSTANG MACH-E CAL RT 1 ER AWD BEV","MA",7500]
[11345,"2023 POLESTAR 2 SINGLE MOTOR BEV","MA",3500]
[11564,"2023 POLESTAR 2 DUAL MOTOR BEV","MA",7500]
[11345,"2023 TOYOTA BZ4X BEV","MA",3500]
[11564,"2023 POLESTAR 2 SINGLE MOTOR BEV","MA",7500]
[13362,"2023 RIVIAN R1T (20 INCH WHEELS) BEV","MA",7500]
[11345,"2023 POLESTAR 2 BST EDITION BEV","MA",3500]
[11564,"2023 POLESTAR 2 BST EDITION BEV","MA",7500]
[12542,"2023 FREIGHTLINER ECASCADIA 116 291 KWH BEV","MA",90000]
[11564,"2024 GENESIS GV60 STANDARD BEV","MA",7500]
[11564,"2024 CHEVROLET BLAZER EV AWD BEV","MA",7500]
[12542,"2024 FREIGHTLINER ECASCADIA 116 291 KWH BEV","MA",90000]
[12542,"2024 FREIGHTLINER ECASCADIA 116 438 KWH BEV","MA",90000]
[12542,"2023 FREIGHTLINER ECASCADIA 116 438 KWH BEV","MA",90000]
[12542,"2023 FREIGHTLINER EB2 CHASSIS BEV","MA",90000]
[12542,"2023 FORD TRANSIT VAN CARGO BEV","MA",15000]
[11564,"2024 KIA EV9 LONG RANGE RWD BEV","MA",7500]
[11564,"2024 KIA EV9 STANDARD RANGE RWD BEV","MA",7500]
[12542,"2024 FREIGHTLINER EB2 CHASSIS BEV","MA",90000]
[11564,"2023 MITSUBISHI OUTLANDER PHEV PHEV","MA",5000]
[11564,"2024 HONDA PROLOGUE 2WD EX BEV","MA",7500]
[12542,"2023 IC CORPORATION CE SCHOOL BUS BEV","MA",90000]
[11564,"2023 SUBARU CROSSTREK HYBRID AWD PHEV","MA",5000]
[11345,"2024 HONDA PROLOGUE 2WD EX BEV","MA",3500]
[11564,"2023 TOYOTA PRIUS PRIME PHEV","MA",5000]
[12542,"2023 INTERNATIONAL MV60E BEV","MA",60000]
[11564,"2023 KIA NIRO PLUG-IN HYBRID PHEV","MA",5000]
[11564,"2023 KIA SORENTO PLUG-IN HYBRID PHEV","MA",5000]
[11564,"2023 KIA SPORTAGE PLUG-IN HYBRID PHEV","MA",5000]
[12542,"2024 IC CORPORATION CE SCHOOL BUS BEV","MA",90000]
[11564,"2023 TOYOTA PRIUS PRIME SE PHEV","MA",5000]
[12542,"2024 FREIGHTLINER EM2 194 KWH BEV","MA",90000]
[11564,"2024 JEEP GRAND CHEROKEE 4XE PHEV","MA",5000]
[11564,"2024 JEEP WRANGLER 4DR 4XE PHEV","MA",5000]
[12542,"2024 FREIGHTLINER EM2 291 KWH BEV","MA",90000]
[12542,"2023 FREIGHTLINER MT50E BEV","MA",30000]
[12542,"2023 GREENPOWER EV STAR BEV","MA",60000]
[11564,"2023 TOYOTA RAV4 PRIME 4WD PHEV","MA",5000]
[11564,"2024 DODGE HORNET PHEV AWD PHEV","MA",5000]
[11564,"2024 CHRYSLER PACIFICA HYBRID PHEV","MA",5000]
[12542,"2023 GILLIG LOW FLOOR BEV","MA",90000]
[12542,"2024 BATTLE MOTORS LET BEV","MA",90000]
[11564,"2024 BMW 330E SEDAN PHEV","MA",5000]
[11564,"2024 BMW 330E XDRIVE SEDAN PHEV","MA",5000]
[11564,"2024 CHEVROLET EQUINOX 1LT BEV","MA",7500]
[12542,"2024 BATTLE MOTORS LNT BEV","MA",90000]
[12542,"2023 BLUE BIRD ALL AMERICAN BEV","MA",90000]
[11345,"2024 CHEVROLET EQUINOX 1LT BEV","MA",3500]
[11564,"2024 MITSUBISHI OUTLANDER PHEV PHEV","MA",5000]
[11564,"2024 TOYOTA PRIUS PRIME PHEV","MA",5000]
[11564,"2024 TOYOTA PRIUS PRIME SE PHEV","MA",5000]
[11564,"2024 LEXUS NX 450H PLUS AWD PHEV","MA",5000]
[11564,"2024 KIA SORENTO PLUG-IN HYBRID PHEV","MA",5000]
[11564,"2024 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","MA",5000]
[11564,"2024 KIA SPORTAGE PLUG-IN HYBRID PHEV","MA",5000]
[12542,"2023 BYD COACH AND BUS LLC 60FT BEV","MA",90000]
[12542,"2023 BYD COACH AND BUS LLC 40FT BEV","MA",90000]
[12542,"2023 FORD TRANSIT VAN CUTAWAY BEV","MA",15000]
[12542,"2023 BYD COACH AND BUS LLC TRACTOR BEV","MA",90000]
[12542,"2023 BYD COACH AND BUS LLC 30FT BEV","MA",90000]
[12542,"2023 BLUE BIRD VISION BEV","MA",90000]
[12542,"2023 BYD COACH AND BUS LLC 35FT BEV","MA",90000]
[12542,"2023 PHOENIX MOTORCARS FORD E-450 BEV","MA",60000]
[11564,"2023 LEXUS RZ 450E AWD (18 INCH WHEELS) BEV","MA",7500]
[12542,"2024 PETERBILT 579 BEV","MA",90000]
[11564,"2023 FORD MUSTANG MACH-E RWD LFP BEV","MA",7500]
[11345,"2024 NISSAN LEAF SV BEV","MA",3500]
[11564,"2024 NISSAN LEAF BEV","MA",7500]
[11564,"2024 NISSAN LEAF SV BEV","MA",7500]
[11345,"2023 FORD MUSTANG MACH-E RWD LFP BEV","MA",3500]
[12542,"2023 PROTERRA 35FT ZX5 BEV","MA",90000]
[11564,"2023 LEXUS RZ 450E AWD (20 INCH WHEELS) BEV","MA",7500]
[11564,"2023 NISSAN ARIYA ENGAGE E-4ORCE 63KWH BEV","MA",7500]
[12542,"2024 PETERBILT 220 282 KWH BEV","MA",90000]
[12542,"2024 PETERBILT 220 209 KWH BEV","MA",90000]
[12542,"2023 PETERBILT 579 BEV","MA",90000]
[11345,"2023 MAZDA MX-30 BEV","MA",3500]
[11564,"2023 MAZDA MX-30 BEV","MA",7500]
[11564,"2023 NISSAN ARIYA ENG PLUS/EVO PLUS E-4ORCE 87KWH BEV","MA",7500]
[12542,"2023 PROTERRA 40FT ZX5+ BEV","MA",90000]
[12542,"2023 RIVIAN EDV 500 BEV","MA",15000]
[11564,"2024 KIA NIRO ELECTRIC BEV","MA",7500]
[11564,"2024 KIA EV6 AWD GT BEV","MA",7500]
[12542,"2023 RIVIAN EDV 700 BEV","MA",15000]
[11345,"2024 KIA NIRO ELECTRIC BEV","MA",3500]
[12542,"2024 RIZON E16M BEV","MA",60000]
[11564,"2024 KIA EV6 LONG RANGE RWD BEV","MA",7500]
[11345,"2024 KIA EV6 STANDARD RANGE RWD BEV","MA",3500]
[12542,"2024 RIZON E16L BEV","MA",60000]
[11564,"2024 KIA EV6 STANDARD RANGE RWD BEV","MA",7500]
[11564,"2025 RAM RAMCHARGER PHEV","MA",5000]
[12542,"2023 PROTERRA 40FT ZX5 BEV","MA",90000]
[11345,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","MA",3500]
[11345,"2024 NISSAN LEAF BEV","MA",3500]
[11564,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","MA",7500]
[11564,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","MA",7500]
[11345,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","MA",3500]
[11345,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","MA",3500]
[12542,"2024 RAM PROMASTER BEV","MA",15000]
[11564,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","MA",7500]
[12542,"2023 LIGHTNING SYSTEMS ZEV4 BEV","MA",60000]
[11564,"2023 VINFAST VF 8 ECO BEV","MA",7500]
[11345,"2023 VINFAST VF 8 ECO BEV","MA",3500]
[12542,"2023 LION LION C V2 BEV","MA",90000]
[12542,"2024 LION LION C V2 BEV","MA",90000]
[12542,"2023 KENWORTH T680 BEV","MA",90000]
[11564,"2023 BMW 330E XDRIVE SEDAN PHEV","MA",5000]
[12542,"2023 KENWORTH K270/K370 141 KWH BEV","MA",60000]
[12542,"2023 KENWORTH K270/K370 282 KWH BEV","MA",60000]
[12542,"2024 INTERNATIONAL MV60E BEV","MA",60000]
[11564,"2023 FORD ESCAPE FWD PHEV PHEV","MA",5000]
[11564,"2023 BMW 330E SEDAN PHEV","MA",5000]
[11564,"2023 VINFAST VF 8 PLUS BEV","MA",7500]
[12542,"2024 KENWORTH K270/K370 141 KWH BEV","MA",60000]
[12542,"2024 KENWORTH K270/K370 282 KWH BEV","MA",60000]
[11564,"2023 AUDI Q5 TFSI E QUATTRO PHEV","MA",5000]
[12542,"2023 ORANGE EV TERMINAL TRACTOR BEV","MA",90000]
[12542,"2023 PETERBILT 220 209 KWH BEV","MA",90000]
[12542,"2023 PETERBILT 220 282 KWH BEV","MA",90000]
[12542,"2023 NEW FLYER XCELSIOR 60' BEV","MA",90000]
[12542,"2024 MACK MD ELECTRIC BEV","MA",60000]
[13362,"2023 RIVIAN R1T 21 INCH DUAL LARGE BEV","MA",7500]
[12542,"2023 MACK LR BEV","MA",90000]
[12542,"2023 NEW FLYER XCELSIOR 40' BEV","MA",90000]
[11345,"2023 VOLKSWAGEN ID.4 PRO S BEV","MA",3500]
[11564,"2023 NISSAN LEAF BEV","MA",7500]
[11345,"2023 NISSAN LEAF BEV","MA",3500]
[11345,"2023 VOLKSWAGEN ID.4 BEV","MA",3500]
[11345,"2023 KIA NIRO ELECTRIC BEV","MA",3500]
[11345,"2023 KIA EV6 STANDARD RANGE RWD BEV","MA",3500]
[11345,"2023 SUBARU SOLTERRA AWD BEV","MA",3500]
[11345,"2023 AUDI Q4 E-TRON BEV","MA",3500]
[11564,"2023 VOLKSWAGEN ID.4 AWD PRO S BEV","MA",7500]
[11564,"2023 KIA EV6 STANDARD RANGE RWD BEV","MA",7500]
[11345,"2023 NISSAN LEAF SV BEV","MA",3500]
[11564,"2023 NISSAN LEAF SV BEV","MA",7500]
[11564,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","MA",7500]
[11564,"2023 VOLKSWAGEN ID.4 BEV","MA",7500]
[11564,"2023 HYUNDAI KONA ELECTRIC BEV","MA",7500]
[11564,"2023 AUDI Q4 E-TRON SPORTBACK BEV","MA",7500]
[11345,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","MA",3500]
[11564,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","MA",7500]
[11564,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","MA",7500]
[11564,"2023 AUDI Q4 E-TRON BEV","MA",7500]
[11564,"2023 KIA NIRO ELECTRIC BEV","MA",7500]
[11564,"2023 AUDI Q4 E-TRON QUATTRO BEV","MA",7500]
[11564,"2023 BMW I4 EDRIVE40 GRAN COUPE (18 INCH WHEELS) BEV","MA",7500]
[11345,"2023 HYUNDAI KONA ELECTRIC BEV","MA",3500]
[11345,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","MA",3500]
[11564,"2023 NISSAN ARIYA EVO PLUS/EMP PLUS/PRM FWD 87KWH BEV","MA",7500]
[11564,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","MA",7500]
[11345,"2023 VOLKSWAGEN ID.4 PRO BEV","MA",3500]
[11345,"2023 KIA EV6 LONG RANGE RWD BEV","MA",3500]
[11345,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","MA",3500]
[11564,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","MA",7500]
[11564,"2023 VOLKSWAGEN ID.4 PRO BEV","MA",7500]
[11564,"2023 SUBARU SOLTERRA AWD BEV","MA",7500]
[11345,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","MA",3500]
[11345,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","MA",3500]
[11564,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","MA",7500]
[11564,"2023 KIA EV6 LONG RANGE RWD BEV","MA",7500]
[11345,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","MA",3500]
[11564,"2023 KIA EV6 AWD GT BEV","MA",7500]
[8381,"2023 MAZDA MX-30 BEV","MD",3000]
[8381,"2023 VINFAST VF 8 ECO BEV","MD",3000]
[8381,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","MD",3000]
[8381,"2023 TOYOTA BZ4X BEV","MD",3000]
[8381,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","MD",3000]
[8381,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","MD",3000]
[8381,"2023 SUBARU SOLTERRA AWD BEV","MD",3000]
[8381,"2023 KIA EV6 STANDARD RANGE RWD BEV","MD",3000]
[8381,"2023 POLESTAR 2 SINGLE MOTOR BEV","MD",3000]
[8381,"2023 KIA NIRO ELECTRIC BEV","MD",3000]
[8381,"2023 KIA EV6 LONG RANGE RWD BEV","MD",3000]
[8381,"2024 AUDI Q4 40 E-TRON BEV","MD",3000]
[8381,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","MD",3000]
[8381,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","MD",3000]
[8381,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","MD",3000]
[8381,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","MD",3000]
[8381,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","MD",3000]
[8381,"2023 MINI COOPER SE COUNTRYMAN ALL4 PHEV","MD",3000]
[8381,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","MD",3000]
[8381,"2023 FORD MUSTANG MACH-E AWD BEV","MD",3000]
[8381,"2023 FORD F-150 LIGHTNING 4WD BEV","MD",3000]
[8381,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","MD",3000]
[8381,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","MD",3000]
[8381,"2024 NISSAN LEAF SV BEV","MD",3000]
[8381,"2023 POLESTAR 2 BST EDITION BEV","MD",3000]
[8381,"2023 FORD MUSTANG MACH-E RWD LFP BEV","MD",3000]
[8381,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","MD",3000]
[8381,"2024 NISSAN LEAF BEV","MD",3000]
[8381,"2024 KIA NIRO ELECTRIC BEV","MD",3000]
[8381,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","MD",3000]
[8381,"2023 NISSAN LEAF SV BEV","MD",3000]
[8381,"2023 CHEVROLET BOLT EUV BEV","MD",3000]
[8381,"2024 KIA EV6 STANDARD RANGE RWD BEV","MD",3000]
[8381,"2023 NISSAN LEAF BEV","MD",3000]
[8381,"2023 CHEVROLET BOLT EV BEV","MD",3000]
[8381,"2024 KIA EV6 LONG RANGE RWD BEV","MD",3000]
[8381,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","MD",3000]
[8381,"2023 FORD MUSTANG MACH-E RWD BEV","MD",3000]
[8381,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","MD",3000]
[8381,"2023 HYUNDAI SANTA FE PLUG-IN HYBRID PHEV","MD",3000]
[8381,"2023 MITSUBISHI OUTLANDER PHEV PHEV","MD",3000]
[8381,"2023 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","MD",3000]
[8381,"2024 JEEP WRANGLER 4DR 4XE PHEV","MD",3000]
[8381,"2023 TOYOTA BZ4X LIMITED AWD BEV","MD",3000]
[8381,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","MD",3000]
[8381,"2024 KIA SPORTAGE PLUG-IN HYBRID PHEV","MD",3000]
[8381,"2024 MITSUBISHI OUTLANDER PHEV PHEV","MD",3000]
[8381,"2024 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","MD",3000]
[8381,"2023 TESLA MODEL 3 RWD BEV","MD",3000]
[8381,"2024 CHEVROLET EQUINOX 1LT BEV","MD",3000]
[8381,"2023 VOLKSWAGEN ID.4 S BEV","MD",3000]
[8381,"2024 TOYOTA PRIUS PRIME SE PHEV","MD",3000]
[8381,"2024 TOYOTA RAV4 PRIME 4WD PHEV","MD",3000]
[8381,"2023 AUDI Q4 E-TRON BEV","MD",3000]
[8381,"2023 VOLKSWAGEN ID.4 PRO S BEV","MD",3000]
[8381,"2024 TOYOTA PRIUS PRIME PHEV","MD",3000]
[8381,"2023 TESLA MODEL Y AWD BEV","MD",3000]
[8381,"2024 BMW 330E XDRIVE SEDAN PHEV","MD",3000]
[8381,"2024 BMW 330E SEDAN PHEV","MD",3000]
[8381,"2023 VOLKSWAGEN ID.4 PRO BEV","MD",3000]
[8381,"2023 TOYOTA RAV4 PRIME 4WD PHEV","MD",3000]
[8381,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","MD",3000]
[8381,"2024 HONDA PROLOGUE 2WD EX BEV","MD",3000]
[8381,"2024 DODGE HORNET PHEV AWD PHEV","MD",3000]
[8381,"2023 VOLKSWAGEN ID.4 BEV","MD",3000]
[8381,"2023 SUBARU CROSSTREK HYBRID AWD PHEV","MD",3000]
[8381,"2023 BMW 330E XDRIVE SEDAN PHEV","MD",3000]
[8381,"2023 TOYOTA BZ4X AWD BEV","MD",3000]
[8381,"2023 TOYOTA BZ4X LIMITED BEV","MD",3000]
[8381,"2023 KIA NIRO PLUG-IN HYBRID PHEV","MD",3000]
[8381,"2023 TOYOTA PRIUS PRIME PHEV","MD",3000]
[8381,"2023 TOYOTA PRIUS PRIME SE PHEV","MD",3000]
[8381,"2023 BMW 330E SEDAN PHEV","MD",3000]
[8381,"2023 KIA SPORTAGE PLUG-IN HYBRID PHEV","MD",3000]
[8381,"2023 FORD ESCAPE FWD PHEV PHEV","MD",3000]
[8381,"2023 HYUNDAI KONA ELECTRIC BEV","MD",3000]
[12275,"2023 KIA SPORTAGE PLUG-IN HYBRID PHEV","ME",1000]
[12275,"2024 BMW 330E XDRIVE SEDAN PHEV","ME",1000]
[12275,"2024 CHEVROLET EQUINOX 1LT BEV","ME",2000]
[12275,"2023 RIVIAN R1T 21 INCH DUAL LARGE BEV","ME",2000]
[12275,"2023 KIA EV6 LONG RANGE RWD BEV","ME",2000]
[12275,"2024 CHEVROLET SILVERADO EV BEV","ME",4000]
[12275,"2024 AUDI Q4 40 E-TRON BEV","ME",2000]
[12275,"2024 BMW 330E SEDAN PHEV","ME",1000]
[12275,"2023 KIA NIRO PLUG-IN HYBRID PHEV","ME",1000]
[12275,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","ME",2000]
[12275,"2024 TOYOTA PRIUS PRIME PHEV","ME",1000]
[12275,"2024 MITSUBISHI OUTLANDER PHEV PHEV","ME",1000]
[12275,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","ME",2000]
[12275,"2023 BMW 330E SEDAN PHEV","ME",1000]
[12275,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","ME",2000]
[12275,"2024 TOYOTA PRIUS PRIME SE PHEV","ME",1000]
[12275,"2023 VINFAST VF 8 ECO BEV","ME",2000]
[12275,"2024 TOYOTA RAV4 PRIME 4WD PHEV","ME",1000]
[12275,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","ME",2000]
[12275,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","ME",2000]
[12275,"2023 BMW 330E XDRIVE SEDAN PHEV","ME",1000]
[12275,"2023 FORD ESCAPE FWD PHEV PHEV","ME",1000]
[12275,"2024 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","ME",1000]
[12275,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","ME",2000]
[12275,"2024 KIA SPORTAGE PLUG-IN HYBRID PHEV","ME",1000]
[12275,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","ME",2000]
[12275,"2023 KIA NIRO ELECTRIC BEV","ME",2000]
[12275,"2023 TOYOTA RAV4 PRIME 4WD PHEV","ME",1000]
[12275,"2024 NISSAN LEAF BEV","ME",2000]
[12275,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","ME",2000]
[12275,"2023 TOYOTA PRIUS PRIME SE PHEV","ME",1000]
[12275,"2023 VOLKSWAGEN ID.4 PRO S BEV","ME",2000]
[12275,"2023 HYUNDAI KONA ELECTRIC BEV","ME",2000]
[12275,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","ME",2000]
[12275,"2024 JEEP WRANGLER 4DR 4XE PHEV","ME",1000]
[12275,"2023 MAZDA MX-30 BEV","ME",2000]
[12275,"2024 NISSAN LEAF SV BEV","ME",2000]
[12275,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","ME",2000]
[12275,"2024 DODGE HORNET PHEV AWD PHEV","ME",1000]
[12275,"2023 MITSUBISHI OUTLANDER PHEV PHEV","ME",1000]
[12275,"2023 FORD MUSTANG MACH-E RWD LFP BEV","ME",2000]
[12275,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","ME",2000]
[12275,"2023 NISSAN LEAF SV BEV","ME",2000]
[12275,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","ME",2000]
[12275,"2024 HONDA PROLOGUE 2WD EX BEV","ME",2000]
[12275,"2024 KIA EV6 STANDARD RANGE RWD BEV","ME",2000]
[12275,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","ME",2000]
[12275,"2024 KIA NIRO ELECTRIC BEV","ME",2000]
[12275,"2023 SUBARU CROSSTREK HYBRID AWD PHEV","ME",1000]
[12275,"2023 NISSAN LEAF BEV","ME",2000]
[12275,"2023 KIA EV6 STANDARD RANGE RWD BEV","ME",2000]
[12275,"2024 KIA EV6 LONG RANGE RWD BEV","ME",2000]
[12275,"2023 TOYOTA PRIUS PRIME PHEV","ME",1000]
[12275,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","ME",2000]
[12275,"2023 POLESTAR 2 BST EDITION BEV","ME",2000]
[12275,"2023 LORDSTOWN ENDURANCE BEV","ME",2000]
[12275,"2023 TESLA MODEL Y AWD BEV","ME",2000]
[12275,"2023 AUDI Q4 E-TRON BEV","ME",2000]
[12275,"2023 MINI COOPER SE COUNTRYMAN ALL4 PHEV","ME",1000]
[12275,"2023 TOYOTA BZ4X BEV","ME",2000]
[12275,"2023 RIVIAN R1T (20 INCH WHEELS) BEV","ME",2000]
[12275,"2023 VOLKSWAGEN ID.4 BEV","ME",2000]
[12275,"2023 TOYOTA BZ4X AWD BEV","ME",2000]
[12275,"2023 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","ME",1000]
[12275,"2023 HYUNDAI SANTA FE PLUG-IN HYBRID PHEV","ME",1000]
[12275,"2023 CHEVROLET BOLT EV BEV","ME",2000]
[12275,"2023 FORD MUSTANG MACH-E AWD BEV","ME",2000]
[12275,"2023 TOYOTA BZ4X LIMITED AWD BEV","ME",2000]
[12275,"2023 FORD F-150 LIGHTNING 4WD BEV","ME",2000]
[12275,"2023 FORD F-150 LIGHTNING 4WD EXTENDED RANGE BEV","ME",2000]
[12275,"2023 TOYOTA BZ4X LIMITED BEV","ME",2000]
[12275,"2023 FORD MUSTANG MACH-E RWD BEV","ME",2000]
[12275,"2023 CHEVROLET BOLT EUV BEV","ME",2000]
[12275,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","ME",2000]
[12275,"2023 TESLA MODEL 3 RWD BEV","ME",2000]
[12275,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","ME",2000]
[12275,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","ME",2000]
[12275,"2023 VOLKSWAGEN ID.4 S BEV","ME",2000]
[12275,"2023 SUBARU SOLTERRA AWD BEV","ME",2000]
[12275,"2023 POLESTAR 2 SINGLE MOTOR BEV","ME",2000]
[12275,"2023 VOLKSWAGEN ID.4 PRO BEV","ME",2000]
[12545,"2024 RIZON E18L BEV","NJ",65000]
[12545,"2023 BYD COACH AND BUS LLC 35FT BEV","NJ",175000]
[12545,"2024 VOLVO VNR 4x2 STRAIGHT BEV","NJ",175000]
[12545,"2023 FREIGHTLINER EB2 CHASSIS BEV","NJ",135000]
[12545,"2023 BYD COACH AND BUS LLC 40FT BEV","NJ",175000]
[12545,"2023 PETERBILT 579 BEV","NJ",175000]
[12545,"2024 VOLVO VNR 6x4 TRACTOR 565 KWH BEV","NJ",175000]
[12545,"2024 INTERNATIONAL MV60E BEV","NJ",65000]
[12545,"2023 PROTERRA 40FT ZX5+ BEV","NJ",175000]
[12545,"2023 KENWORTH K270/K370 282 KWH BEV","NJ",65000]
[12545,"2023 BYD COACH AND BUS LLC 30FT BEV","NJ",175000]
[12545,"2023 ORANGE EV TERMINAL TRACTOR BEV","NJ",175000]
[12545,"2023 PROTERRA 40FT ZX5 BEV","NJ",175000]
[12545,"2024 FREIGHTLINER EM2 291 KWH BEV","NJ",175000]
[12545,"2023 KENWORTH K270/K370 141 KWH BEV","NJ",65000]
[12545,"2023 GREENPOWER EV STAR BEV","NJ",65000]
[12545,"2023 FREIGHTLINER ECASCADIA 116 291 KWH BEV","NJ",175000]
[12545,"2024 FREIGHTLINER EM2 194 KWH BEV","NJ",175000]
[12545,"2023 LIGHTNING SYSTEMS ZEV4 BEV","NJ",65000]
[12545,"2023 FREIGHTLINER ECASCADIA 116 438 KWH BEV","NJ",175000]
[12545,"2023 PHOENIX MOTORCARS FORD E-450 BEV","NJ",65000]
[12545,"2023 IC CORPORATION CE SCHOOL BUS BEV","NJ",135000]
[12545,"2024 VOLVO VNR 6x4 TRACTOR 375 KWH BEV","NJ",175000]
[12545,"2023 TESLA SEMI 500 MILE BEV","NJ",175000]
[12545,"2023 BYD COACH AND BUS LLC TRACTOR BEV","NJ",175000]
[12545,"2023 TESLA SEMI 300 MILE BEV","NJ",175000]
[12545,"2023 PROTERRA 35FT ZX5 BEV","NJ",175000]
[12545,"2023 PETERBILT 220 282 KWH BEV","NJ",175000]
[12545,"2023 FORD TRANSIT VAN CUTAWAY BEV","NJ",20000]
[12545,"2023 FORD TRANSIT VAN CARGO BEV","NJ",20000]
[12545,"2023 BYD COACH AND BUS LLC 60FT BEV","NJ",175000]
[12545,"2024 PETERBILT 579 BEV","NJ",175000]
[12545,"2023 INTERNATIONAL MV60E BEV","NJ",65000]
[12545,"2024 LION LION C V2 BEV","NJ",135000]
[12545,"2023 ROUSH FORD F-650 BEV","NJ",65000]
[12545,"2024 FREIGHTLINER EB2 CHASSIS BEV","NJ",135000]
[12545,"2024 IC CORPORATION CE SCHOOL BUS BEV","NJ",135000]
[12545,"2023 NEW FLYER XCELSIOR 60' BEV","NJ",175000]
[12545,"2024 VOLVO VNR 6x4 STRAIGHT BEV","NJ",175000]
[12545,"2023 MACK LR BEV","NJ",175000]
[12545,"2023 RIVIAN EDV 500 BEV","NJ",20000]
[12545,"2024 RAM PROMASTER BEV","NJ",20000]
[12545,"2023 PETERBILT 220 209 KWH BEV","NJ",175000]
[12545,"2024 FREIGHTLINER ECASCADIA 116 291 KWH BEV","NJ",175000]
[12545,"2024 RIZON E16L BEV","NJ",65000]
[12545,"2024 BATTLE MOTORS LET BEV","NJ",175000]
[12545,"2024 FREIGHTLINER ECASCADIA 116 438 KWH BEV","NJ",175000]
[12545,"2024 PETERBILT 220 282 KWH BEV","NJ",175000]
[12545,"2023 BLUE BIRD ALL AMERICAN BEV","NJ",135000]
[12545,"2023 GILLIG LOW FLOOR BEV","NJ",175000]
[12545,"2023 KENWORTH T680 BEV","NJ",175000]
[12545,"2024 KENWORTH K270/K370 141 KWH BEV","NJ",65000]
[12545,"2023 RIVIAN EDV 700 BEV","NJ",20000]
[12545,"2023 FREIGHTLINER MT50E BEV","NJ",90000]
[12545,"2024 BATTLE MOTORS LNT BEV","NJ",175000]
[12545,"2024 PETERBILT 220 209 KWH BEV","NJ",175000]
[12545,"2023 LION LION C V2 BEV","NJ",135000]
[12545,"2024 RIZON E16M BEV","NJ",65000]
[12545,"2024 KENWORTH K270/K370 282 KWH BEV","NJ",65000]
[12545,"2024 MACK MD ELECTRIC BEV","NJ",65000]
[12545,"2023 BLUE BIRD VISION BEV","NJ",135000]
[12545,"2023 NEW FLYER XCELSIOR 40' BEV","NJ",175000]
[10452,"2023 FREIGHTLINER MT50E BEV","NY",125000]
[11689,"2024 HONDA PROLOGUE 2WD EX BEV","NY",500]
[11689,"2023 RIVIAN R1S 22 INCH DUAL LARGE BEV","NY",500]
[11689,"2023 VOLVO V60 T8 AWD RECHARGE EXT. RANGE PHEV","NY",500]
[11689,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","NY",1000]
[11689,"2024 JEEP GRAND CHEROKEE 4XE PHEV","NY",500]
[11689,"2023 JAGUAR I-PACE EV400 (22 INCH TIRES) BEV","NY",500]
[11689,"2023 LEXUS NX 450H PLUS AWD PHEV","NY",500]
[11689,"2023 KIA EV6 AWD GT BEV","NY",500]
[11689,"2023 VOLKSWAGEN ID.4 BEV","NY",2000]
[11689,"2023 TOYOTA PRIUS PRIME PHEV","NY",1000]
[11689,"2023 TOYOTA RAV4 PRIME 4WD PHEV","NY",500]
[11689,"2024 DODGE HORNET PHEV AWD PHEV","NY",500]
[11689,"2023 JEEP WRANGLER 4DR 4XE PHEV","NY",500]
[10452,"2023 GREENPOWER EV STAR BEV","NY",100000]
[10452,"2024 MACK MD ELECTRIC BEV","NY",100000]
[11689,"2023 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","NY",500]
[10452,"2023 GILLIG LOW FLOOR BEV","NY",385000]
[11689,"2023 JEEP GRAND CHEROKEE 4XE PHEV","NY",500]
[11689,"2024 CHRYSLER PACIFICA HYBRID PHEV","NY",500]
[11689,"2023 TOYOTA PRIUS PRIME SE PHEV","NY",1000]
[11689,"2024 JEEP WRANGLER 4DR 4XE PHEV","NY",500]
[11689,"2023 TOYOTA BZ4X AWD BEV","NY",500]
[11689,"2023 RIVIAN R1S 22 INCH PERFORMANCE DUAL LARGE BEV","NY",500]
[11689,"2023 TOYOTA BZ4X BEV","NY",2000]
[11689,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","NY",500]
[11689,"2023 AUDI Q5 TFSI E QUATTRO PHEV","NY",500]
[11689,"2023 PORSCHE CAYENNE TURBO S E-HYBRID PHEV","NY",500]
[10452,"2023 KENWORTH T680 BEV","NY",185000]
[11689,"2023 BMW I4 M50 GRAN COUPE (20 INCH WHEELS) BEV","NY",500]
[10452,"2024 KENWORTH K270/K370 141 KWH BEV","NY",100000]
[11689,"2023 BMW 330E SEDAN PHEV","NY",500]
[11689,"2023 VOLVO S90 T8 AWD RECHARGE EXT. RANGE PHEV","NY",500]
[10452,"2024 KENWORTH K270/K370 282 KWH BEV","NY",100000]
[10452,"2024 LION LION C V2 BEV","NY",200000]
[11689,"2023 PORSCHE PANAMERA TURBO S E-HYBRID PHEV","NY",500]
[11689,"2023 VINFAST VF 8 PLUS BEV","NY",500]
[10452,"2023 LION LION C V2 BEV","NY",200000]
[10452,"2023 LIGHTNING SYSTEMS ZEV4 BEV","NY",100000]
[11689,"2023 RIVIAN R1T 22 INCH PERFORMANCE DUAL LARGE BEV","NY",500]
[11689,"2023 PORSCHE CAYENNE TURBO S E-HYBRID COUPE PHEV","NY",500]
[11689,"2023 RIVIAN R1T 22 INCH DUAL LARGE BEV","NY",500]
[11689,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","NY",500]
[11689,"2023 VINFAST VF 8 ECO BEV","NY",500]
[11689,"2023 BMW 330E XDRIVE SEDAN PHEV","NY",500]
[11689,"2023 KIA SPORTAGE PLUG-IN HYBRID PHEV","NY",500]
[11689,"2023 POLESTAR 2 SINGLE MOTOR BEV","NY",500]
[10452,"2024 IC CORPORATION CE SCHOOL BUS BEV","NY",200000]
[11689,"2023 RIVIAN R1T 21 INCH DUAL LARGE BEV","NY",500]
[11689,"2023 PORSCHE PANAMERA 4 E-HYBRID PHEV","NY",500]
[11689,"2023 KIA SORENTO PLUG-IN HYBRID PHEV","NY",500]
[10452,"2023 INTERNATIONAL MV60E BEV","NY",100000]
[11689,"2023 TOYOTA BZ4X LIMITED BEV","NY",500]
[11689,"2023 LINCOLN AVIATOR PHEV AWD PHEV","NY",500]
[10452,"2023 IC CORPORATION CE SCHOOL BUS BEV","NY",200000]
[11689,"2023 SUBARU CROSSTREK HYBRID AWD PHEV","NY",500]
[11689,"2023 LAND ROVER NEW RANGE ROVER P440 PHEV PHEV","NY",500]
[11689,"2023 AUDI E-TRON QUATTRO BEV","NY",500]
[10452,"2023 MACK LR BEV","NY",185000]
[11689,"2023 FORD ESCAPE FWD PHEV PHEV","NY",500]
[10452,"2023 KENWORTH K270/K370 282 KWH BEV","NY",100000]
[11689,"2023 RIVIAN R1T 21 INCH PERFORMANCE DUAL LARGE BEV","NY",500]
[10452,"2023 KENWORTH K270/K370 141 KWH BEV","NY",100000]
[11689,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","NY",500]
[11689,"2023 PORSCHE PANAMERA 4S E-HYBRID PHEV","NY",500]
[10452,"2024 INTERNATIONAL MV60E BEV","NY",100000]
[11689,"2023 KIA EV6 LONG RANGE RWD BEV","NY",500]
[11689,"2023 KIA NIRO PLUG-IN HYBRID PHEV","NY",500]
[11689,"2024 PORSCHE TAYCAN TURBO S CROSS TURISMO BEV","NY",500]
[11689,"2023 AUDI E-TRON GT BEV","NY",500]
[11689,"2023 AUDI Q4 E-TRON BEV","NY",500]
[11689,"2024 PORSCHE TAYCAN 4 CROSS TURISMO BEV","NY",500]
[10452,"2023 BLUE BIRD ALL AMERICAN BEV","NY",200000]
[11689,"2023 TESLA MODEL X BEV","NY",500]
[11689,"2023 TESLA MODEL S BEV","NY",500]
[10452,"2024 BATTLE MOTORS LET BEV","NY",185000]
[11689,"2023 BMW IX XDRIVE50 (20 INCH WHEELS) BEV","NY",500]
[10452,"2024 BATTLE MOTORS LNT BEV","NY",185000]
[11689,"2024 BMW 330E XDRIVE SEDAN PHEV","NY",500]
[11689,"2024 BMW 330E SEDAN PHEV","NY",500]
[11689,"2024 PORSCHE TAYCAN GTS SPORT TURISMO BEV","NY",500]
[10452,"2023 BYD COACH AND BUS LLC 30FT BEV","NY",385000]
[11689,"2024 PORSCHE TAYCAN GTS BEV","NY",500]
[10452,"2023 BYD COACH AND BUS LLC 35FT BEV","NY",385000]
[11689,"2024 PORSCHE TAYCAN PERFORMANCE BATTERY BEV","NY",500]
[11689,"2023 BMW IX XDRIVE50 (21 INCH WHEELS) BEV","NY",500]
[11689,"2024 PORSCHE TAYCAN TURBO S BEV","NY",500]
[10452,"2023 BLUE BIRD VISION BEV","NY",200000]
[11689,"2023 TESLA MODEL X PLAID (20 INCH WHEELS) BEV","NY",500]
[11689,"2023 BMW I7 XDRIVE60 SEDAN (21 INCH WHEELS) BEV","NY",500]
[11689,"2023 VOLKSWAGEN ID.4 S BEV","NY",500]
[11689,"2024 TOYOTA PRIUS PRIME PHEV","NY",1000]
[11689,"2023 AUDI RS E-TRON GT BEV","NY",500]
[11689,"2024 MITSUBISHI OUTLANDER PHEV PHEV","NY",500]
[11689,"2023 VOLKSWAGEN ID.4 PRO S BEV","NY",500]
[11689,"2024 TOYOTA RAV4 PRIME 4WD PHEV","NY",500]
[11689,"2024 TOYOTA PRIUS PRIME SE PHEV","NY",1000]
[11689,"2025 ACURA ZDX BEV","NY",500]
[11689,"2024 CHEVROLET EQUINOX 1LT BEV","NY",2000]
[11689,"2023 BMW I7 XDRIVE60 SEDAN (20 INCH WHEELS) BEV","NY",500]
[11689,"2024 KIA SORENTO PLUG-IN HYBRID PHEV","NY",500]
[11689,"2024 BMW XM PHEV","NY",500]
[11689,"2024 HYUNDAI TUCSON PLUG-IN HYBRID PHEV","NY",500]
[11689,"2023 VOLKSWAGEN ID.4 PRO BEV","NY",500]
[11689,"2023 TESLA MODEL 3 RWD BEV","NY",500]
[11689,"2023 TESLA MODEL 3 PERFORMANCE AWD BEV","NY",500]
[11689,"2025 AUDI Q6 E-TRON BEV","NY",500]
[11689,"2024 LEXUS NX 450H PLUS AWD PHEV","NY",500]
[11689,"2024 KIA SPORTAGE PLUG-IN HYBRID PHEV","NY",500]
[10452,"2023 FREIGHTLINER ECASCADIA 116 291 KWH BEV","NY",185000]
[10452,"2024 FREIGHTLINER ECASCADIA 116 438 KWH BEV","NY",185000]
[11689,"2023 BMW X5 XDRIVE45E PHEV","NY",500]
[11689,"2024 CHEVROLET SILVERADO EV BEV","NY",1000]
[11689,"2024 GENESIS GV60 STANDARD BEV","NY",500]
[10452,"2023 FREIGHTLINER ECASCADIA 116 438 KWH BEV","NY",185000]
[11689,"2023 VOLVO C40 RECHARGE TWIN BEV","NY",500]
[11689,"2024 KIA EV9 STANDARD RANGE RWD BEV","NY",500]
[11689,"2023 BMW 530E XDRIVE SEDAN PHEV","NY",500]
[11689,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","NY",500]
[11689,"2024 KIA EV9 LONG RANGE RWD BEV","NY",500]
[11689,"2023 JAGUAR I-PACE EV400 (20 INCH TIRES) BEV","NY",500]
[10452,"2024 FREIGHTLINER EM2 291 KWH BEV","NY",185000]
[11689,"2023 HYUNDAI SANTA FE PLUG-IN HYBRID PHEV","NY",500]
[11689,"2023 BMW I4 EDRIVE40 GRAN COUPE (18 INCH WHEELS) BEV","NY",500]
[11689,"2023 MITSUBISHI OUTLANDER PHEV PHEV","NY",500]
[10452,"2024 FREIGHTLINER EM2 194 KWH BEV","NY",185000]
[11689,"2023 MERCEDES-BENZ S580E 4MATIC PHEV","NY",500]
[11689,"2023 TOYOTA BZ4X LIMITED AWD BEV","NY",500]
[11689,"2024 CHEVROLET BLAZER EV AWD BEV","NY",500]
[10452,"2024 FREIGHTLINER ECASCADIA 116 291 KWH BEV","NY",185000]
[11689,"2023 CHRYSLER PACIFICA HYBRID PHEV","NY",500]
[11689,"2024 AUDI Q8 SPORTBACK E-TRON QUATTRO BEV","NY",500]
[11689,"2023 HYUNDAI KONA ELECTRIC BEV","NY",2000]
[11689,"2023 TESLA MODEL Y LONG RANGE AWD BEV","NY",500]
[11689,"2023 BMW I7 XDRIVE60 SEDAN (19 INCH WHEELS) BEV","NY",500]
[11689,"2024 MERCEDES-BENZ EQS 580 4MATIC BEV","NY",500]
[10452,"2023 BYD COACH AND BUS LLC 60FT BEV","NY",385000]
[10452,"2023 BYD COACH AND BUS LLC TRACTOR BEV","NY",185000]
[11689,"2023 VOLVO XC40 RECHARGE TWIN BEV","NY",500]
[11689,"2023 TESLA MODEL Y AWD BEV","NY",500]
[11689,"2024 PORSCHE TAYCAN 4S PERFORMANCE BATTERY BEV","NY",500]
[11689,"2023 BMW IX XDRIVE50 (22 INCH WHEELS) BEV","NY",500]
[10452,"2023 BYD COACH AND BUS LLC 40FT BEV","NY",385000]
[11689,"2024 MERCEDES-BENZ EQS 680 4MATIC MAYBACH (SUV) BEV","NY",500]
[11689,"2023 VOLKSWAGEN ID.4 AWD PRO S BEV","NY",500]
[11689,"2024 MERCEDES-BENZ EQS 450 PLUS BEV","NY",500]
[11689,"2024 KIA EV9 LONG RANGE AWD BEV","NY",500]
[10452,"2023 FREIGHTLINER EB2 CHASSIS BEV","NY",200000]
[10452,"2024 FREIGHTLINER EB2 CHASSIS BEV","NY",200000]
[11689,"2023 BMW 530E SEDAN PHEV","NY",500]
[11689,"2024 KIA EV9 LONG RANGE AWD GT-LINE BEV","NY",500]
[11689,"2023 GENESIS ELECTRIFIED G80 BEV","NY",500]
[11689,"2023 TESLA MODEL Y PERFORMANCE AWD BEV","NY",500]
[11689,"2024 MERCEDES-BENZ EQS 450 4MATIC BEV","NY",500]
[11689,"2024 KIA NIRO ELECTRIC BEV","NY",2000]
[11689,"2023 CHEVROLET BOLT EV BEV","NY",2000]
[11689,"2024 AUDI E-TRON GT BEV","NY",500]
[10452,"2024 RIZON E16L BEV","NY",100000]
[11689,"2023 AUDI E-TRON S SPORTBACK (20 INCH WHEELS) BEV","NY",500]
[11689,"2024 KIA EV6 AWD GT BEV","NY",500]
[11689,"2023 FORD MUSTANG MACH-E AWD BEV","NY",500]
[11689,"2023 AUDI E-TRON SPORTBACK QUATTRO BEV","NY",500]
[11689,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","NY",500]
[11689,"2023 BMW IX M60 (22 INCH WHEELS) BEV","NY",500]
[11689,"2024 KIA EV6 LONG RANGE RWD BEV","NY",500]
[11689,"2023 NISSAN LEAF BEV","NY",1000]
[10452,"2024 RIZON E18L BEV","NY",100000]
[11689,"2024 AUDI RS E-TRON GT BEV","NY",500]
[11689,"2024 KIA EV6 STANDARD RANGE RWD BEV","NY",500]
[11689,"2023 FORD MUSTANG MACH-E CAL RT 1 ER AWD BEV","NY",500]
[10452,"2024 RIZON E16M BEV","NY",100000]
[11689,"2023 BMW I4 EDRIVE35 GRAN COUPE (18 INCH WHEELS) BEV","NY",500]
[11689,"2024 MERCEDES-BENZ AMG EQE 4MATIC PLUS (SUV) BEV","NY",500]
[11689,"2023 PORSCHE TAYCAN GTS BEV","NY",500]
[11689,"2023 NISSAN ARIYA EVO PLUS/EMP PLUS/PRM FWD 87KWH BEV","NY",500]
[11689,"2023 VOLVO XC60 T8 AWD RECHARGE PHEV","NY",500]
[10452,"2023 PROTERRA 40FT ZX5 BEV","NY",385000]
[11689,"2023 AUDI Q4 E-TRON SPORTBACK BEV","NY",500]
[11689,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","NY",1000]
[11689,"2023 MINI COOPER SE COUNTRYMAN ALL4 PHEV","NY",500]
[11689,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","NY",500]
[11689,"2023 PORSCHE TAYCAN TURBO S BEV","NY",500]
[11689,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","NY",500]
[11689,"2023 BMW I4 EDRIVE35 GRAN COUPE (19 INCH WHEELS) BEV","NY",500]
[11689,"2023 FORD F-150 LIGHTNING 4WD BEV","NY",500]
[11689,"2025 RAM RAMCHARGER PHEV","NY",500]
[11689,"2023 VOLVO XC90 T8 AWD RECHARGE PHEV","NY",500]
[10452,"2024 VOLVO VNR 6x4 STRAIGHT BEV","NY",185000]
[11689,"2023 LORDSTOWN ENDURANCE BEV","NY",500]
[11689,"2024 GENESIS GV60 ADVANCED (19 INCH WHEELS) BEV","NY",500]
[11689,"2023 CADILLAC LYRIQ BEV","NY",500]
[11689,"2023 CHEVROLET BOLT EUV BEV","NY",2000]
[11689,"2024 AUDI Q4 50 E-TRON QUATTRO BEV","NY",500]
[11689,"2024 GMC HUMMER EV PICKUP BEV","NY",500]
[11689,"2024 GENESIS GV60 PERFORMANCE BEV","NY",500]
[11689,"2023 PORSCHE TAYCAN 4 CROSS TURISMO BEV","NY",500]
[11689,"2024 AUDI Q8 E-TRON QUATTRO BEV","NY",500]
[11689,"2023 AUDI E-TRON S (21/22 INCH WHEELS) BEV","NY",500]
[10452,"2024 VOLVO VNR 4x2 STRAIGHT BEV","NY",185000]
[10452,"2024 VOLVO VNR 6x4 TRACTOR 565 KWH BEV","NY",185000]
[11689,"2024 GENESIS ELECTRIFIED GV70 BEV","NY",500]
[10452,"2023 TESLA SEMI 500 MILE BEV","NY",185000]
[11689,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","NY",2000]
[11689,"2023 AUDI Q4 E-TRON QUATTRO BEV","NY",500]
[11689,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","NY",2000]
[11689,"2023 PORSCHE TAYCAN TURBO CROSS TURISMO BEV","NY",500]
[11689,"2024 JAGUAR I-PACE EV400 (20 INCH TIRES) BEV","NY",500]
[11689,"2023 FORD MUSTANG MACH-E GT BEV","NY",500]
[11689,"2023 PORSCHE TAYCAN 4S PERFORMANCE BATTERY BEV","NY",500]
[10452,"2023 ROUSH FORD F-650 BEV","NY",100000]
[11689,"2023 PORSCHE TAYCAN TURBO BEV","NY",500]
[11689,"2023 BMW IX M60 (21 INCH WHEELS) BEV","NY",500]
[11689,"2023 NISSAN LEAF SV BEV","NY",2000]
[11689,"2024 GMC HUMMER EV SUV BEV","NY",500]
[10452,"2024 VOLVO VNR 6x4 TRACTOR 375 KWH BEV","NY",185000]
[11689,"2023 AUDI E-TRON S SPORTBACK (21/22 INCH WHEELS) BEV","NY",500]
[11689,"2024 AUDI Q4 40 E-TRON BEV","NY",500]
[11689,"2023 FORD MUSTANG MACH-E RWD BEV","NY",500]
[10452,"2023 TESLA SEMI 300 MILE BEV","NY",185000]
[11689,"2023 KIA NIRO ELECTRIC BEV","NY",2000]
[10452,"2023 PETERBILT 220 209 KWH BEV","NY",185000]
[11689,"2023 LUCID AIR TOURING AWD WITH 19 INCH WHEELS BEV","NY",500]
[11689,"2023 GENESIS GV60 PERFORMANCE BEV","NY",500]
[11689,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","NY",500]
[11689,"2023 NISSAN ARIYA PLAT PLUS E-4ORCE 87KWH 20 BEV","NY",500]
[10452,"2023 PETERBILT 220 282 KWH BEV","NY",185000]
[11689,"2023 RIVIAN R1S 20 INCH ALL-TERRAIN BEV","NY",500]
[11689,"2023 PORSCHE TAYCAN GTS SPORT TURISMO BEV","NY",500]
[11689,"2023 NISSAN ARIYA ENGAGE E-4ORCE 63KWH BEV","NY",500]
[11689,"2023 RIVIAN R1T (20 INCH WHEELS) BEV","NY",500]
[10452,"2024 PETERBILT 220 282 KWH BEV","NY",185000]
[11689,"2023 PORSCHE TAYCAN PERFORMANCE BATTERY BEV","NY",500]
[11689,"2023 NISSAN ARIYA PLAT PLUS E-4ORCE 87KWH 19 BEV","NY",500]
[11689,"2023 CADILLAC LYRIQ AWD BEV","NY",500]
[11689,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","NY",500]
[11689,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","NY",500]
[11689,"2023 KIA EV6 STANDARD RANGE RWD BEV","NY",500]
[10452,"2023 NEW FLYER XCELSIOR 60' BEV","NY",385000]
[11689,"2023 RIVIAN R1S 21 INCH DUAL LARGE BEV","NY",500]
[11689,"2023 LUCID AIR G TOURING XR AWD WITH 19 INCH WHEELS BEV","NY",500]
[10452,"2023 NEW FLYER XCELSIOR 40' BEV","NY",385000]
[11689,"2023 SUBARU SOLTERRA AWD BEV","NY",500]
[11689,"2023 RIVIAN R1S 21 INCH PERFORMANCE DUAL LARGE BEV","NY",500]
[11689,"2023 BMW I4 M50 GRAN COUPE (19 INCH WHEELS) BEV","NY",500]
[11689,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","NY",500]
[11689,"2023 POLESTAR 2 DUAL MOTOR BEV","NY",500]
[11689,"2023 RIVIAN R1S 20 INCH ALL-TERRAIN DUAL LARGE BEV","NY",500]
[10452,"2023 ORANGE EV TERMINAL TRACTOR BEV","NY",185000]
[11689,"2023 LUCID AIR PURE AWD WITH 19 INCH WHEELS BEV","NY",500]
[11689,"2023 RIVIAN R1S 20 INCH ALL-TERRAIN PERFORMANCE DUAL LARGE BEV","NY",500]
[11689,"2023 GENESIS GV60 ADVANCE BEV","NY",500]
[10452,"2023 PHOENIX MOTORCARS FORD E-450 BEV","NY",100000]
[11689,"2023 BMW I4 EDRIVE40 GRAN COUPE (19 INCH WHEELS) BEV","NY",500]
[11689,"2023 FORD MUSTANG MACH-E RWD LFP BEV","NY",2000]
[11689,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","NY",500]
[11689,"2023 BMW XM PHEV","NY",500]
[11689,"2023 POLESTAR 2 BST EDITION BEV","NY",500]
[11689,"2023 LEXUS RZ 450E AWD (18 INCH WHEELS) BEV","NY",500]
[10452,"2023 PROTERRA 40FT ZX5+ BEV","NY",385000]
[11689,"2023 AUDI E-TRON S (20 INCH WHEELS) BEV","NY",500]
[11689,"2024 NISSAN LEAF BEV","NY",1000]
[11689,"2023 FORD F-150 LIGHTNING PLATINUM 4WD BEV","NY",500]
[11689,"2024 NISSAN LEAF SV BEV","NY",2000]
[10452,"2023 PROTERRA 35FT ZX5 BEV","NY",385000]
[11689,"2023 FORD F-150 LIGHTNING 4WD EXTENDED RANGE BEV","NY",500]
[11689,"2023 VOLVO S60 T8 AWD RECHARGE PHEV","NY",500]
[10452,"2024 PETERBILT 220 209 KWH BEV","NY",185000]
[11689,"2023 MERCEDES-BENZ EQS 450 4MATIC BEV","NY",500]
[11689,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","NY",2000]
[10452,"2023 PETERBILT 579 BEV","NY",185000]
[11689,"2023 MAZDA MX-30 BEV","NY",1000]
[11689,"2023 NISSAN ARIYA ENG PLUS/EVO PLUS E-4ORCE 87KWH BEV","NY",500]
[11689,"2023 PORSCHE TAYCAN TURBO S CROSS TURISMO BEV","NY",500]
[11689,"2023 LEXUS RZ 450E AWD (20 INCH WHEELS) BEV","NY",500]
[10452,"2024 PETERBILT 579 BEV","NY",185000]
[11689,"2023 RIVIAN R1S (20 INCH WHEELS) BEV","NY",500]
[13029,"2023 GENESIS GV60 ADVANCE BEV","RI",1500]
[13029,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (20 INCH WHEELS) BEV","RI",1500]
[13029,"2023 BMW I4 EDRIVE35 GRAN COUPE (18 INCH WHEELS) BEV","RI",1500]
[13029,"2023 BMW I4 EDRIVE40 GRAN COUPE (19 INCH WHEELS) BEV","RI",1500]
[13029,"2023 VOLVO XC40 RECHARGE TWIN BEV","RI",1500]
[13029,"2023 HYUNDAI IONIQ 6 LONG RANGE AWD (18 INCH WHEELS) BEV","RI",1500]
[13029,"2024 CHEVROLET EQUINOX 1LT BEV","RI",1500]
[13029,"2023 VOLKSWAGEN ID.4 PRO S BEV","RI",1500]
[13029,"2023 TESLA MODEL 3 PERFORMANCE AWD BEV","RI",1500]
[13029,"2023 VOLKSWAGEN ID.4 PRO BEV","RI",1500]
[13029,"2023 BMW I4 EDRIVE35 GRAN COUPE (19 INCH WHEELS) BEV","RI",1500]
[13029,"2023 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","RI",1500]
[13029,"2023 TESLA MODEL 3 RWD BEV","RI",1500]
[13029,"2023 MINI COOPER SE HARDTOP 2 DOOR BEV","RI",1500]
[13029,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (18 INCH WHEELS) BEV","RI",1500]
[13029,"2023 VOLKSWAGEN ID.4 S BEV","RI",1500]
[13029,"2024 AUDI Q4 50 E-TRON QUATTRO BEV","RI",1500]
[13029,"2024 AUDI Q4 40 E-TRON BEV","RI",1500]
[13029,"2023 VOLKSWAGEN ID.4 AWD PRO S BEV","RI",1500]
[13029,"2023 HYUNDAI IONIQ 6 LONG RANGE RWD (20 INCH WHEELS) BEV","RI",1500]
[13029,"2023 FORD MUSTANG MACH-E RWD LFP BEV","RI",1500]
[13029,"2023 TOYOTA BZ4X LIMITED BEV","RI",1500]
[13029,"2023 LEXUS RZ 450E AWD (18 INCH WHEELS) BEV","RI",1500]
[13029,"2023 KIA EV6 AWD GT BEV","RI",1500]
[13029,"2023 NISSAN ARIYA ENGAGE FWD 63KWH BEV","RI",1500]
[13029,"2024 HONDA PROLOGUE 2WD EX BEV","RI",1500]
[13029,"2024 NISSAN LEAF SV BEV","RI",1500]
[13029,"2023 MAZDA MX-30 BEV","RI",1500]
[13029,"2023 SUBARU SOLTERRA LIMITED/TOURING AWD BEV","RI",1500]
[13029,"2023 POLESTAR 2 BST EDITION BEV","RI",1500]
[13029,"2023 AUDI Q4 E-TRON SPORTBACK BEV","RI",1500]
[13029,"2023 LEXUS RZ 450E AWD (20 INCH WHEELS) BEV","RI",1500]
[13029,"2024 NISSAN LEAF BEV","RI",1500]
[13029,"2023 FORD F-150 LIGHTNING 4WD BEV","RI",1500]
[13029,"2024 KIA EV6 LONG RANGE AWD (19 INCH WHEELS) BEV","RI",1500]
[13029,"2024 KIA EV6 LONG RANGE AWD (20 INCH WHEELS) BEV","RI",1500]
[13029,"2023 NISSAN ARIYA EVO PLUS/EMP PLUS/PRM FWD 87KWH BEV","RI",1500]
[13029,"2023 FORD MUSTANG MACH-E AWD BEV","RI",1500]
[13029,"2024 KIA EV6 AWD GT BEV","RI",1500]
[13029,"2024 KIA NIRO ELECTRIC BEV","RI",1500]
[13029,"2024 MINI COOPER SE HARDTOP 2 DOOR BEV","RI",1500]
[13029,"2023 CHEVROLET BOLT EV BEV","RI",1500]
[13029,"2023 VOLKSWAGEN ID.4 BEV","RI",1500]
[13029,"2023 TOYOTA BZ4X AWD BEV","RI",1500]
[13029,"2023 SUBARU SOLTERRA AWD BEV","RI",1500]
[13029,"2023 KIA EV6 STANDARD RANGE RWD BEV","RI",1500]
[13029,"2023 POLESTAR 2 SINGLE MOTOR BEV","RI",1500]
[13029,"2023 POLESTAR 2 DUAL MOTOR BEV","RI",1500]
[13029,"2023 KIA EV6 LONG RANGE RWD BEV","RI",1500]
[13029,"2023 NISSAN ARIYA ENGAGE E-4ORCE 63KWH BEV","RI",1500]
[13029,"2023 VINFAST VF 8 PLUS BEV","RI",1500]
[13029,"2023 KIA EV6 LONG RANGE AWD (19 INCH TIRES) BEV","RI",1500]
[13029,"2023 TOYOTA BZ4X BEV","RI",1500]
[13029,"2023 NISSAN ARIYA ENG PLUS/EVO PLUS E-4ORCE 87KWH BEV","RI",1500]
[13029,"2023 KIA EV6 LONG RANGE AWD (20 INCH TIRES) BEV","RI",1500]
[13029,"2023 VINFAST VF 8 ECO BEV","RI",1500]
[13029,"2023 KIA NIRO ELECTRIC BEV","RI",1500]
[13029,"2023 TESLA MODEL Y PERFORMANCE AWD BEV","RI",1500]
[13029,"2023 VOLKSWAGEN ID.4 AWD PRO BEV","RI",1500]
[13029,"2023 AUDI Q4 E-TRON BEV","RI",1500]
[13029,"2024 KIA EV9 LONG RANGE RWD BEV","RI",1500]
[13029,"2024 HYUNDAI IONIQ 5 STANDARD RANGE RWD BEV","RI",1500]
[13029,"2024 HYUNDAI IONIQ 6 STANDARD RANGE RWD BEV","RI",1500]
[13029,"2023 VOLVO C40 RECHARGE TWIN BEV","RI",1500]
[13029,"2024 KIA EV9 STANDARD RANGE RWD BEV","RI",1500]
[13029,"2023 TESLA MODEL Y AWD BEV","RI",1500]
[13029,"2023 NISSAN LEAF SV BEV","RI",1500]
[13029,"2023 FORD MUSTANG MACH-E RWD BEV","RI",1500]
[13029,"2023 TESLA MODEL Y LONG RANGE AWD BEV","RI",1500]
[13029,"2024 KIA EV6 STANDARD RANGE RWD BEV","RI",1500]
[13029,"2023 CHEVROLET BOLT EUV BEV","RI",1500]
[13029,"2023 BMW I4 EDRIVE40 GRAN COUPE (18 INCH WHEELS) BEV","RI",1500]
[13029,"2023 AUDI Q4 E-TRON QUATTRO BEV","RI",1500]
[13029,"2024 CHEVROLET BLAZER EV AWD BEV","RI",1500]
[13029,"2023 FORD MUSTANG MACH-E CAL RT 1 ER AWD BEV","RI",1500]
[13029,"2024 KIA EV6 LONG RANGE RWD BEV","RI",1500]
[13029,"2023 TOYOTA BZ4X LIMITED AWD BEV","RI",1500]
[13029,"2024 GENESIS GV60 STANDARD BEV","RI",1500]
[13029,"2023 HYUNDAI KONA ELECTRIC BEV","RI",1500]
[13029,"2023 NISSAN ARIYA VENTURE PLUS FWD 87KWH BEV","RI",1500]
[13029,"2023 NISSAN LEAF BEV","RI",1500]
[11624,"2024 PETERBILT 220 209 KWH BEV","UT",10500]
[11624,"2023 BYD COACH AND BUS LLC 30FT BEV","UT",10500]
[11624,"2023 BYD COACH AND BUS LLC 35FT BEV","UT",10500]
[11624,"2023 BYD COACH AND BUS LLC 40FT BEV","UT",10500]
[11624,"2023 ORANGE EV TERMINAL TRACTOR BEV","UT",10500]
[11624,"2023 BYD COACH AND BUS LLC 60FT BEV","UT",10500]
[11624,"2024 FREIGHTLINER EM2 194 KWH BEV","UT",10500]
[11624,"2024 BATTLE MOTORS LET BEV","UT",10500]
[11624,"2023 LION LION C V2 BEV","UT",10500]
[11624,"2023 NEW FLYER XCELSIOR 60' BEV","UT",10500]
[11624,"2024 VOLVO VNR 4x2 STRAIGHT BEV","UT",10500]
[11624,"2023 MACK LR BEV","UT",10500]
[11624,"2024 FREIGHTLINER ECASCADIA 116 438 KWH BEV","UT",10500]
[11624,"2024 FREIGHTLINER ECASCADIA 116 291 KWH BEV","UT",10500]
[11624,"2024 FREIGHTLINER EM2 291 KWH BEV","UT",10500]
[11624,"2024 VOLVO VNR 6x4 STRAIGHT BEV","UT",10500]
[11624,"2023 NEW FLYER XCELSIOR 40' BEV","UT",10500]
[11624,"2024 VOLVO VNR 6x4 TRACTOR 565 KWH BEV","UT",10500]
[11624,"2024 LION LION C V2 BEV","UT",10500]
[11624,"2023 FREIGHTLINER EB2 CHASSIS BEV","UT",10500]
[11624,"2023 TESLA SEMI 500 MILE BEV","UT",10500]
[11624,"2023 PETERBILT 579 BEV","UT",10500]
[11624,"2023 PROTERRA 40FT ZX5+ BEV","UT",10500]
[11624,"2023 PROTERRA 35FT ZX5 BEV","UT",10500]
[11624,"2023 FREIGHTLINER ECASCADIA 116 438 KWH BEV","UT",10500]
[11624,"2023 BLUE BIRD ALL AMERICAN BEV","UT",10500]
[11624,"2023 IC CORPORATION CE SCHOOL BUS BEV","UT",10500]
[11624,"2024 IC CORPORATION CE SCHOOL BUS BEV","UT",10500]
[11624,"2024 FREIGHTLINER EB2 CHASSIS BEV","UT",10500]
[11624,"2024 PETERBILT 579 BEV","UT",10500]
[11624,"2023 BLUE BIRD VISION BEV","UT",10500]
[11624,"2024 BATTLE MOTORS LNT BEV","UT",10500]
[11624,"2023 FREIGHTLINER ECASCADIA 116 291 KWH BEV","UT",10500]
[11624,"2024 VOLVO VNR 6x4 TRACTOR 375 KWH BEV","UT",10500]
[11624,"2023 BYD COACH AND BUS LLC TRACTOR BEV","UT",10500]
[11624,"2023 PETERBILT 220 282 KWH BEV","UT",10500]
[11624,"2023 KENWORTH T680 BEV","UT",10500]
[11624,"2023 PROTERRA 40FT ZX5 BEV","UT",10500]
[11624,"2023 TESLA SEMI 300 MILE BEV","UT",10500]
[11624,"2024 PETERBILT 220 282 KWH BEV","UT",10500]
[11624,"2023 PETERBILT 220 209 KWH BEV","UT",10500]
[11624,"2023 GILLIG LOW FLOOR BEV","UT",10500]

{"sheet":"Data - Vehicles","index":12,"n_rows":8454,"n_cols":31,"rows_kept":2250,"cut":true,"hidden":false,"merged":[],"bounds":{"rows_first":1000,"rows_last":250,"rows_between":1000,"halvings":1}}
["Data - Fleet Procurement Analysis Tool"]
["Vehicles"]
["Selection Name","Vehicle Class","Year","Make","Model","Drivetrain Type","Battery Size (kWh)","Electric Range","Fuel Economy Electric City (MPGe)","Fuel Economy Electric Hwy (MPGe)","Fuel Economy Gas/Diesel City (MPG)","Fuel Economy Gas/Diesel Hwy (MPG)","MSRP","Fueleconomy.gov Link","Fuel",null,"Selection Name","Vehicle Class","Year","Make","Model","Drivetrain Type","Battery Size (kWh)","Electric Range","Fuel Consumption Electric City (Le/100 km)","Fuel Consumption Electric Hwy (Le/100 km)","Fuel Consumption Gas/Diesel City (L/100 km)","Fuel Consumption Gas/Diesel Hwy (L/100 km)","MSRP","Link","Fuel"]
["Custom Custom Custom BEV","Passenger Vehicles (Light-Duty)","Custom","Custom","Custom","BEV",null,null,null,null,null,null,null,null,"Electricity",null,"Custom Custom Custom BEV","*Custom","Custom","Custom","Custom","BEV"]
["Custom Custom Custom ICE","Passenger Vehicles (Light-Duty)","Custom","Custom","Custom","ICE",null,null,null,null,null,null,null,null,"Gasoline",null,"Custom Custom Custom ICE","*Custom","Custom","Custom","Custom","ICE"]
["Custom Custom Custom PHEV","Passenger Vehicles (Light-Duty)","Custom","Custom","Custom","PHEV",null,null,null,null,null,null,null,null,"Gasoline",null,"Custom Custom Custom PHEV","*Custom","Custom","Custom","Custom","PHEV"]
["Custom Custom Custom BEV","Medium-Duty Vehicles (Class 3-6)","Custom","Custom","Custom","BEV",null,null,null,null,null,null,null,null,"Electricity",null,"2021 Audi A4 Sedan 40 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A4 Sedan 40 TFSI quattro","ICE",null,0,0,0,9.3000000000000007,7,43100,"","Gasoline"]
["Custom Custom Custom ICE","Medium-Duty Vehicles (Class 3-6)","Custom","Custom","Custom","ICE",null,null,null,null,null,null,null,null,"Diesel",null,"2021 Audi A4 Sedan 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A4 Sedan 45 TFSI quattro","ICE",null,0,0,0,9.8000000000000007,7.6,46500,"","Gasoline"]
["Custom Custom Custom PHEV","Medium-Duty Vehicles (Class 3-6)","Custom","Custom","Custom","PHEV",null,null,null,null,null,null,null,null,"Diesel",null,"2021 Audi A4 allroad 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A4 allroad 45 TFSI quattro","ICE",null,0,0,0,9.8000000000000007,7.9,50500,"","Gasoline"]
["Custom Custom Custom BEV","Heavy-Duty Vehicles (Class 7-8)","Custom","Custom","Custom","BEV",null,null,null,null,null,null,null,null,"Electricity",null,"2021 Audi A5 Cabriolet 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A5 Cabriolet 45 TFSI quattro","ICE",null,0,0,0,10.4,7.5,65500,"","Gasoline"]
["Custom Custom Custom ICE","Heavy-Duty Vehicles (Class 7-8)","Custom","Custom","Custom","ICE",null,null,null,null,null,null,null,null,"Diesel",null,"2021 Audi A5 Coupe 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A5 Coupe 45 TFSI quattro","ICE",null,0,0,0,9.8000000000000007,7.6,50700,"","Gasoline"]
["Custom Custom Custom PHEV","Heavy-Duty Vehicles (Class 7-8)","Custom","Custom","Custom","PHEV",null,null,null,null,null,null,null,null,"Diesel",null,"2021 Audi A5 Sportback 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A5 Sportback 45 TFSI quattro","ICE",null,0,0,0,9.8000000000000007,7.6,51500,"","Gasoline"]
["2024 BMW 228i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","228i Gran Coupe","ICE",null,0,null,null,24,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46654","Gasoline",null,"2021 Audi A6 Sedan 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A6 Sedan 45 TFSI quattro","ICE",null,0,0,0,10.3,7.8,63200,"","Gasoline"]
["2024 BMW 228i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","228i xDrive Gran Coupe","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46653","Gasoline",null,"2021 Audi A6 Sedan 55 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A6 Sedan 55 TFSI quattro","ICE",null,0,0,0,10.9,8.1999999999999993,70200,"","Gasoline"]
["2024 BMW 230i Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","230i Coupe","ICE",null,0,null,null,26,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46641","Gasoline",null,"2021 Audi A6 allroad 55 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A6 allroad 55 TFSI quattro","ICE",null,0,0,0,11.8,9.1,76100,"","Gasoline"]
["2024 BMW 230i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","230i xDrive Coupe","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46765","Gasoline",null,"2021 Audi A7 Sportback 55 TFSI e quattro PHEV","Passenger Vehicles (Light-Duty)",2021,"Audi","A7 Sportback 55 TFSI e quattro","PHEV",null,39,3.5,3.5,8.9,7,89300,"","Gasoline"]
["2024 BMW 330e Sedan PHEV","Passenger Vehicles (Light-Duty)",2024,"BMW","330e Sedan","PHEV",null,22,69,78,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47490","Gasoline",null,"2021 Audi A7 Sportback 55 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A7 Sportback 55 TFSI quattro","ICE",null,0,0,0,10.9,8.1999999999999993,79500,"","Gasoline"]
["2024 BMW 330e xDrive Sedan PHEV","Passenger Vehicles (Light-Duty)",2024,"BMW","330e xDrive Sedan","PHEV",null,20,64,75,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47491","Gasoline",null,"2021 Audi A8 L Sedan 55 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A8 L Sedan 55 TFSI quattro","ICE",null,0,0,0,13.5,8.9,99900,"","Gasoline"]
["2024 BMW 330i Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","330i Sedan","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46656","Gasoline",null,"2021 Audi A8 L Sedan 60 TFSI e quattro PHEV","Passenger Vehicles (Light-Duty)",2021,"Audi","A8 L Sedan 60 TFSI e quattro","PHEV",null,29,4.4000000000000004,4.4000000000000004,11.3,9.1,122150,"","Gasoline"]
["2024 BMW 330i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","330i xDrive Sedan","ICE",null,0,null,null,24,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46657","Gasoline",null,"2021 Audi A8 L Sedan 60 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","A8 L Sedan 60 TFSI quattro","ICE",null,0,0,0,15.4,10.4,124900,"","Gasoline"]
["2024 BMW 430i Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","430i Convertible","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46468","Gasoline",null,"2021 Audi Q3 40 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","Q3 40 TFSI quattro","ICE",null,0,0,0,10.6,7.7,37250,"","Gasoline"]
["2024 BMW 430i Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","430i Coupe","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46466","Gasoline",null,"2021 Audi Q3 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","Q3 45 TFSI quattro","ICE",null,0,0,0,11.7,8.4,39250,"","Gasoline"]
["2024 BMW 430i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","430i Gran Coupe","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46492","Gasoline",null,"2021 Audi Q5 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","Q5 45 TFSI quattro","ICE",null,0,0,0,10.1,8.3000000000000007,46550,"","Gasoline"]
["2024 BMW 430i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","430i xDrive Convertible","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46469","Gasoline",null,"2021 Audi Q5 55 TFSI e quattro PHEV","Passenger Vehicles (Light-Duty)",2021,"Audi","Q5 55 TFSI e quattro","PHEV",null,31,4.7,4.7,9.3000000000000007,8.1999999999999993,70400,"","Gasoline"]
["2024 BMW 430i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","430i xDrive Coupe","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46467","Gasoline",null,"2021 Audi Q5 Sportback 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","Q5 Sportback 45 TFSI quattro","ICE",null,0,0,0,10.1,8.3000000000000007,55400,"","Gasoline"]
["2024 BMW 430i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","430i xDrive Gran Coupe","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46493","Gasoline",null,"2021 Audi Q7 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","Q7 45 TFSI quattro","ICE",null,0,0,0,12.4,10.1,67950,"","Gasoline"]
["2024 BMW 530i Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","530i Sedan","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47066","Gasoline",null,"2021 Audi Q7 55 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","Q7 55 TFSI quattro","ICE",null,0,0,0,13.4,10.4,72450,"","Gasoline"]
["2024 BMW 530i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","530i xDrive Sedan","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47067","Gasoline",null,"2021 Audi Q8 55 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","Q8 55 TFSI quattro","ICE",null,0,0,0,13.4,10.4,82550,"","Gasoline"]
["2024 BMW 540i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","540i xDrive Sedan","ICE",null,0,null,null,26,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47348","Gasoline",null,"2021 Audi R8 Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","R8 Coupe","ICE",null,0,0,0,17.2,10.199999999999999,167800,"","Gasoline"]
["2024 BMW 740i Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","740i Sedan","ICE",null,0,null,null,25,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46800","Gasoline",null,"2021 Audi R8 Coupe quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","R8 Coupe quattro","ICE",null,0,0,0,17.600000000000001,12,192800,"","Gasoline"]
["2024 BMW 740i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","740i xDrive Sedan","ICE",null,0,null,null,24,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47096","Gasoline",null,"2021 Audi R8 Spyder ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","R8 Spyder","ICE",null,0,0,0,17.2,10.199999999999999,180800,"","Gasoline"]
["2024 BMW 760i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","760i xDrive Sedan","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46801","Gasoline",null,"2021 Audi R8 Spyder quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","R8 Spyder quattro","ICE",null,0,0,0,17.600000000000001,12,205800,"","Gasoline"]
["2024 BMW 840i Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","840i Convertible","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46476","Gasoline",null,"2021 Audi RS 5 Coupe quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","RS 5 Coupe quattro","ICE",null,0,0,0,13.1,9.5,86550,"","Gasoline"]
["2024 BMW 840i Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","840i Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46474","Gasoline",null,"2021 Audi RS 5 Sportback quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","RS 5 Sportback quattro","ICE",null,0,0,0,13.1,9.3000000000000007,87400,"","Gasoline"]
["2024 BMW 840i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","840i Gran Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46494","Gasoline",null,"2021 Audi RS 6 Avant quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","RS 6 Avant quattro","ICE",null,0,0,0,16.100000000000001,10.7,120400,"","Gasoline"]
["2024 BMW 840i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","840i xDrive Convertible","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46477","Gasoline",null,"2021 Audi RS 7 Sportback quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","RS 7 Sportback quattro","ICE",null,0,0,0,16,10.5,126400,"","Gasoline"]
["2024 BMW 840i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","840i xDrive Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46475","Gasoline",null,"2021 Audi RS Q8 quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","RS Q8 quattro","ICE",null,0,0,0,18,12.3,126500,"","Gasoline"]
["2024 BMW 840i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","840i xDrive Gran Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46495","Gasoline",null,"2021 Audi S4 Sedan quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","S4 Sedan quattro","ICE",null,0,0,0,11.5,8.5,60600,"","Gasoline"]
["2024 BMW Alpina B8 Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","Alpina B8 Gran Coupe","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46497","Gasoline",null,"2021 Audi S5 Cabriolet quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","S5 Cabriolet quattro","ICE",null,0,0,0,11.7,8.9,76100,"","Gasoline"]
["2024 BMW Alpina XB7 ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","Alpina XB7","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46606","Gasoline",null,"2021 Audi S5 Coupe quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","S5 Coupe quattro","ICE",null,0,0,0,11.5,8.5,64800,"","Gasoline"]
["2024 BMW M2 Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M2 Coupe","ICE",null,0,null,null,16,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46643","Gasoline",null,"2021 Audi S5 Sportback quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","S5 Sportback quattro","ICE",null,0,0,0,11.5,8.5,65600,"","Gasoline"]
["2024 BMW M2 Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M2 Coupe","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46644","Gasoline",null,"2021 Audi S6 Sedan quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","S6 Sedan quattro","ICE",null,0,0,0,12.9,8.5,92500,"","Gasoline"]
["2024 BMW M235i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M235i xDrive Gran Coupe","ICE",null,0,null,null,24,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46655","Gasoline",null,"2021 Audi S7 Sportback quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","S7 Sportback quattro","ICE",null,0,0,0,12.9,8.5,101800,"","Gasoline"]
["2024 BMW M240i Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M240i Coupe","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46642","Gasoline",null,"2021 Audi S8 Sedan quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","S8 Sedan quattro","ICE",null,0,0,0,17.600000000000001,10.7,153200,"","Gasoline"]
["2024 BMW M240i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M240i xDrive Coupe","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46766","Gasoline",null,"2021 Audi SQ5 Sportback quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","SQ5 Sportback quattro","ICE",null,0,0,0,13.1,9.9,66750,"","Gasoline"]
["2024 BMW M3 CS Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M3 CS Sedan","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46567","Gasoline",null,"2021 Audi SQ5 quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","SQ5 quattro","ICE",null,0,0,0,13.1,9.9,64500,"","Gasoline"]
["2024 BMW M3 Competition M xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M3 Competition M xDrive Sedan","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46660","Gasoline",null,"2021 Audi SQ7 quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","SQ7 quattro","ICE",null,0,0,0,16,11.4,104750,"","Gasoline"]
["2024 BMW M3 Competition Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M3 Competition Sedan","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46659","Gasoline",null,"2021 Audi SQ8 quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","SQ8 quattro","ICE",null,0,0,0,16,11.4,111100,"","Gasoline"]
["2024 BMW M3 Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M3 Sedan","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46658","Gasoline",null,"2021 Audi TT Coupe 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","TT Coupe 45 TFSI quattro","ICE",null,0,0,0,10.4,7.8,57800,"","Gasoline"]
["2024 BMW M340i Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M340i Sedan","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46768","Gasoline",null,"2021 Audi TT RS Coupe quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","TT RS Coupe quattro","ICE",null,0,0,0,11.6,8,78200,"","Gasoline"]
["2024 BMW M340i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M340i xDrive Sedan","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46769","Gasoline",null,"2021 Audi TT Roadster 45 TFSI quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","TT Roadster 45 TFSI quattro","ICE",null,0,0,0,10.4,7.8,61800,"","Gasoline"]
["2024 BMW M4 Competition Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M4 Competition Coupe","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46471","Gasoline",null,"2021 Audi TTS Coupe quattro ICE","Passenger Vehicles (Light-Duty)",2021,"Audi","TTS Coupe quattro","ICE",null,0,0,0,10.4,8.1999999999999993,68950,"","Gasoline"]
["2024 BMW M4 Competition M xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M4 Competition M xDrive Convertible","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46473","Gasoline",null,"2021 Audi e-tron 55 quattro BEV","Passenger Vehicles (Light-Duty)",2021,"Audi","e-tron 55 quattro","BEV",null,357,3.0224719101123592,3.0337078651685392,0,0,93250,"","Electricity"]
["2024 BMW M4 Competition M xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M4 Competition M xDrive Coupe","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46472","Gasoline",null,"2021 Audi e-tron Sportback 55 quattro BEV","Passenger Vehicles (Light-Duty)",2021,"Audi","e-tron Sportback 55 quattro","BEV",null,351,3.101123595505618,3.0337078651685392,0,0,88850,"","Electricity"]
["2024 BMW M4 Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M4 Coupe","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46470","Gasoline",null,"2021 Buick Enclave ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Enclave","ICE",null,0,0,0,13,9.1,48198,"","Gasoline"]
["2024 BMW M440i Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M440i Convertible","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46524","Gasoline",null,"2021 Buick Enclave AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Enclave AWD","ICE",null,0,0,0,13.6,9.6,62098,"","Gasoline"]
["2024 BMW M440i Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M440i Coupe","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46522","Gasoline",null,"2021 Buick Encore ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Encore","ICE",null,0,0,0,9.4,7.8,24898,"","Gasoline"]
["2024 BMW M440i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M440i Gran Coupe","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46526","Gasoline",null,"2021 Buick Encore (SIDI) ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Encore (SIDI)","ICE",null,0,0,0,9.6999999999999993,7.3,24898,"","Gasoline"]
["2024 BMW M440i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M440i xDrive Convertible","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46525","Gasoline",null,"2021 Buick Encore AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Encore AWD","ICE",null,0,0,0,10,8,26898,"","Gasoline"]
["2024 BMW M440i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M440i xDrive Coupe","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46523","Gasoline",null,"2021 Buick Encore AWD (SIDI) ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Encore AWD (SIDI)","ICE",null,0,0,0,10.199999999999999,7.7,26898,"","Gasoline"]
["2024 BMW M440i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M440i xDrive Gran Coupe","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46527","Gasoline",null,"2021 Buick Encore GX ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Encore GX","ICE",null,0,0,0,8.4,7.5,25998,"","Gasoline"]
["2024 BMW M8 Competition Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M8 Competition Convertible","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46481","Gasoline",null,"2021 Buick Envision ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Envision","ICE",null,0,0,0,10,7.6,35698,"","Gasoline"]
["2024 BMW M8 Competition Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M8 Competition Coupe","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46480","Gasoline",null,"2021 Buick Envision AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Envision AWD","ICE",null,0,0,0,10.5,8.1999999999999993,38098,"","Gasoline"]
["2024 BMW M8 Competition Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M8 Competition Gran Coupe","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46498","Gasoline",null,"2021 Chevrolet Blazer ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Blazer","ICE",null,0,0,0,12,8.6999999999999993,37198,"","Gasoline"]
["2024 BMW M850i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M850i xDrive Convertible","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46479","Gasoline",null,"2021 Chevrolet Blazer ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Blazer","ICE",null,0,0,0,10.6,8,37198,"","Gasoline"]
["2024 BMW M850i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M850i xDrive Coupe","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46478","Gasoline",null,"2021 Chevrolet Blazer ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Blazer","ICE",null,0,0,0,11.3,8.9,37198,"","Gasoline"]
["2024 BMW M850i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","M850i xDrive Gran Coupe","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46496","Gasoline",null,"2021 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Blazer AWD","ICE",null,0,0,0,10.6,8.6999999999999993,39598,"","Gasoline"]
["2024 BMW X1 M35i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X1 M35i","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46871","Gasoline",null,"2021 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Blazer AWD","ICE",null,0,0,0,12.5,9,39598,"","Gasoline"]
["2024 BMW X3 M ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X3 M","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46873","Gasoline",null,"2021 Chevrolet Bolt EV BEV","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Bolt EV","BEV",null,417,1.8539325842696628,2.191011235955056,0,0,44998,"","Electricity"]
["2024 BMW X3 M Competition ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X3 M Competition","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46874","Gasoline",null,"2021 Chevrolet Colorado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Colorado","ICE",null,0,0,0,12.9,9.3000000000000007,27598,"","Gasoline"]
["2024 BMW X3 M40i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X3 M40i","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46872","Gasoline",null,"2021 Chevrolet Colorado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Colorado","ICE",null,0,0,0,11.8,7.9,27598,"","Gasoline"]
["2024 BMW X3 sDrive30i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X3 sDrive30i","ICE",null,0,null,null,23,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46687","Gasoline",null,"2021 Chevrolet Colorado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Colorado","ICE",null,0,0,0,12.2,9.4,27598,"","Gasoline"]
["2024 BMW X3 xDrive30i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X3 xDrive30i","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46704","Gasoline",null,"2021 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Colorado 4WD","ICE",null,0,0,0,12.2,8.4,27598,"","Gasoline"]
["2024 BMW X4 M ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X4 M","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46876","Gasoline",null,"2021 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Colorado 4WD","ICE",null,0,0,0,12.7,9.9,27598,"","Gasoline"]
["2024 BMW X4 M Competition ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X4 M Competition","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46877","Gasoline",null,"2021 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Colorado 4WD","ICE",null,0,0,0,14,9.9,27598,"","Gasoline"]
["2024 BMW X4 M40i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X4 M40i","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46875","Gasoline",null,"2021 Chevrolet Equinox ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Equinox","ICE",null,0,0,0,8.9,7.7,27198,"","Gasoline"]
["2024 BMW X4 xDrive30i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X4 xDrive30i","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46705","Gasoline",null,"2021 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Equinox AWD","ICE",null,0,0,0,9.4,8,27198,"","Gasoline"]
["2024 BMW X5 M Competition ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X5 M Competition","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46547","Gasoline",null,"2021 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Malibu","ICE",null,0,0,0,8.1999999999999993,6.6,25448,"","Gasoline"]
["2024 BMW X5 M60i xDrive ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X5 M60i xDrive","ICE",null,0,null,null,17,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46546","Gasoline",null,"2021 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Malibu","ICE",null,0,0,0,10.7,7.1,25448,"","Gasoline"]
["2024 BMW X5 sDrive40i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X5 sDrive40i","ICE",null,0,null,null,23,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46544","Gasoline",null,"2021 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado","ICE",null,0,0,0,10.199999999999999,7.2,31698,"","Gasoline"]
["2024 BMW X5 xDrive40i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X5 xDrive40i","ICE",null,0,null,null,23,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46545","Gasoline",null,"2021 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado","ICE",null,0,0,0,11.9,10.3,31698,"","Gasoline"]
["2024 BMW X6 M Competition ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X6 M Competition","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46550","Gasoline",null,"2021 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado","ICE",null,0,0,0,13.9,10.1,31698,"","Gasoline"]
["2024 BMW X6 M60i xDrive ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X6 M60i xDrive","ICE",null,0,null,null,17,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46549","Gasoline",null,"2021 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado","ICE",null,0,0,0,15.1,11.5,31698,"","Gasoline"]
["2024 BMW X6 xDrive40i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X6 xDrive40i","ICE",null,0,null,null,23,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46548","Gasoline",null,"2021 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado","ICE",null,0,0,0,15.8,11.4,31698,"","Gasoline"]
["2024 BMW X7 M60i xDrive ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X7 M60i xDrive","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46552","Gasoline",null,"2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,14.3,10.7,31698,"","Gasoline"]
["2024 BMW X7 xDrive40i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","X7 xDrive40i","ICE",null,0,null,null,21,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46551","Gasoline",null,"2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,14.4,10.6,31698,"","Gasoline"]
["2024 BMW XM PHEV","Passenger Vehicles (Light-Duty)",2024,"BMW","XM","PHEV",null,31,46,46,12,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47492","Gasoline",null,"2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,16,11.8,31698,"","Gasoline"]
["2024 BMW Z4 M40i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","Z4 M40i","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46632","Gasoline",null,"2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,14.7,11,31698,"","Gasoline"]
["2024 BMW Z4 sDrive30i ICE","Passenger Vehicles (Light-Duty)",2024,"BMW","Z4 sDrive30i","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46631","Gasoline",null,"2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,15.8,11.9,31698,"","Gasoline"]
["2024 BMW i4 M50 Gran Coupe (19 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 M50 Gran Coupe (19 inch wheels)","BEV",null,269,94,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46915","Electricity",null,"2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,12.5,10.8,31698,"","Gasoline"]
["2024 BMW i4 M50 Gran Coupe (20 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 M50 Gran Coupe (20 inch wheels)","BEV",null,227,79,80,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46916","Electricity",null,"2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,10.6,9.1999999999999993,31698,"","Gasoline"]
["2024 BMW i4 eDrive35 Gran Coupe (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 eDrive35 Gran Coupe (18 inch Wheels)","BEV",null,276,122,119,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46919","Electricity",null,"2021 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Spark","ICE",null,0,0,0,8,6.2,10198,"","Gasoline"]
["2024 BMW i4 eDrive35 Gran Coupe (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 eDrive35 Gran Coupe (19 inch Wheels)","BEV",null,252,111,107,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46920","Electricity",null,"2021 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Spark","ICE",null,0,0,0,7.7,6.2,10198,"","Gasoline"]
["2024 BMW i4 eDrive40 Gran Coupe (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 eDrive40 Gran Coupe (18 inch Wheels)","BEV",null,301,109,108,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46921","Electricity",null,"2021 Chevrolet Suburban ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Suburban","ICE",null,0,0,0,14.3,11.8,59498,"","Gasoline"]
["2024 BMW i4 eDrive40 Gran Coupe (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 eDrive40 Gran Coupe (19 inch Wheels)","BEV",null,283,100,99,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46922","Electricity",null,"2021 Chevrolet Suburban ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Suburban","ICE",null,0,0,0,11.3,8.6,59498,"","Gasoline"]
["2024 BMW i4 xDrive40 Gran Coupe (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 xDrive40 Gran Coupe (18 inch Wheels)","BEV",null,307,107,111,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46917","Electricity",null,"2021 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Suburban 4WD","ICE",null,0,0,0,15.3,12.4,59498,"","Gasoline"]
["2024 BMW i4 xDrive40 Gran Coupe (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i4 xDrive40 Gran Coupe (19 inch Wheels)","BEV",null,279,98,100,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46918","Electricity",null,"2021 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Suburban 4WD","ICE",null,0,0,0,12,8.9,59498,"","Gasoline"]
["2024 BMW i5 M60 xDrive Sedan (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i5 M60 xDrive Sedan (19 inch Wheels)","BEV",null,256,90,93,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46926","Electricity",null,"2021 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Suburban 4WD","ICE",null,0,0,0,16.8,12.4,59498,"","Gasoline"]
["2024 BMW i5 M60 xDrive Sedan (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i5 M60 xDrive Sedan (20 inch Wheels)","BEV",null,248,89,90,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46927","Electricity",null,"2021 Chevrolet Tahoe ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Tahoe","ICE",null,0,0,0,11,8.4,56498,"","Gasoline"]
["2024 BMW i5 M60 xDrive Sedan (21 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i5 M60 xDrive Sedan (21 inch Wheels)","BEV",null,240,85,86,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46928","Electricity",null,"2021 Chevrolet Tahoe ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Tahoe","ICE",null,0,0,0,14.3,11.8,56498,"","Gasoline"]
["2024 BMW i5 eDrive40 Sedan (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i5 eDrive40 Sedan (19 inch Wheels)","BEV",null,295,104,105,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46923","Electricity",null,"2021 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Tahoe 4WD","ICE",null,0,0,0,12,8.9,56498,"","Gasoline"]
["2024 BMW i5 eDrive40 Sedan (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i5 eDrive40 Sedan (20 inch Wheels)","BEV",null,278,99,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46924","Electricity",null,"2021 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Tahoe 4WD","ICE",null,0,0,0,14.8,11.8,56498,"","Gasoline"]
["2024 BMW i5 eDrive40 Sedan (21 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i5 eDrive40 Sedan (21 inch Wheels)","BEV",null,270,97,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46925","Electricity",null,"2021 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Tahoe 4WD","ICE",null,0,0,0,16.8,12.4,56498,"","Gasoline"]
["2024 BMW i7 M70 xDrive Sedan (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 M70 xDrive Sedan (20 inch Wheels)","BEV",null,274,74,80,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46932","Electricity",null,"2021 Chevrolet Trailblazer ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Trailblazer","ICE",null,0,0,0,8.4,7.5,23798,"","Gasoline"]
["2024 BMW i7 M70 xDrive Sedan (21 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 M70 xDrive Sedan (21 inch Wheels)","BEV",null,291,79,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46933","Electricity",null,"2021 Chevrolet Trailblazer ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Trailblazer","ICE",null,0,0,0,8,7.2,23798,"","Gasoline"]
["2024 BMW i7 eDrive50 Sedan (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 eDrive50 Sedan (19 inch Wheels)","BEV",null,321,87,95,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46929","Electricity",null,"2021 Chevrolet Trailblazer AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Trailblazer AWD","ICE",null,0,0,0,8.9,7.8,23798,"","Gasoline"]
["2024 BMW i7 eDrive50 Sedan (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 eDrive50 Sedan (20 inch Wheels)","BEV",null,301,83,90,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46930","Electricity",null,"2021 Chevrolet Traverse ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Traverse","ICE",null,0,0,0,13,8.8000000000000007,36198,"","Gasoline"]
["2024 BMW i7 eDrive50 Sedan (21 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 eDrive50 Sedan (21 inch Wheels)","BEV",null,311,86,92,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46931","Electricity",null,"2021 Chevrolet Traverse AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Traverse AWD","ICE",null,0,0,0,13.6,9.6,36198,"","Gasoline"]
["2024 BMW i7 xDrive60 Sedan (19 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 xDrive60 Sedan (19 inch wheels)","BEV",null,317,87,93,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46934","Electricity",null,"2021 Chevrolet Trax ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Trax","ICE",null,0,0,0,9.1,7.6,21998,"","Gasoline"]
["2024 BMW i7 xDrive60 Sedan (20 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 xDrive60 Sedan (20 inch wheels)","BEV",null,298,82,87,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46935","Electricity",null,"2021 Chevrolet Trax (SIDI) ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Trax (SIDI)","ICE",null,0,0,0,9.6999999999999993,7.3,21998,"","Gasoline"]
["2024 BMW i7 xDrive60 Sedan (21 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","i7 xDrive60 Sedan (21 inch wheels)","BEV",null,307,86,91,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46936","Electricity",null,"2021 Chevrolet Trax 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Trax 4WD","ICE",null,0,0,0,10,8,21998,"","Gasoline"]
["2024 BMW iX M60 (21 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX M60 (21 inch Wheels)","BEV",null,296,78,82,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46937","Electricity",null,"2021 Chevrolet Trax 4WD (SIDI) ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Trax 4WD (SIDI)","ICE",null,0,0,0,10.199999999999999,7.7,21998,"","Gasoline"]
["2024 BMW iX M60 (22 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX M60 (22 inch Wheels)","BEV",null,296,78,82,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46938","Electricity",null,"2021 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","300","ICE",null,0,0,0,12.4,7.8,43870,"","Gasoline"]
["2024 BMW iX xDrive40 (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX xDrive40 (20 inch Wheels)","BEV",null,217,87,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46939","Electricity",null,"2021 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","300","ICE",null,0,0,0,14.7,9.4,43870,"","Gasoline"]
["2024 BMW iX xDrive40 (21 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX xDrive40 (21 inch Wheels)","BEV",null,217,87,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46940","Electricity",null,"2021 Chrysler 300 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","300 AWD","ICE",null,0,0,0,12.8,8.6999999999999993,46870,"","Gasoline"]
["2024 BMW iX xDrive40 (22 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX xDrive40 (22 inch Wheels)","BEV",null,217,87,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46941","Electricity",null,"2021 Chrysler Grand Caravan ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","Grand Caravan","ICE",null,0,0,0,12.4,8.4,33246,"","Gasoline"]
["2024 BMW iX xDrive50 (20 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX xDrive50 (20 inch wheels)","BEV",null,307,83,82,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46942","Electricity",null,"2021 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","Pacifica","ICE",null,0,0,0,12.4,8.4,38096,"","Gasoline"]
["2024 BMW iX xDrive50 (21 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX xDrive50 (21 inch wheels)","BEV",null,307,83,82,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46943","Electricity",null,"2021 Chrysler Pacifica AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","Pacifica AWD","ICE",null,0,0,0,14.1,9.4,38096,"","Gasoline"]
["2024 BMW iX xDrive50 (22 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"BMW","iX xDrive50 (22 inch wheels)","BEV",null,307,83,82,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46944","Electricity",null,"2021 Chrysler Pacifica Hybrid PHEV","Passenger Vehicles (Light-Duty)",2021,"Chrysler","Pacifica Hybrid","PHEV",null,51,2.9,2.9,8,7.9,47071,"","Gasoline"]
["2024 Buick Enclave AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Buick","Enclave AWD","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46745","Gasoline",null,"2021 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Challenger","ICE",null,0,0,0,15.6,10.1,35670,"","Gasoline"]
["2024 Buick Enclave FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Buick","Enclave FWD","ICE",null,0,null,null,18,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46740","Gasoline",null,"2021 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Challenger","ICE",null,0,0,0,12.4,7.8,35670,"","Gasoline"]
["2024 Buick Encore GX AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Buick","Encore GX AWD","ICE",null,0,null,null,26,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46534","Gasoline",null,"2021 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Challenger","ICE",null,0,0,0,16.7,10.4,35670,"","Gasoline"]
["2024 Buick Encore GX FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Buick","Encore GX FWD","ICE",null,0,null,null,29,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46532","Gasoline",null,"2021 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Charger","ICE",null,0,0,0,12.4,7.8,39170,"","Gasoline"]
["2024 Buick Encore GX FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Buick","Encore GX FWD","ICE",null,0,null,null,30,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46581","Gasoline",null,"2021 Dodge Charger AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Charger AWD","ICE",null,0,0,0,12.8,8.6999999999999993,39170,"","Gasoline"]
["2024 Buick Envista ICE","Passenger Vehicles (Light-Duty)",2024,"Buick","Envista","ICE",null,0,null,null,28,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46679","Gasoline",null,"2021 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Durango AWD","ICE",null,0,0,0,12.7,9.6,42494,"","Gasoline"]
["2024 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Blazer AWD","ICE",null,0,null,null,22,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46878","Gasoline",null,"2021 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Durango AWD","ICE",null,0,0,0,16.7,10.9,42494,"","Gasoline"]
["2024 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Blazer AWD","ICE",null,0,null,null,18,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46879","Gasoline",null,"2021 FIAT 500X AWD ICE","Passenger Vehicles (Light-Duty)",2021,"FIAT","500X AWD","ICE",null,0,0,0,10,7.9,32245,"","Gasoline"]
["2024 Chevrolet Blazer EV AWD BEV","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Blazer EV AWD","BEV",null,279,103,88,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47445","Electricity",null,"2021 Ford Bronco Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Bronco Sport 4WD","ICE",null,0,0,0,9.3000000000000007,8.3000000000000007,32199,"","Gasoline"]
["2024 Chevrolet Blazer FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Blazer FWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46861","Gasoline",null,"2021 Ford Bronco Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Bronco Sport 4WD","ICE",null,0,0,0,11.1,8.9,32199,"","Gasoline"]
["2024 Chevrolet Blazer FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Blazer FWD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46862","Gasoline",null,"2021 Ford EcoSport ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","EcoSport","ICE",null,0,0,0,8.6,8.1,25299,"","Gasoline"]
["2024 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Camaro","ICE",null,0,null,null,18,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47047","Gasoline",null,"2021 Ford EcoSport AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","EcoSport AWD","ICE",null,0,0,0,10.199999999999999,8,25299,"","Gasoline"]
["2024 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Camaro","ICE",null,0,null,null,16,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47045","Gasoline",null,"2021 Ford Edge ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Edge","ICE",null,0,0,0,11.2,8.1,36399,"","Gasoline"]
["2024 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Camaro","ICE",null,0,null,null,16,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47046","Gasoline",null,"2021 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Edge AWD","ICE",null,0,0,0,11.5,8.3000000000000007,36399,"","Gasoline"]
["2024 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Camaro","ICE",null,0,null,null,16,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47042","Gasoline",null,"2021 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Edge AWD","ICE",null,0,0,0,12.6,9.3000000000000007,36399,"","Gasoline"]
["2024 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Camaro","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47044","Gasoline",null,"2021 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Edge AWD","ICE",null,0,0,0,11.5,8.3000000000000007,36399,"","Gasoline"]
["2024 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Camaro","ICE",null,0,null,null,13,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47043","Gasoline",null,"2021 Ford Escape ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Escape","ICE",null,0,0,0,8.5,6.8,28549,"","Gasoline"]
["2024 Chevrolet Colorado 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Colorado 2WD","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47362","Gasoline",null,"2021 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Escape AWD","ICE",null,0,0,0,10.4,7.5,28549,"","Gasoline"]
["2024 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Colorado 4WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47110","Gasoline",null,"2021 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Escape AWD","ICE",null,0,0,0,9,7.6,28549,"","Gasoline"]
["2024 Chevrolet Corvette ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Corvette","ICE",null,0,null,null,16,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47007","Gasoline",null,"2021 Ford Escape Hybrid ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Escape Hybrid","ICE",null,0,0,0,5.4,6.3,37649,"","Gasoline"]
["2024 Chevrolet Corvette AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Corvette AWD","ICE",null,0,null,null,16,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47231","Gasoline",null,"2021 Ford Escape Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Escape Hybrid AWD","ICE",null,0,0,0,5.5,6.4,37649,"","Gasoline"]
["2024 Chevrolet Corvette Z06 ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Corvette Z06","ICE",null,0,null,null,12,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46759","Gasoline",null,"2021 Ford Expedition 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Expedition 4X4","ICE",null,0,0,0,14.1,10.7,62710,"","Gasoline"]
["2024 Chevrolet Corvette Z06 Carbon Aero ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Corvette Z06 Carbon Aero","ICE",null,0,null,null,12,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46760","Gasoline",null,"2021 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Explorer AWD","ICE",null,0,0,0,11.7,8.6,44549,"","Gasoline"]
["2024 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Equinox AWD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46597","Gasoline",null,"2021 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Explorer AWD","ICE",null,0,0,0,13.4,9.8000000000000007,44549,"","Gasoline"]
["2024 Chevrolet Equinox FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Equinox FWD","ICE",null,0,null,null,26,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46591","Gasoline",null,"2021 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Explorer AWD","ICE",null,0,0,0,11.7,8.6,44549,"","Gasoline"]
["2024 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,18,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47112","Gasoline",null,"2021 Ford Explorer Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Explorer Hybrid AWD","ICE",null,0,0,0,10.1,9,49799,"","Gasoline"]
["2024 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46813","Gasoline",null,"2021 Ford F-150 ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F-150","ICE",null,0,0,0,13.1,10,31429,"","Gasoline"]
["2024 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46814","Gasoline",null,"2021 Ford F-150 ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F-150","ICE",null,0,0,0,12,9.3000000000000007,31429,"","Gasoline"]
["2024 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,17,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47113","Gasoline",null,"2021 Ford F-150 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F-150 4X4","ICE",null,0,0,0,12.8,10,31429,"","Gasoline"]
["2024 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46812","Gasoline",null,"2021 Ford F-150 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F-150 4X4","ICE",null,0,0,0,13.5,10.199999999999999,31429,"","Gasoline"]
["2024 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46825","Gasoline",null,"2021 Ford F-150 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F-150 4X4","ICE",null,0,0,0,11.9,9.1,31429,"","Gasoline"]
["2024 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46832","Gasoline",null,"2021 Ford F-150 Hybrid ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F-150 Hybrid","ICE",null,0,0,0,9.5,9.1,31429,"","Gasoline"]
["2024 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46828","Gasoline",null,"2021 Ford F-150 Hybrid 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F-150 Hybrid 4X4","ICE",null,0,0,0,9.8000000000000007,9.6999999999999993,31429,"","Gasoline"]
["2024 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,18,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47122","Gasoline",null,"2021 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang","ICE",null,0,0,0,11,7.5,31745,"","Gasoline"]
["2024 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,17,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47121","Gasoline",null,"2021 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang","ICE",null,0,0,0,11,7.5,31745,"","Gasoline"]
["2024 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46830","Gasoline",null,"2021 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang","ICE",null,0,0,0,16.2,10,31745,"","Gasoline"]
["2024 Chevrolet Silverado 4WD ZR2 ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado 4WD ZR2","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46827","Gasoline",null,"2021 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang","ICE",null,0,0,0,15.3,9.8000000000000007,31745,"","Gasoline"]
["2024 Chevrolet Silverado Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Cab Chassis 2WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46856","Gasoline",null,"2021 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang","ICE",null,0,0,0,11.4,8.1,31745,"","Gasoline"]
["2024 Chevrolet Silverado Cab Chassis 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Cab Chassis 4WD","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46857","Gasoline",null,"2021 Ford Mustang Mach-E California Route 1 BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E California Route 1","BEV",null,491,2.179775280898876,2.50561797752809,0,0,63745,"","Electricity"]
["2024 Chevrolet Silverado EV BEV","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado EV","BEV",null,393,72,62,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47446","Electricity",null,"2021 Ford Mustang Mach-E Extended Range (19\" Wheels) BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E Extended Range (19\" Wheels)","BEV",null,483,2.2696629213483144,2.6067415730337076,0,0,58745,"","Electricity"]
["2024 Chevrolet Silverado EV BEV","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado EV","BEV",null,450,67,59,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46946","Electricity",null,"2021 Ford Mustang Mach-E Extended Range AWD BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E Extended Range AWD","BEV",null,435,2.4494382022471908,2.8089887640449436,0,0,58745,"","Electricity"]
["2024 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,16,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47123","Gasoline",null,"2021 Ford Mustang Mach-E Standard Range BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E Standard Range","BEV",null,370,2.2359550561797752,2.5168539325842696,0,0,50495,"","Electricity"]
["2024 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46826","Gasoline",null,"2021 Ford Mustang Mach-E Standard Range AWD BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E Standard Range AWD","BEV",null,340,2.3595505617977528,2.7528089887640448,0,0,50495,"","Electricity"]
["2024 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46829","Gasoline",null,"2021 Ford Ranger 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Ranger 4WD","ICE",null,0,0,0,11.8,9.8000000000000007,34573,"","Gasoline"]
["2024 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46833","Gasoline",null,"2021 Ford Transit Connect Van ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Van","ICE",null,0,0,0,9.8000000000000007,8.8000000000000007,30475,"","Gasoline"]
["2024 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,16,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47120","Gasoline",null,"2021 Ford Transit Connect Van ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Van","ICE",null,0,0,0,12,8.8000000000000007,30475,"","Gasoline"]
["2024 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46831","Gasoline",null,"2021 Ford Transit Connect Van FFV ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Van FFV","ICE",null,0,0,0,9.8000000000000007,8.8000000000000007,30475,"","Gasoline"]
["2024 Chevrolet Suburban 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Suburban 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47397","Gasoline",null,"2021 Ford Transit Connect Van FFV ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Van FFV","ICE",null,0,0,0,13.3,11.8,30475,"","Gasoline"]
["2024 Chevrolet Suburban 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Suburban 2WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47399","Gasoline",null,"2021 Ford Transit Connect Wagon LWB ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Wagon LWB","ICE",null,0,0,0,9.9,8.1999999999999993,33055,"","Gasoline"]
["2024 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Suburban 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47418","Gasoline",null,"2021 Ford Transit Connect Wagon LWB ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Wagon LWB","ICE",null,0,0,0,12.1,9,33055,"","Gasoline"]
["2024 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Suburban 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47421","Gasoline",null,"2021 Ford Transit Connect Wagon LWB FFV ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Wagon LWB FFV","ICE",null,0,0,0,9.9,8.1999999999999993,33055,"","Gasoline"]
["2024 Chevrolet Tahoe 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Tahoe 2WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47398","Gasoline",null,"2021 Ford Transit Connect Wagon LWB FFV ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Wagon LWB FFV","ICE",null,0,0,0,13.7,11.1,33055,"","Gasoline"]
["2024 Chevrolet Tahoe 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Tahoe 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47396","Gasoline",null,"2021 GMC Acadia ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Acadia","ICE",null,0,0,0,10.6,8,37198,"","Gasoline"]
["2024 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Tahoe 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47419","Gasoline",null,"2021 GMC Acadia ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Acadia","ICE",null,0,0,0,12.2,8.8000000000000007,37198,"","Gasoline"]
["2024 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Tahoe 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47417","Gasoline",null,"2021 GMC Acadia ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Acadia","ICE",null,0,0,0,11.3,8.9,37198,"","Gasoline"]
["2024 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Tahoe 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47420","Gasoline",null,"2021 GMC Acadia AWD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Acadia AWD","ICE",null,0,0,0,12.5,9,37198,"","Gasoline"]
["2024 Chevrolet Trailblazer AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Trailblazer AWD","ICE",null,0,null,null,26,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46710","Gasoline",null,"2021 GMC Acadia AWD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Acadia AWD","ICE",null,0,0,0,10.6,8.6999999999999993,37198,"","Gasoline"]
["2024 Chevrolet Trailblazer FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Trailblazer FWD","ICE",null,0,null,null,29,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46692","Gasoline",null,"2021 GMC Canyon ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Canyon","ICE",null,0,0,0,12.9,9.3000000000000007,28298,"","Gasoline"]
["2024 Chevrolet Trax ICE","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Trax","ICE",null,0,null,null,28,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46450","Gasoline",null,"2021 GMC Canyon ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Canyon","ICE",null,0,0,0,12.2,9.4,28298,"","Gasoline"]
["2024 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2024,"Chrysler","Pacifica","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47133","Gasoline",null,"2021 GMC Canyon ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Canyon","ICE",null,0,0,0,11.8,7.9,28298,"","Gasoline"]
["2024 Chrysler Pacifica AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Chrysler","Pacifica AWD","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47253","Gasoline",null,"2021 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Canyon 4WD","ICE",null,0,0,0,12.7,9.9,28298,"","Gasoline"]
["2024 Chrysler Pacifica Hybrid PHEV","Passenger Vehicles (Light-Duty)",2024,"Chrysler","Pacifica Hybrid","PHEV",null,32,87,77,29,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47276","Gasoline",null,"2021 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Canyon 4WD","ICE",null,0,0,0,12.2,8.4,28298,"","Gasoline"]
["2024 Chrysler Voyager ICE","Passenger Vehicles (Light-Duty)",2024,"Chrysler","Voyager","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47134","Gasoline",null,"2021 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Canyon 4WD","ICE",null,0,0,0,14,9.9,28298,"","Gasoline"]
["2024 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Dodge","Durango AWD","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47424","Gasoline",null,"2021 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra","ICE",null,0,0,0,11.9,10.3,32898,"","Gasoline"]
["2024 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Dodge","Durango AWD","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47425","Gasoline",null,"2021 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra","ICE",null,0,0,0,14,10.1,32898,"","Gasoline"]
["2024 Dodge Durango RWD ICE","Passenger Vehicles (Light-Duty)",2024,"Dodge","Durango RWD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47402","Gasoline",null,"2021 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra","ICE",null,0,0,0,15.1,11.5,32898,"","Gasoline"]
["2024 Dodge Durango RWD ICE","Passenger Vehicles (Light-Duty)",2024,"Dodge","Durango RWD","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47403","Gasoline",null,"2021 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra","ICE",null,0,0,0,15.8,11.4,32898,"","Gasoline"]
["2024 Dodge Durango SRT AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Dodge","Durango SRT AWD","ICE",null,0,null,null,13,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47427","Gasoline",null,"2021 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra","ICE",null,0,0,0,10.199999999999999,7.8,32898,"","Gasoline"]
["2024 Dodge Durango SRT AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Dodge","Durango SRT AWD","ICE",null,0,null,null,12,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47426","Gasoline",null,"2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,0,0,14.3,10.7,32898,"","Gasoline"]
["2024 Dodge Hornet AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Dodge","Hornet AWD","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46711","Gasoline",null,"2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,0,0,13,11.4,32898,"","Gasoline"]
["2024 Dodge Hornet PHEV AWD PHEV","Passenger Vehicles (Light-Duty)",2024,"Dodge","Hornet PHEV AWD","PHEV",null,33,77,77,29,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47275","Gasoline",null,"2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,0,0,16,11.8,32898,"","Gasoline"]
["2024 Ford Bronco Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Bronco Sport 4WD","ICE",null,0,null,null,25,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47375","Gasoline",null,"2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,0,0,15.2,11.1,32898,"","Gasoline"]
["2024 Ford Bronco Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Bronco Sport 4WD","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47376","Gasoline",null,"2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,0,0,10.6,9.1999999999999993,32898,"","Gasoline"]
["2024 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Edge AWD","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46880","Gasoline",null,"2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,0,0,15.1,11.5,32898,"","Gasoline"]
["2024 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Edge AWD","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46881","Gasoline",null,"2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,0,0,15.8,11.9,32898,"","Gasoline"]
["2024 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Edge AWD","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46882","Gasoline",null,"2021 GMC Terrain ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Terrain","ICE",null,0,0,0,9.1999999999999993,7.8,31198,"","Gasoline"]
["2024 Ford Expedition 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Expedition 2WD","ICE",null,0,null,null,17,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47167","Gasoline",null,"2021 GMC Terrain AWD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Terrain AWD","ICE",null,0,0,0,9.6,8.3000000000000007,31198,"","Gasoline"]
["2024 Ford Expedition 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Expedition 4WD","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47180","Gasoline",null,"2021 GMC Yukon ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Yukon","ICE",null,0,0,0,14.3,11.8,57998,"","Gasoline"]
["2024 Ford Expedition Timberline AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Expedition Timberline AWD","ICE",null,0,null,null,16,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47181","Gasoline",null,"2021 GMC Yukon ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Yukon","ICE",null,0,0,0,11.3,8.6,57998,"","Gasoline"]
["2024 Ford Maverick AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Maverick AWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47366","Gasoline",null,"2021 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Yukon 4WD","ICE",null,0,0,0,12,8.9,57998,"","Gasoline"]
["2024 Ford Maverick FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Maverick FWD","ICE",null,0,null,null,23,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47363","Gasoline",null,"2021 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Yukon 4WD","ICE",null,0,0,0,14.8,11.8,57998,"","Gasoline"]
["2024 Ford Maverick HEV FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Maverick HEV FWD","ICE",null,0,null,null,42,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47364","Gasoline",null,"2021 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Yukon 4WD","ICE",null,0,0,0,16.8,12.4,57998,"","Gasoline"]
["2024 Ford Maverick Tremor AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Maverick Tremor AWD","ICE",null,0,null,null,20,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47367","Gasoline",null,"2021 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Accord","ICE",null,0,0,0,7.8,6.5,34090,"","Gasoline"]
["2024 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Mustang","ICE",null,0,null,null,22,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46646","Gasoline",null,"2021 Honda Accord Hybrid ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Accord Hybrid","ICE",null,0,0,0,5,5,37590,"","Gasoline"]
["2024 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Mustang","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46648","Gasoline",null,"2021 Honda Accord Hybrid Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Accord Hybrid Sport/Touring","ICE",null,0,0,0,5.3,5.7,37590,"","Gasoline"]
["2024 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Mustang","ICE",null,0,null,null,14,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46647","Gasoline",null,"2021 Honda Accord Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Accord Sport/Touring","ICE",null,0,0,0,10.4,7.4,34090,"","Gasoline"]
["2024 Ford Mustang Dark Horse ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Mustang Dark Horse","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46649","Gasoline",null,"2021 Honda Accord Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Accord Sport/Touring","ICE",null,0,0,0,8.1,6.8,34090,"","Gasoline"]
["2024 Ford Mustang Dark Horse ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Mustang Dark Horse","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46767","Gasoline",null,"2021 Honda CR-V ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","CR-V","ICE",null,0,0,0,8.3000000000000007,7,31760,"","Gasoline"]
["2024 Ford Mustang Performance Package ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Mustang Performance Package","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46645","Gasoline",null,"2021 Honda CR-V AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","CR-V AWD","ICE",null,0,0,0,8.6999999999999993,7.4,31760,"","Gasoline"]
["2024 Ford Ranger 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Ranger 2WD","ICE",null,0,null,null,21,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47368","Gasoline",null,"2021 Honda Civic Hatchback ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic Hatchback","ICE",null,0,0,0,8.1,6.4,32185,"","Gasoline"]
["2024 Ford Ranger 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Ranger 4WD","ICE",null,0,null,null,20,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47370","Gasoline",null,"2021 Honda Civic Hatchback Sport ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic Hatchback Sport","ICE",null,0,0,0,8.1,6.4,32185,"","Gasoline"]
["2024 Ford Ranger RAPTOR 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ford","Ranger RAPTOR 4WD","ICE",null,0,null,null,16,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47371","Gasoline",null,"2021 Honda Civic Hatchback Sport ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic Hatchback Sport","ICE",null,0,0,0,8,6.6,32185,"","Gasoline"]
["2024 GMC Canyon 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Canyon 2WD","ICE",null,0,null,null,19,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47365","Gasoline",null,"2021 Honda Civic Sedan ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic Sedan","ICE",null,0,0,0,7.8,6.2,25185,"","Gasoline"]
["2024 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Canyon 4WD","ICE",null,0,null,null,18,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47111","Gasoline",null,"2021 Honda Civic Sedan ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic Sedan","ICE",null,0,0,0,8.1999999999999993,6.5,25185,"","Gasoline"]
["2024 GMC Hummer EV Pickup BEV","Passenger Vehicles (Light-Duty)",2024,"GMC","Hummer EV Pickup","BEV",null,314,59,48,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46951","Electricity",null,"2021 Honda Civic Sedan ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic Sedan","ICE",null,0,0,0,7.9,6.1,25185,"","Gasoline"]
["2024 GMC Hummer EV Pickup MT Tires BEV","Passenger Vehicles (Light-Duty)",2024,"GMC","Hummer EV Pickup MT Tires","BEV",null,298,55,45,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46952","Electricity",null,"2021 Honda Civic Type R ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic Type R","ICE",null,0,0,0,10.5,8.4,47985,"","Gasoline"]
["2024 GMC Hummer EV SUV BEV","Passenger Vehicles (Light-Duty)",2024,"GMC","Hummer EV SUV","BEV",null,314,59,48,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46953","Electricity",null,"2021 Honda Clarity Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2021,"Honda","Clarity Plug-in Hybrid","PHEV",null,77,2.1,2.1,5.3,5.9,46290,"","Gasoline"]
["2024 GMC Hummer EV SUV MT Tires BEV","Passenger Vehicles (Light-Duty)",2024,"GMC","Hummer EV SUV MT Tires","BEV",null,298,55,45,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46954","Electricity",null,"2021 Honda HR-V ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","HR-V","ICE",null,0,0,0,8.4,7,27155,"","Gasoline"]
["2024 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 2WD","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46819","Gasoline",null,"2021 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","HR-V AWD","ICE",null,0,0,0,9.1,7.7,27155,"","Gasoline"]
["2024 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 2WD","ICE",null,0,null,null,17,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47115","Gasoline",null,"2021 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","HR-V AWD","ICE",null,0,0,0,8.8000000000000007,7.5,27155,"","Gasoline"]
["2024 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 2WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46818","Gasoline",null,"2021 Honda Insight EX ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Insight EX","ICE",null,0,0,0,4.5999999999999996,5.3,30260,"","Gasoline"]
["2024 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 2WD","ICE",null,0,null,null,18,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47114","Gasoline",null,"2021 Honda Insight Touring ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Insight Touring","ICE",null,0,0,0,4.5999999999999996,5.3,30260,"","Gasoline"]
["2024 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 2WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46817","Gasoline",null,"2021 Honda Odyssey ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Odyssey","ICE",null,0,0,0,12.2,8.5,45060,"","Gasoline"]
["2024 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 4WD","ICE",null,0,null,null,17,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47125","Gasoline",null,"2021 Honda Passport AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Passport AWD","ICE",null,0,0,0,12.5,9.8000000000000007,45260,"","Gasoline"]
["2024 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46848","Gasoline",null,"2021 Honda Pilot AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Pilot AWD","ICE",null,0,0,0,12.4,9.3000000000000007,44560,"","Gasoline"]
["2024 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 4WD","ICE",null,0,null,null,17,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47124","Gasoline",null,"2021 Honda Ridgeline AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Ridgeline AWD","ICE",null,0,0,0,12.8,9.9,46310,"","Gasoline"]
["2024 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46844","Gasoline",null,"2021 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Elantra","ICE",null,0,0,0,9.1,6.3,17899,"","Gasoline"]
["2024 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46841","Gasoline",null,"2021 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Elantra","ICE",null,0,0,0,8.4,6.6,17899,"","Gasoline"]
["2024 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46846","Gasoline",null,"2021 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Elantra","ICE",null,0,0,0,7.5,5.7,17899,"","Gasoline"]
["2024 GMC Sierra 4WD AT4X ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra 4WD AT4X","ICE",null,0,null,null,14,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46843","Gasoline",null,"2021 Hyundai IONIQ ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","IONIQ","ICE",null,0,0,0,4.3,4.0999999999999996,25649,"","Gasoline"]
["2024 GMC Sierra Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra Cab Chassis 2WD","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46858","Gasoline",null,"2021 Hyundai IONIQ Electric BEV","Passenger Vehicles (Light-Duty)",2021,"Hyundai","IONIQ Electric","BEV",null,274,1.6292134831460674,1.9550561797752808,0,0,41599,"","Electricity"]
["2024 GMC Sierra Cab Chassis 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra Cab Chassis 4WD","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46859","Gasoline",null,"2021 Hyundai IONIQ Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2021,"Hyundai","IONIQ Plug-in Hybrid","PHEV",null,47,2,2,4.5,4.5999999999999996,32649,"","Gasoline"]
["2024 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46845","Gasoline",null,"2021 Hyundai Kona ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Kona","ICE",null,0,0,0,8.6,7,21299,"","Gasoline"]
["2024 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,16,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47126","Gasoline",null,"2021 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Kona AWD","ICE",null,0,0,0,9,8,21299,"","Gasoline"]
["2024 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46842","Gasoline",null,"2021 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Kona AWD","ICE",null,0,0,0,9.1999999999999993,7.8,21299,"","Gasoline"]
["2024 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46849","Gasoline",null,"2021 Hyundai Kona Electric BEV","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Kona Electric","BEV",null,415,1.8202247191011232,2.1685393258426968,0,0,44999,"","Electricity"]
["2024 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46847","Gasoline",null,"2021 Hyundai Palisade ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Palisade","ICE",null,0,0,0,11.9,8.8000000000000007,39199,"","Gasoline"]
["2024 GMC Terrain AWD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Terrain AWD","ICE",null,0,null,null,23,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46598","Gasoline",null,"2021 Hyundai Palisade AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Palisade AWD","ICE",null,0,0,0,12.3,9.6,39199,"","Gasoline"]
["2024 GMC Terrain FWD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Terrain FWD","ICE",null,0,null,null,24,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46592","Gasoline",null,"2021 Hyundai Santa Fe ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Santa Fe","ICE",null,0,0,0,9.6,8.5,31399,"","Gasoline"]
["2024 GMC Yukon 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47404","Gasoline",null,"2021 Hyundai Santa Fe AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Santa Fe AWD","ICE",null,0,0,0,11,8.5,31399,"","Gasoline"]
["2024 GMC Yukon 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon 2WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47406","Gasoline",null,"2021 Hyundai Santa Fe AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Santa Fe AWD","ICE",null,0,0,0,10.6,9.3000000000000007,31399,"","Gasoline"]
["2024 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47428","Gasoline",null,"2021 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Sonata","ICE",null,0,0,0,10.1,7.2,27149,"","Gasoline"]
["2024 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47430","Gasoline",null,"2021 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Sonata","ICE",null,0,0,0,8.8000000000000007,6.4,27149,"","Gasoline"]
["2024 GMC Yukon XL 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon XL 2WD","ICE",null,0,null,null,14,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47407","Gasoline",null,"2021 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Sonata","ICE",null,0,0,0,8.8000000000000007,6.4,27149,"","Gasoline"]
["2024 GMC Yukon XL 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon XL 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47405","Gasoline",null,"2021 Hyundai Sonata Hybrid ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Sonata Hybrid","ICE",null,0,0,0,5.3,4.5999999999999996,40199,"","Gasoline"]
["2024 GMC Yukon XL 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon XL 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47429","Gasoline",null,"2021 Hyundai Tucson ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Tucson","ICE",null,0,0,0,10,7.9,26099,"","Gasoline"]
["2024 GMC Yukon XL 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"GMC","Yukon XL 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47431","Gasoline",null,"2021 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Tucson AWD","ICE",null,0,0,0,11,9.1,26099,"","Gasoline"]
["2024 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Accord","ICE",null,0,null,null,29,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47103","Gasoline",null,"2021 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Tucson AWD","ICE",null,0,0,0,10.8,9.1999999999999993,26099,"","Gasoline"]
["2024 Honda Accord Hybrid ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Accord Hybrid","ICE",null,0,null,null,51,44,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47104","Gasoline",null,"2021 Hyundai Veloster N ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Veloster N","ICE",null,0,0,0,10.6,8.3000000000000007,37799,"","Gasoline"]
["2024 Honda Accord Hybrid Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Accord Hybrid Sport/Touring","ICE",null,0,null,null,46,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47073","Gasoline",null,"2021 Hyundai Veloster N ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Veloster N","ICE",null,0,0,0,12,8.6,37799,"","Gasoline"]
["2024 Honda CR-V AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","CR-V AWD","ICE",null,0,null,null,40,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46716","Gasoline",null,"2021 Hyundai Venue ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Venue","ICE",null,0,0,0,8.6,6.8,17599,"","Gasoline"]
["2024 Honda CR-V AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","CR-V AWD","ICE",null,0,null,null,27,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46715","Gasoline",null,"2021 Hyundai Venue ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Venue","ICE",null,0,0,0,7.9,7,17599,"","Gasoline"]
["2024 Honda CR-V FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","CR-V FWD","ICE",null,0,null,null,28,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46693","Gasoline",null,"2021 Jeep Cherokee ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Cherokee","ICE",null,0,0,0,10.4,7.6,30557,"","Gasoline"]
["2024 Honda CR-V FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","CR-V FWD","ICE",null,0,null,null,43,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46694","Gasoline",null,"2021 Jeep Cherokee ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Cherokee","ICE",null,0,0,0,11.9,8.1999999999999993,30557,"","Gasoline"]
["2024 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 4Dr","ICE",null,0,null,null,30,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47072","Gasoline",null,"2021 Jeep Cherokee ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Cherokee","ICE",null,0,0,0,10.8,7.5,30557,"","Gasoline"]
["2024 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 4Dr","ICE",null,0,null,null,33,42,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47068","Gasoline",null,"2021 Jeep Compass ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Compass","ICE",null,0,0,0,10.6,7.6,26394,"","Gasoline"]
["2024 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 4Dr","ICE",null,0,null,null,31,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47071","Gasoline",null,"2021 Jeep Compass 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Compass 4X4","ICE",null,0,0,0,10.8,7.8,26394,"","Gasoline"]
["2024 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 4Dr","ICE",null,0,null,null,31,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47069","Gasoline",null,"2021 Jeep Gladiator 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Gladiator 4X4","ICE",null,0,0,0,14.3,10.4,47177,"","Gasoline"]
["2024 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 4Dr","ICE",null,0,null,null,27,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47070","Gasoline",null,"2021 Jeep Gladiator 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Gladiator 4X4","ICE",null,0,0,0,13.7,10.7,47177,"","Gasoline"]
["2024 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 5Dr","ICE",null,0,null,null,29,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47101","Gasoline",null,"2021 Jeep Grand Cherokee 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Grand Cherokee 4X4","ICE",null,0,0,0,12.7,9.6,43124,"","Gasoline"]
["2024 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 5Dr","ICE",null,0,null,null,26,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47102","Gasoline",null,"2021 Jeep Grand Cherokee 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Grand Cherokee 4X4","ICE",null,0,0,0,16.7,10.9,43124,"","Gasoline"]
["2024 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 5Dr","ICE",null,0,null,null,31,39,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47097","Gasoline",null,"2021 Jeep Renegade ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Renegade","ICE",null,0,0,0,9.8000000000000007,7.4,26121,"","Gasoline"]
["2024 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 5Dr","ICE",null,0,null,null,30,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47098","Gasoline",null,"2021 Jeep Renegade ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Renegade","ICE",null,0,0,0,10.8,7.8,26121,"","Gasoline"]
["2024 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 5Dr","ICE",null,0,null,null,28,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47099","Gasoline",null,"2021 Jeep Renegade 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Renegade 4X4","ICE",null,0,0,0,10.1,8.1,26121,"","Gasoline"]
["2024 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Civic 5Dr","ICE",null,0,null,null,30,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47100","Gasoline",null,"2021 Jeep Renegade 4X4 ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Renegade 4X4","ICE",null,0,0,0,11.2,8.1999999999999993,26121,"","Gasoline"]
["2024 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","HR-V AWD","ICE",null,0,null,null,25,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46587","Gasoline",null,"2021 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Forte","ICE",null,0,0,0,8.6999999999999993,6.6,17695,"","Gasoline"]
["2024 Honda HR-V FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","HR-V FWD","ICE",null,0,null,null,26,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46588","Gasoline",null,"2021 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Forte","ICE",null,0,0,0,7.8,5.9,17695,"","Gasoline"]
["2024 Honda Odyssey ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Odyssey","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46860","Gasoline",null,"2021 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Forte","ICE",null,0,0,0,8.6,6.4,17695,"","Gasoline"]
["2024 Honda Passport AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Passport AWD","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47377","Gasoline",null,"2021 Kia Forte 5 ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Forte 5","ICE",null,0,0,0,8.9,6.9,22245,"","Gasoline"]
["2024 Honda Pilot AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Pilot AWD","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47182","Gasoline",null,"2021 Kia Forte 5 ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Forte 5","ICE",null,0,0,0,8,6,22245,"","Gasoline"]
["2024 Honda Pilot AWD Touring/Elite/Black ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Pilot AWD Touring/Elite/Black","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47183","Gasoline",null,"2021 Kia Forte 5 ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Forte 5","ICE",null,0,0,0,9.9,7.6,22245,"","Gasoline"]
["2024 Honda Pilot AWD TrailSport ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Pilot AWD TrailSport","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47184","Gasoline",null,"2021 Kia K5 ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","K5","ICE",null,0,0,0,9.9,7.3,29595,"","Gasoline"]
["2024 Honda Pilot FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Honda","Pilot FWD","ICE",null,0,null,null,19,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47135","Gasoline",null,"2021 Kia K5 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","K5 AWD","ICE",null,0,0,0,9.1999999999999993,6.9,29595,"","Gasoline"]
["2024 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Elantra","ICE",null,0,null,null,31,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47074","Gasoline",null,"2021 Kia Niro ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Niro","ICE",null,0,0,0,4.4000000000000004,4.9000000000000004,25495,"","Gasoline"]
["2024 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Elantra","ICE",null,0,null,null,32,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47075","Gasoline",null,"2021 Kia Niro EV BEV","Passenger Vehicles (Light-Duty)",2021,"Kia","Niro EV","BEV",null,385,1.9101123595505616,2.3146067415730336,0,0,44995,"","Electricity"]
["2024 Hyundai Elantra Hybrid ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Elantra Hybrid","ICE",null,0,null,null,49,52,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47349","Gasoline",null,"2021 Kia Niro Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2021,"Kia","Niro Plug-in Hybrid","PHEV",null,42,2.2000000000000002,2.2000000000000002,4.9000000000000004,5.3,35995,"","Gasoline"]
["2024 Hyundai Elantra Hybrid Blue ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Elantra Hybrid Blue","ICE",null,0,null,null,51,58,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47350","Gasoline",null,"2021 Kia Rio ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Rio","ICE",null,0,0,0,7.2,6,18045,"","Gasoline"]
["2024 Hyundai Ioniq 5 Long range AWD BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 5 Long range AWD","BEV",null,260,110,88,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46962","Electricity",null,"2021 Kia Rio ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Rio","ICE",null,0,0,0,7.7,6.1,18045,"","Gasoline"]
["2024 Hyundai Ioniq 5 Long range RWD BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 5 Long range RWD","BEV",null,303,132,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46960","Electricity",null,"2021 Kia Sedona ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Sedona","ICE",null,0,0,0,12.7,10,31995,"","Gasoline"]
["2024 Hyundai Ioniq 5 Standard range RWD BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 5 Standard range RWD","BEV",null,220,127,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46961","Electricity",null,"2021 Kia Seltos ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Seltos","ICE",null,0,0,0,8.1999999999999993,7.1,23095,"","Gasoline"]
["2024 Hyundai Ioniq 6 Long range AWD (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 6 Long range AWD (18 inch Wheels)","BEV",null,316,130,111,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46955","Electricity",null,"2021 Kia Seltos AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Seltos AWD","ICE",null,0,0,0,8.8000000000000007,7.6,23095,"","Gasoline"]
["2024 Hyundai Ioniq 6 Long range AWD (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 6 Long range AWD (20 inch Wheels)","BEV",null,270,111,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46956","Electricity",null,"2021 Kia Seltos AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Seltos AWD","ICE",null,0,0,0,9.4,7.9,23095,"","Gasoline"]
["2024 Hyundai Ioniq 6 Long range RWD (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 6 Long range RWD (18 inch Wheels)","BEV",null,361,153,127,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46957","Electricity",null,"2021 Kia Sorento AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Sorento AWD","ICE",null,0,0,0,10.1,9.1999999999999993,33995,"","Gasoline"]
["2024 Hyundai Ioniq 6 Long range RWD (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 6 Long range RWD (20 inch Wheels)","BEV",null,305,129,105,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46958","Electricity",null,"2021 Kia Sorento AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Sorento AWD","ICE",null,0,0,0,11.1,8.4,33995,"","Gasoline"]
["2024 Hyundai Ioniq 6 Standard Range RWD BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Ioniq 6 Standard Range RWD","BEV",null,240,151,120,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46959","Electricity",null,"2021 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Soul","ICE",null,0,0,0,8.5,7,21195,"","Gasoline"]
["2024 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Kona AWD","ICE",null,0,null,null,27,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46884","Gasoline",null,"2021 Kia Soul EV (120 Ah) BEV","Passenger Vehicles (Light-Duty)",2021,"Kia","Soul EV (120 Ah)","BEV",null,248,1.7528089887640448,2.292134831460674,0,0,42995,"","Electricity"]
["2024 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Kona AWD","ICE",null,0,null,null,26,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46883","Gasoline",null,"2021 Kia Soul EV (180 Ah) BEV","Passenger Vehicles (Light-Duty)",2021,"Kia","Soul EV (180 Ah)","BEV",null,383,1.8988764044943816,2.3595505617977528,0,0,51995,"","Electricity"]
["2024 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Kona AWD","ICE",null,0,null,null,24,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46718","Gasoline",null,"2021 Kia Sportage ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Sportage","ICE",null,0,0,0,10.1,7.6,25795,"","Gasoline"]
["2024 Hyundai Kona Electric Long Range BEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Kona Electric Long Range","BEV",null,261,129,103,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47449","Electricity",null,"2021 Kia Sportage AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Sportage AWD","ICE",null,0,0,0,12.1,9.6,25795,"","Gasoline"]
["2024 Hyundai Kona FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Kona FWD","ICE",null,0,null,null,28,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46863","Gasoline",null,"2021 Kia Sportage AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Sportage AWD","ICE",null,0,0,0,10.7,9,25795,"","Gasoline"]
["2024 Hyundai Kona FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Kona FWD","ICE",null,0,null,null,29,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46865","Gasoline",null,"2021 Kia Stinger AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Stinger AWD","ICE",null,0,0,0,13.6,9.6,44995,"","Gasoline"]
["2024 Hyundai Kona FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Kona FWD","ICE",null,0,null,null,26,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46696","Gasoline",null,"2021 Kia Telluride AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Telluride AWD","ICE",null,0,0,0,12.6,9.6999999999999993,44995,"","Gasoline"]
["2024 Hyundai Palisade AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Palisade AWD","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46717","Gasoline",null,"2021 MINI Cooper 3 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper 3 Door","ICE",null,0,0,0,8.8000000000000007,6.4,23490,"","Gasoline"]
["2024 Hyundai Palisade FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Palisade FWD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46695","Gasoline",null,"2021 MINI Cooper 3 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper 3 Door","ICE",null,0,0,0,8.4,6.5,23490,"","Gasoline"]
["2024 Hyundai Santa Cruz AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Santa Cruz AWD","ICE",null,0,null,null,19,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46720","Gasoline",null,"2021 MINI Cooper 5 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper 5 Door","ICE",null,0,0,0,8.8000000000000007,6.4,24790,"","Gasoline"]
["2024 Hyundai Santa Cruz AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Santa Cruz AWD","ICE",null,0,null,null,21,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46719","Gasoline",null,"2021 MINI Cooper 5 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper 5 Door","ICE",null,0,0,0,8.4,6.5,24790,"","Gasoline"]
["2024 Hyundai Santa Cruz FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Santa Cruz FWD","ICE",null,0,null,null,22,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46697","Gasoline",null,"2021 MINI Cooper Clubman ALL4 ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper Clubman ALL4","ICE",null,0,0,0,9.6999999999999993,7,29990,"","Gasoline"]
["2024 Hyundai Sonata AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Sonata AWD","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47356","Gasoline",null,"2021 MINI Cooper Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper Convertible","ICE",null,0,0,0,8.8000000000000007,6.4,30090,"","Gasoline"]
["2024 Hyundai Sonata FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Sonata FWD","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47358","Gasoline",null,"2021 MINI Cooper Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper Convertible","ICE",null,0,0,0,8.4,6.5,30090,"","Gasoline"]
["2024 Hyundai Sonata FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Sonata FWD","ICE",null,0,null,null,25,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47357","Gasoline",null,"2021 MINI Cooper Countryman ALL4 ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper Countryman ALL4","ICE",null,0,0,0,10,7.4,32990,"","Gasoline"]
["2024 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Tucson AWD","ICE",null,0,null,null,23,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46723","Gasoline",null,"2021 MINI Cooper S 3 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S 3 Door","ICE",null,0,0,0,10.199999999999999,7.1,27790,"","Gasoline"]
["2024 Hyundai Tucson FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Tucson FWD","ICE",null,0,null,null,25,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46698","Gasoline",null,"2021 MINI Cooper S 3 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S 3 Door","ICE",null,0,0,0,8.9,6.6,27790,"","Gasoline"]
["2024 Hyundai Tucson Hybrid ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Tucson Hybrid","ICE",null,0,null,null,37,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46721","Gasoline",null,"2021 MINI Cooper S 5 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S 5 Door","ICE",null,0,0,0,10.199999999999999,7.1,29090,"","Gasoline"]
["2024 Hyundai Tucson Hybrid Blue ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Tucson Hybrid Blue","ICE",null,0,null,null,38,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46722","Gasoline",null,"2021 MINI Cooper S 5 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S 5 Door","ICE",null,0,0,0,8.9,6.6,29090,"","Gasoline"]
["2024 Hyundai Tucson Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Tucson Plug-in Hybrid","PHEV",null,33,87,74,35,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47495","Gasoline",null,"2021 MINI Cooper S Clubman ALL4 ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S Clubman ALL4","ICE",null,0,0,0,10.1,7.4,32990,"","Gasoline"]
["2024 Hyundai Venue ICE","Passenger Vehicles (Light-Duty)",2024,"Hyundai","Venue","ICE",null,0,null,null,29,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46864","Gasoline",null,"2021 MINI Cooper S Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S Convertible","ICE",null,0,0,0,9.1,6.9,34390,"","Gasoline"]
["2024 Jeep Compass 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Compass 4WD","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47147","Gasoline",null,"2021 MINI Cooper S Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S Convertible","ICE",null,0,0,0,10.3,7.3,34390,"","Gasoline"]
["2024 Jeep Grand Cherokee 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Cherokee 2WD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47171","Gasoline",null,"2021 MINI Cooper S Countryman ALL4 ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S Countryman ALL4","ICE",null,0,0,0,10.4,7.5,35990,"","Gasoline"]
["2024 Jeep Grand Cherokee 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Cherokee 4WD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47191","Gasoline",null,"2021 MINI Cooper SE Countryman ALL4 PHEV","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper SE Countryman ALL4","PHEV",null,29,3.2,3.2,8.1,7.9,44990,"","Gasoline"]
["2024 Jeep Grand Cherokee 4xe PHEV","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Cherokee 4xe","PHEV",null,26,57,56,23,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47277","Gasoline",null,"2021 MINI John Cooper Works 3 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","John Cooper Works 3 Door","ICE",null,0,0,0,10.199999999999999,7.1,35440,"","Gasoline"]
["2024 Jeep Grand Cherokee L 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Cherokee L 2WD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47172","Gasoline",null,"2021 MINI John Cooper Works 3 Door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","John Cooper Works 3 Door","ICE",null,0,0,0,9.1999999999999993,6.9,35440,"","Gasoline"]
["2024 Jeep Grand Cherokee L 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Cherokee L 4WD","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47434","Gasoline",null,"2021 MINI John Cooper Works Clubman ALL4 ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","John Cooper Works Clubman ALL4","ICE",null,0,0,0,10.1,7.6,41090,"","Gasoline"]
["2024 Jeep Grand Cherokee L 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Cherokee L 4WD","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47190","Gasoline",null,"2021 MINI John Cooper Works Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","John Cooper Works Convertible","ICE",null,0,0,0,9.4,7.1,43140,"","Gasoline"]
["2024 Jeep Grand Wagoneer 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Wagoneer 4WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47188","Gasoline",null,"2021 MINI John Cooper Works Countryman ALL4 ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","John Cooper Works Countryman ALL4","ICE",null,0,0,0,10,7.8,43090,"","Gasoline"]
["2024 Jeep Grand Wagoneer 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Wagoneer 4WD","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46898","Gasoline",null,"2021 Mazda CX-3 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-3","ICE",null,0,0,0,8.3000000000000007,6.9,21300,"","Gasoline"]
["2024 Jeep Grand Wagoneer L 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Grand Wagoneer L 4WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47189","Gasoline",null,"2021 Mazda CX-3 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-3 4WD","ICE",null,0,0,0,8.6,7.4,21300,"","Gasoline"]
["2024 Jeep Wagoneer 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wagoneer 2WD","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47170","Gasoline",null,"2021 Mazda CX-30 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-30","ICE",null,0,0,0,9.3000000000000007,7.1,24550,"","Gasoline"]
["2024 Jeep Wagoneer 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wagoneer 4WD","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47186","Gasoline",null,"2021 Mazda CX-30 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-30","ICE",null,0,0,0,8.9,7.1,24550,"","Gasoline"]
["2024 Jeep Wagoneer L 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wagoneer L 2WD","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47169","Gasoline",null,"2021 Mazda CX-30 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-30 4WD","ICE",null,0,0,0,9.9,7.7,24550,"","Gasoline"]
["2024 Jeep Wagoneer L 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wagoneer L 4WD","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47187","Gasoline",null,"2021 Mazda CX-30 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-30 4WD","ICE",null,0,0,0,9.4,7.7,24550,"","Gasoline"]
["2024 Jeep Wrangler 2dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 2dr 4WD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47379","Gasoline",null,"2021 Mazda CX-5 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-5","ICE",null,0,0,0,9.6999999999999993,7.8,28500,"","Gasoline"]
["2024 Jeep Wrangler 2dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 2dr 4WD","ICE",null,0,null,null,20,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46728","Gasoline",null,"2021 Mazda CX-5 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-5 4WD","ICE",null,0,0,0,10.199999999999999,8.1999999999999993,28500,"","Gasoline"]
["2024 Jeep Wrangler 2dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 2dr 4WD","ICE",null,0,null,null,17,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46886","Gasoline",null,"2021 Mazda CX-9 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-9 4WD","ICE",null,0,0,0,11.6,9.1,39900,"","Gasoline"]
["2024 Jeep Wrangler 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 4dr 4WD","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46885","Gasoline",null,"2021 Mazda MX-5 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","MX-5","ICE",null,0,0,0,9,6.6,33200,"","Gasoline"]
["2024 Jeep Wrangler 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 4dr 4WD","ICE",null,0,null,null,13,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46727","Gasoline",null,"2021 Mazda Mazda3 4-Door ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","Mazda3 4-Door","ICE",null,0,0,0,8.9,6.5,20500,"","Gasoline"]
["2024 Jeep Wrangler 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 4dr 4WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47378","Gasoline",null,"2021 Mazda Mazda3 4-Door ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","Mazda3 4-Door","ICE",null,0,0,0,8.4,6.6,20500,"","Gasoline"]
["2024 Jeep Wrangler 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 4dr 4WD","ICE",null,0,null,null,20,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46726","Gasoline",null,"2021 Mazda Mazda3 4-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","Mazda3 4-Door 4WD","ICE",null,0,0,0,9.3000000000000007,7,20500,"","Gasoline"]
["2024 Jeep Wrangler 4dr 4xe PHEV","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler 4dr 4xe","PHEV",null,22,52,45,20,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47278","Gasoline",null,"2021 Mazda Mazda3 5-Door ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","Mazda3 5-Door","ICE",null,0,0,0,9.1999999999999993,6.9,21500,"","Gasoline"]
["2024 Jeep Wrangler Rubicon 2dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler Rubicon 2dr 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46888","Gasoline",null,"2021 Mazda Mazda3 5-Door ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","Mazda3 5-Door","ICE",null,0,0,0,8.6,6.7,21500,"","Gasoline"]
["2024 Jeep Wrangler Rubicon 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Jeep","Wrangler Rubicon 4dr 4WD","ICE",null,0,null,null,16,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46887","Gasoline",null,"2021 Mazda Mazda3 5-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","Mazda3 5-Door 4WD","ICE",null,0,0,0,9.5,7.4,21500,"","Gasoline"]
["2024 Kia Carnival ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Carnival","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46503","Gasoline",null,"2021 Mazda Mazda6 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","Mazda6","ICE",null,0,0,0,9.1,6.7,27550,"","Gasoline"]
["2024 Kia EV6 AWD GT BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV6 AWD GT","BEV",null,218,88,77,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46968","Electricity",null,"2021 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2021,"Mitsubishi","Mirage","ICE",null,0,0,0,6.6,5.6,12298,"","Gasoline"]
["2024 Kia EV6 Long Range AWD (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV6 Long Range AWD (19 inch Wheels)","BEV",null,282,120,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46969","Electricity",null,"2021 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2021,"Mitsubishi","Mirage","ICE",null,0,0,0,7.1,5.8,12298,"","Gasoline"]
["2024 Kia EV6 Long Range AWD (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV6 Long Range AWD (20 inch Wheels)","BEV",null,252,106,86,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46970","Electricity",null,"2021 Mitsubishi RVR ICE","Passenger Vehicles (Light-Duty)",2021,"Mitsubishi","RVR","ICE",null,0,0,0,9.6999999999999993,7.8,22998,"","Gasoline"]
["2024 Kia EV6 Long Range RWD BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV6 Long Range RWD","BEV",null,310,134,101,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46965","Electricity",null,"2021 Mitsubishi RVR 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mitsubishi","RVR 4WD","ICE",null,0,0,0,10.1,8.1999999999999993,22998,"","Gasoline"]
["2024 Kia EV6 Standard Range RWD BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV6 Standard Range RWD","BEV",null,232,136,100,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46966","Electricity",null,"2021 Mitsubishi RVR 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mitsubishi","RVR 4WD","ICE",null,0,0,0,10.3,8.3000000000000007,22998,"","Gasoline"]
["2024 Kia EV9 Long Range AWD BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV9 Long Range AWD","BEV",null,280,91,75,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47452","Electricity",null,"2021 Nissan Altima AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Altima AWD","ICE",null,0,0,0,9.1,6.5,29498,"","Gasoline"]
["2024 Kia EV9 Long Range AWD GT-Line BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV9 Long Range AWD GT-Line","BEV",null,270,88,72,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47453","Electricity",null,"2021 Nissan Armada 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Armada 4WD","ICE",null,0,0,0,17.5,12.9,68498,"","Gasoline"]
["2024 Kia EV9 Long Range RWD BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV9 Long Range RWD","BEV",null,304,100,78,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47450","Electricity",null,"2021 Nissan Kicks ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Kicks","ICE",null,0,0,0,7.7,6.6,19898,"","Gasoline"]
["2024 Kia EV9 Standard Range RWD BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV9 Standard Range RWD","BEV",null,230,99,77,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47451","Electricity",null,"2021 Nissan Maxima ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Maxima","ICE",null,0,0,0,11.6,7.9,41440,"","Gasoline"]
["2024 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Forte","ICE",null,0,null,null,28,39,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47080","Gasoline",null,"2021 Nissan Murano ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Murano","ICE",null,0,0,0,11.7,8.3000000000000007,33998,"","Gasoline"]
["2024 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Forte","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47077","Gasoline",null,"2021 Nissan Murano AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Murano AWD","ICE",null,0,0,0,12,8.5,33998,"","Gasoline"]
["2024 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Forte","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47078","Gasoline",null,"2021 Nissan NV200 Cargo Van ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","NV200 Cargo Van","ICE",null,0,0,0,9.9,9.1,35998,"","Gasoline"]
["2024 Kia Forte FE ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Forte FE","ICE",null,0,null,null,30,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47079","Gasoline",null,"2021 Nissan Qashqai ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Qashqai","ICE",null,0,0,0,8.8000000000000007,7.3,21598,"","Gasoline"]
["2024 Kia K5 ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","K5","ICE",null,0,null,null,27,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46578","Gasoline",null,"2021 Nissan Qashqai ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Qashqai","ICE",null,0,0,0,9.9,8,21598,"","Gasoline"]
["2024 Kia K5 ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","K5","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46580","Gasoline",null,"2021 Nissan Qashqai AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Qashqai AWD","ICE",null,0,0,0,9,7.6,21598,"","Gasoline"]
["2024 Kia K5 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","K5 AWD","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46579","Gasoline",null,"2021 Nissan Rogue ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Rogue","ICE",null,0,0,0,8.9,7,28498,"","Gasoline"]
["2024 Kia Niro ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Niro","ICE",null,0,null,null,53,45,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46867","Gasoline",null,"2021 Nissan Rogue AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Rogue AWD","ICE",null,0,0,0,9.1999999999999993,7.2,28498,"","Gasoline"]
["2024 Kia Niro Electric BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","Niro Electric","BEV",null,253,126,101,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46967","Electricity",null,"2021 Nissan Sentra ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Sentra","ICE",null,0,0,0,9.3000000000000007,6.3,19198,"","Gasoline"]
["2024 Kia Niro FE ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Niro FE","ICE",null,0,null,null,53,54,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46868","Gasoline",null,"2021 Nissan Sentra ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Sentra","ICE",null,0,0,0,8,6,19198,"","Gasoline"]
["2024 Kia Seltos AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Seltos AWD","ICE",null,0,null,null,27,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46456","Gasoline",null,"2021 Nissan Titan 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Titan 4WD","ICE",null,0,0,0,15.2,11.1,50498,"","Gasoline"]
["2024 Kia Seltos AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Seltos AWD","ICE",null,0,null,null,25,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46455","Gasoline",null,"2021 Nissan Versa ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Versa","ICE",null,0,0,0,7.4,5.9,16498,"","Gasoline"]
["2024 Kia Seltos FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Seltos FWD","ICE",null,0,null,null,28,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46454","Gasoline",null,"2021 Nissan Versa ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Versa","ICE",null,0,0,0,8.6,6.7,16498,"","Gasoline"]
["2024 Kia Sorento Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Sorento Hybrid AWD","ICE",null,0,null,null,36,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47148","Gasoline",null,"2021 Subaru Ascent AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Ascent AWD","ICE",null,0,0,0,11.6,9,36995,"","Gasoline"]
["2024 Kia Sorento Hybrid FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Sorento Hybrid FWD","ICE",null,0,null,null,39,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47136","Gasoline",null,"2021 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Crosstrek AWD","ICE",null,0,0,0,10.5,8.1,23795,"","Gasoline"]
["2024 Kia Sorento Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2024,"Kia","Sorento Plug-in Hybrid","PHEV",null,32,83,75,35,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47496","Gasoline",null,"2021 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Crosstrek AWD","ICE",null,0,0,0,8.5,7,23795,"","Gasoline"]
["2024 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Soul","ICE",null,0,null,null,27,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46807","Gasoline",null,"2021 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Crosstrek AWD","ICE",null,0,0,0,8.8000000000000007,7,23795,"","Gasoline"]
["2024 Kia Soul Eco dynamics ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Soul Eco dynamics","ICE",null,0,null,null,29,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46808","Gasoline",null,"2021 Subaru Forester AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Forester AWD","ICE",null,0,0,0,9,7.2,28995,"","Gasoline"]
["2024 Kia Sportage AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Sportage AWD","ICE",null,0,null,null,23,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46889","Gasoline",null,"2021 Subaru Impreza 4-Door AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Impreza 4-Door AWD","ICE",null,0,0,0,8.3000000000000007,6.4,19995,"","Gasoline"]
["2024 Kia Sportage FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Sportage FWD","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46866","Gasoline",null,"2021 Subaru Impreza 4-Door AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Impreza 4-Door AWD","ICE",null,0,0,0,10.1,7.6,19995,"","Gasoline"]
["2024 Kia Sportage Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Sportage Hybrid AWD","ICE",null,0,null,null,38,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47380","Gasoline",null,"2021 Subaru Impreza 5-Door AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Impreza 5-Door AWD","ICE",null,0,0,0,8.4,6.6,20995,"","Gasoline"]
["2024 Kia Sportage Hybrid FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Sportage Hybrid FWD","ICE",null,0,null,null,42,44,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47381","Gasoline",null,"2021 Subaru Impreza 5-Door AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Impreza 5-Door AWD","ICE",null,0,0,0,10.1,7.7,20995,"","Gasoline"]
["2024 Kia Sportage Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2024,"Kia","Sportage Plug-in Hybrid","PHEV",null,34,88,79,36,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47497","Gasoline",null,"2021 Subaru Legacy AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Legacy AWD","ICE",null,0,0,0,9.9,7.3,26695,"","Gasoline"]
["2024 Kia Sportage X-pro ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Sportage X-pro","ICE",null,0,null,null,23,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46890","Gasoline",null,"2021 Subaru Legacy AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Legacy AWD","ICE",null,0,0,0,8.9,6.7,26695,"","Gasoline"]
["2024 Kia Telluride AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Telluride AWD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46729","Gasoline",null,"2021 Subaru Outback AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Outback AWD","ICE",null,0,0,0,9,7.1,30995,"","Gasoline"]
["2024 Kia Telluride FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Kia","Telluride FWD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46699","Gasoline",null,"2021 Subaru Outback AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Outback AWD","ICE",null,0,0,0,10.1,7.9,30995,"","Gasoline"]
["2024 Lucid Air Pure RWD with 19 inch wheels BEV","Passenger Vehicles (Light-Duty)",2024,"Lucid","Air Pure RWD with 19 inch wheels","BEV",null,419,140,134,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47454","Electricity",null,"2021 Tesla Model 3 Long Range AWD BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Model 3 Long Range AWD","BEV",null,568,1.6741573033707864,1.8539325842696628,0,0,64990,"","Electricity"]
["2024 Lucid Air Pure RWD with 20 inch wheels BEV","Passenger Vehicles (Light-Duty)",2024,"Lucid","Air Pure RWD with 20 inch wheels","BEV",null,394,134,126,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47455","Electricity",null,"2021 Tesla Model 3 Performance BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Model 3 Performance","BEV",null,507,2,2.202247191011236,0,0,74990,"","Electricity"]
["2024 Lucid Air Sapphire AWD BEV","Passenger Vehicles (Light-Duty)",2024,"Lucid","Air Sapphire AWD","BEV",null,427,108,101,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47456","Electricity",null,"2021 Tesla Model 3 Standard Range Plus BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Model 3 Standard Range Plus","BEV",null,423,1.5617977528089888,1.7640449438202246,0,0,52990,"","Electricity"]
["2024 MINI Cooper Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Convertible","ICE",null,0,null,null,29,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46461","Gasoline",null,"2021 Tesla Model X Long Range Plus BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Model X Long Range Plus","BEV",null,597,2.1685393258426968,2.3258426966292132,0,0,124990,"","Electricity"]
["2024 MINI Cooper Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Convertible","ICE",null,0,null,null,27,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46462","Gasoline",null,"2021 Tesla Model Y Long Range AWD BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Model Y Long Range AWD","BEV",null,525,1.7865168539325842,2.0112359550561796,0,0,69990,"","Electricity"]
["2024 MINI Cooper Countryman ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Countryman","ICE",null,0,null,null,26,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46499","Gasoline",null,"2021 Tesla Model Y Performance BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Model Y Performance","BEV",null,488,2.0449438202247188,2.2247191011235956,0,0,83990,"","Electricity"]
["2024 MINI Cooper Countryman All4 ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Countryman All4","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46500","Gasoline",null,"2021 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","4Runner 4WD","ICE",null,0,0,0,14.8,12.5,46200,"","Gasoline"]
["2024 MINI Cooper Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Hardtop 2 door","ICE",null,0,null,null,27,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46483","Gasoline",null,"2021 Toyota Avalon ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Avalon","ICE",null,0,0,0,10.9,7.7,43350,"","Gasoline"]
["2024 MINI Cooper Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Hardtop 2 door","ICE",null,0,null,null,29,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46482","Gasoline",null,"2021 Toyota Avalon AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Avalon AWD","ICE",null,0,0,0,9.5,7,43350,"","Gasoline"]
["2024 MINI Cooper Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Hardtop 4 door","ICE",null,0,null,null,27,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46485","Gasoline",null,"2021 Toyota C-HR ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","C-HR","ICE",null,0,0,0,8.6999999999999993,7.5,23950,"","Gasoline"]
["2024 MINI Cooper Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper Hardtop 4 door","ICE",null,0,null,null,29,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46484","Gasoline",null,"2021 Toyota Camry ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Camry","ICE",null,0,0,0,10.5,7.1,27250,"","Gasoline"]
["2024 MINI Cooper S Clubman ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Clubman","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46571","Gasoline",null,"2021 Toyota Camry Hybrid LE ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Camry Hybrid LE","ICE",null,0,0,0,4.9000000000000004,4.8,30790,"","Gasoline"]
["2024 MINI Cooper S Clubman ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Clubman","ICE",null,0,null,null,25,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46570","Gasoline",null,"2021 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Corolla","ICE",null,0,0,0,7.6,5.8,19350,"","Gasoline"]
["2024 MINI Cooper S Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Clubman All4","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46574","Gasoline",null,"2021 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Corolla","ICE",null,0,0,0,7.9,6.1,19350,"","Gasoline"]
["2024 MINI Cooper S Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Convertible","ICE",null,0,null,null,27,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46463","Gasoline",null,"2021 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Corolla","ICE",null,0,0,0,8,6,19350,"","Gasoline"]
["2024 MINI Cooper S Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Convertible","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46464","Gasoline",null,"2021 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Corolla","ICE",null,0,0,0,8.1999999999999993,6.5,19350,"","Gasoline"]
["2024 MINI Cooper S Countryman ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Countryman","ICE",null,0,null,null,24,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46572","Gasoline",null,"2021 Toyota Corolla Hybrid ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Corolla Hybrid","ICE",null,0,0,0,4.4000000000000004,4.5,25090,"","Gasoline"]
["2024 MINI Cooper S Countryman All4 ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Countryman All4","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46573","Gasoline",null,"2021 Toyota Highlander ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Highlander","ICE",null,0,0,0,11.9,8.3000000000000007,40450,"","Gasoline"]
["2024 MINI Cooper S Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Hardtop 2 door","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46487","Gasoline",null,"2021 Toyota Highlander AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Highlander AWD","ICE",null,0,0,0,11.8,8.6,40450,"","Gasoline"]
["2024 MINI Cooper S Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Hardtop 2 door","ICE",null,0,null,null,28,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46486","Gasoline",null,"2021 Toyota Highlander Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Highlander Hybrid AWD","ICE",null,0,0,0,6.7,6.8,45950,"","Gasoline"]
["2024 MINI Cooper S Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Hardtop 4 door","ICE",null,0,null,null,28,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46488","Gasoline",null,"2021 Toyota Prius ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Prius","ICE",null,0,0,0,4.4000000000000004,4.7,28850,"","Gasoline"]
["2024 MINI Cooper S Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper S Hardtop 4 door","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46489","Gasoline",null,"2021 Toyota Prius AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Prius AWD","ICE",null,0,0,0,4.5999999999999996,5,28850,"","Gasoline"]
["2024 MINI Cooper SE Hardtop 2 door BEV","Passenger Vehicles (Light-Duty)",2024,"MINI","Cooper SE Hardtop 2 door","BEV",null,114,119,100,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46972","Electricity",null,"2021 Toyota Prius Prime PHEV","Passenger Vehicles (Light-Duty)",2021,"Toyota","Prius Prime","PHEV",null,40,1.8,1.8,4.3,4.4000000000000004,33550,"","Gasoline"]
["2024 MINI JCW Countryman All4 ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","JCW Countryman All4","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46502","Gasoline",null,"2021 Toyota RAV4 ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","RAV4","ICE",null,0,0,0,8.8000000000000007,6.8,28590,"","Gasoline"]
["2024 MINI John Cooper Works Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","John Cooper Works Clubman All4","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46501","Gasoline",null,"2021 Toyota RAV4 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","RAV4 AWD","ICE",null,0,0,0,9.4,7.1,28590,"","Gasoline"]
["2024 MINI John Cooper Works Convertible ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","John Cooper Works Convertible","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46465","Gasoline",null,"2021 Toyota RAV4 Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","RAV4 Hybrid AWD","ICE",null,0,0,0,5.8,6.3,28590,"","Gasoline"]
["2024 MINI John Cooper Works Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","John Cooper Works Hardtop 2 door","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46491","Gasoline",null,"2021 Toyota RAV4 Prime PHEV","Passenger Vehicles (Light-Duty)",2021,"Toyota","RAV4 Prime","PHEV",null,68,2.5,2.5,5.7,6.4,44990,"","Gasoline"]
["2024 MINI John Cooper Works Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2024,"MINI","John Cooper Works Hardtop 2 door","ICE",null,0,null,null,26,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46490","Gasoline",null,"2021 Toyota Sequoia 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Sequoia 4WD","ICE",null,0,0,0,18.5,13.9,70150,"","Gasoline"]
["2024 Mazda 3 4-Door 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","3 4-Door 2WD","ICE",null,0,null,null,27,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47330","Gasoline",null,"2021 Toyota Sienna ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Sienna","ICE",null,0,0,0,6.6,6.5,39990,"","Gasoline"]
["2024 Mazda 3 4-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","3 4-Door 4WD","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47332","Gasoline",null,"2021 Toyota Sienna AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Sienna AWD","ICE",null,0,0,0,6.8,6.6,39990,"","Gasoline"]
["2024 Mazda 3 4-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","3 4-Door 4WD","ICE",null,0,null,null,26,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47331","Gasoline",null,"2021 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Tacoma 4WD","ICE",null,0,0,0,13.8,11.4,38350,"","Gasoline"]
["2024 Mazda 3 5-Door 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","3 5-Door 2WD","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46797","Gasoline",null,"2021 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Tacoma 4WD","ICE",null,0,0,0,13,10.5,38350,"","Gasoline"]
["2024 Mazda 3 5-Door 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","3 5-Door 2WD","ICE",null,0,null,null,26,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46796","Gasoline",null,"2021 Toyota Tundra ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Tundra","ICE",null,0,0,0,17.7,13.6,47010,"","Gasoline"]
["2024 Mazda 3 5-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","3 5-Door 4WD","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46799","Gasoline",null,"2021 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Tundra 4WD","ICE",null,0,0,0,18,14.2,47010,"","Gasoline"]
["2024 Mazda 3 5-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","3 5-Door 4WD","ICE",null,0,null,null,26,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46798","Gasoline",null,"2021 Toyota Venza AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Venza AWD","ICE",null,0,0,0,5.9,6.4,38490,"","Gasoline"]
["2024 Mazda CX-30 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-30 4WD","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47384","Gasoline",null,"2021 Volkswagen Arteon 4MOTION ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Arteon 4MOTION","ICE",null,0,0,0,11.6,7.7,52995,"","Gasoline"]
["2024 Mazda CX-30 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-30 4WD","ICE",null,0,null,null,26,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47383","Gasoline",null,"2021 Volkswagen Atlas 4MOTION ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Atlas 4MOTION","ICE",null,0,0,0,11.7,9.9,40095,"","Gasoline"]
["2024 Mazda CX-5 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-5 4WD","ICE",null,0,null,null,23,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47382","Gasoline",null,"2021 Volkswagen Atlas 4MOTION ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Atlas 4MOTION","ICE",null,0,0,0,14.6,10.9,40095,"","Gasoline"]
["2024 Mazda CX-5 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-5 4WD","ICE",null,0,null,null,22,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47153","Gasoline",null,"2021 Volkswagen Atlas Cross Sport 4MOTION ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Atlas Cross Sport 4MOTION","ICE",null,0,0,0,13.8,10.4,38995,"","Gasoline"]
["2024 Mazda CX-5 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-5 4WD","ICE",null,0,null,null,26,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47152","Gasoline",null,"2021 Volkswagen Atlas Cross Sport 4MOTION ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Atlas Cross Sport 4MOTION","ICE",null,0,0,0,11.7,10,38995,"","Gasoline"]
["2024 Mazda CX-50 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-50 4WD","ICE",null,0,null,null,23,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46893","Gasoline",null,"2021 Volkswagen Golf ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Golf","ICE",null,0,0,0,8.1999999999999993,6.5,22995,"","Gasoline"]
["2024 Mazda CX-50 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-50 4WD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46892","Gasoline",null,"2021 Volkswagen Golf ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Golf","ICE",null,0,0,0,8,6.1,22995,"","Gasoline"]
["2024 Mazda CX-90 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-90 4WD","ICE",null,0,null,null,23,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46608","Gasoline",null,"2021 Volkswagen Golf GTI ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Golf GTI","ICE",null,0,0,0,9.6999999999999993,7.3,35995,"","Gasoline"]
["2024 Mazda CX-90 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mazda","CX-90 4WD","ICE",null,0,null,null,24,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46607","Gasoline",null,"2021 Volkswagen Golf GTI ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Golf GTI","ICE",null,0,0,0,10.1,7.9,35995,"","Gasoline"]
["2024 Mercedes-Benz AMG CLA35 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG CLA35 4matic","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47334","Gasoline",null,"2021 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Jetta","ICE",null,0,0,0,8,6,21595,"","Gasoline"]
["2024 Mercedes-Benz AMG CLA45 S 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG CLA45 S 4matic","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47335","Gasoline",null,"2021 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Jetta","ICE",null,0,0,0,7.9,5.8,21595,"","Gasoline"]
["2024 Mercedes-Benz AMG EQE 4matic Plus BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG EQE 4matic Plus","BEV",null,230,73,74,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47457","Electricity",null,"2021 Volkswagen Jetta GLI ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Jetta GLI","ICE",null,0,0,0,9.6999999999999993,7,30995,"","Gasoline"]
["2024 Mercedes-Benz AMG EQE 4matic Plus (SUV) BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG EQE 4matic Plus (SUV)","BEV",null,235,77,71,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46971","Electricity",null,"2021 Volkswagen Jetta GLI ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Jetta GLI","ICE",null,0,0,0,9.6999999999999993,6.8,30995,"","Gasoline"]
["2024 Mercedes-Benz AMG EQS 4matic Plus BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG EQS 4matic Plus","BEV",null,305,79,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47461","Electricity",null,"2021 Volkswagen Passat ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Passat","ICE",null,0,0,0,9.8000000000000007,6.6,27145,"","Gasoline"]
["2024 Mercedes-Benz AMG GLA35 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GLA35 4matic","ICE",null,0,null,null,22,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47360","Gasoline",null,"2021 Volkswagen Tiguan ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Tiguan","ICE",null,0,0,0,10.4,8.1,29795,"","Gasoline"]
["2024 Mercedes-Benz AMG GLB35 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GLB35 4matic","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47361","Gasoline",null,"2021 Volkswagen Tiguan 4MOTION ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Tiguan 4MOTION","ICE",null,0,0,0,11,8.6,29795,"","Gasoline"]
["2024 Mercedes-Benz AMG GLE53 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GLE53 4matic Plus","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46610","Gasoline",null,"2021 Volvo S60 T5 ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","S60 T5","ICE",null,0,0,0,10,6.8,45250,"","Gasoline"]
["2024 Mercedes-Benz AMG GLE53 4matic Plus Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GLE53 4matic Plus Coupe","ICE",null,0,null,null,18,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46611","Gasoline",null,"2021 Volvo S60 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","S60 T5 AWD","ICE",null,0,0,0,10.8,7.2,45250,"","Gasoline"]
["2024 Mercedes-Benz AMG GLE63 S 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GLE63 S 4matic Plus","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46752","Gasoline",null,"2021 Volvo S60 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","S60 T6 AWD","ICE",null,0,0,0,11,7.4,45250,"","Gasoline"]
["2024 Mercedes-Benz AMG GLE63 S 4matic Plus Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GLE63 S 4matic Plus Coupe","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46751","Gasoline",null,"2021 Volvo S60 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2021,"Volvo","S60 T8 AWD","PHEV",null,35,3.2,3.2,8.4,7,68200,"","Gasoline"]
["2024 Mercedes-Benz AMG GLS63 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GLS63 4matic Plus","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46900","Gasoline",null,"2021 Volvo S90 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","S90 T6 AWD","ICE",null,0,0,0,11.3,7.5,69100,"","Gasoline"]
["2024 Mercedes-Benz AMG GT 43 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GT 43 4matic Plus","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47051","Gasoline",null,"2021 Volvo S90 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2021,"Volvo","S90 T8 AWD","PHEV",null,34,3.7,3.7,8.3000000000000007,7.5,76050,"","Gasoline"]
["2024 Mercedes-Benz AMG GT 53 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GT 53 4matic Plus","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47052","Gasoline",null,"2021 Volvo V60 CC T5 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","V60 CC T5 AWD","ICE",null,0,0,0,10.8,7.7,50900,"","Gasoline"]
["2024 Mercedes-Benz AMG GT 63 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","AMG GT 63 4matic Plus","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47338","Gasoline",null,"2021 Volvo V60 T5 ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","V60 T5","ICE",null,0,0,0,10,6.8,46900,"","Gasoline"]
["2024 Mercedes-Benz C300 ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","C300","ICE",null,0,null,null,26,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47235","Gasoline",null,"2021 Volvo V60 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","V60 T6 AWD","ICE",null,0,0,0,11.3,7.5,46900,"","Gasoline"]
["2024 Mercedes-Benz C300 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","C300 4matic","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47333","Gasoline",null,"2021 Volvo V60 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2021,"Volvo","V60 T8 AWD","PHEV",null,35,3.2,3.2,8.4,7,71100,"","Gasoline"]
["2024 Mercedes-Benz CLA250 ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","CLA250","ICE",null,0,null,null,26,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47337","Gasoline",null,"2021 Volvo XC40 Recharge BEV","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC40 Recharge","BEV",null,335,2.7528089887640448,3.280898876404494,0,0,64950,"","Electricity"]
["2024 Mercedes-Benz CLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","CLA250 4matic","ICE",null,0,null,null,25,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47336","Gasoline",null,"2021 Volvo XC40 T4 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC40 T4 AWD","ICE",null,0,0,0,10.7,7.6,39950,"","Gasoline"]
["2024 Mercedes-Benz EQE 350 4matic BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","EQE 350 4matic","BEV",null,280,86,96,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47458","Electricity",null,"2021 Volvo XC40 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC40 T5 AWD","ICE",null,0,0,0,10.7,7.7,39950,"","Gasoline"]
["2024 Mercedes-Benz EQE 350 Plus BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","EQE 350 Plus","BEV",null,298,98,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47459","Electricity",null,"2021 Volvo XC60 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC60 T5 AWD","ICE",null,0,0,0,11.1,8.3000000000000007,48500,"","Gasoline"]
["2024 Mercedes-Benz EQE 500 4matic BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","EQE 500 4matic","BEV",null,298,98,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47460","Electricity",null,"2021 Volvo XC60 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC60 T6 AWD","ICE",null,0,0,0,11.7,8.6,48500,"","Gasoline"]
["2024 Mercedes-Benz EQS 450 4matic BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","EQS 450 4matic","BEV",null,345,93,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47462","Electricity",null,"2021 Volvo XC60 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC60 T8 AWD","PHEV",null,31,4,4,9.8000000000000007,8.6999999999999993,66650,"","Gasoline"]
["2024 Mercedes-Benz EQS 450 Plus BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","EQS 450 Plus","BEV",null,352,95,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47463","Electricity",null,"2021 Volvo XC90 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC90 T5 AWD","ICE",null,0,0,0,11.5,8.4,64750,"","Gasoline"]
["2024 Mercedes-Benz EQS 580 4matic BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","EQS 580 4matic","BEV",null,345,95,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47464","Electricity",null,"2021 Volvo XC90 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC90 T6 AWD","ICE",null,0,0,0,12.1,8.5,64750,"","Gasoline"]
["2024 Mercedes-Benz EQS 680 4matic Maybach (SUV) BEV","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","EQS 680 4matic Maybach (SUV)","BEV",null,280,75,77,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47465","Electricity",null,"2021 Volvo XC90 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC90 T8 AWD","PHEV",null,29,4,4,9.1,8.4,77600,"","Gasoline"]
["2024 Mercedes-Benz G550 ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","G550","ICE",null,0,null,null,13,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47436","Gasoline",null,"2020 Audi A3 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A3","ICE",null,0,0,0,8.8000000000000007,6.5,34500,"","Gasoline"]
["2024 Mercedes-Benz GLA250 ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLA250","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47372","Gasoline",null,"2020 Audi A3 Cabriolet quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A3 Cabriolet quattro","ICE",null,0,0,0,10.8,8,39300,"","Gasoline"]
["2024 Mercedes-Benz GLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLA250 4matic","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47385","Gasoline",null,"2020 Audi A3 quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A3 quattro","ICE",null,0,0,0,10.8,8,39300,"","Gasoline"]
["2024 Mercedes-Benz GLB250 ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLB250","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47373","Gasoline",null,"2020 Audi A4 allroad quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A4 allroad quattro","ICE",null,0,0,0,10,7.4,50500,"","Gasoline"]
["2024 Mercedes-Benz GLB250 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLB250 4matic","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47386","Gasoline",null,"2020 Audi A4 quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A4 quattro","ICE",null,0,0,0,10,7.3,43100,"","Gasoline"]
["2024 Mercedes-Benz GLC300 ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLC300","ICE",null,0,null,null,26,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47256","Gasoline",null,"2020 Audi A5 Cabriolet quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A5 Cabriolet quattro","ICE",null,0,0,0,10,7.4,65500,"","Gasoline"]
["2024 Mercedes-Benz GLC300 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLC300 4matic","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47261","Gasoline",null,"2020 Audi A5 Sportback quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A5 Sportback quattro","ICE",null,0,0,0,10,7.3,51500,"","Gasoline"]
["2024 Mercedes-Benz GLC300 4matic Coupe ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLC300 4matic Coupe","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47262","Gasoline",null,"2020 Audi A5 quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A5 quattro","ICE",null,0,0,0,10,7.3,50700,"","Gasoline"]
["2024 Mercedes-Benz GLE350 ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLE350","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46599","Gasoline",null,"2020 Audi A6 allroad  ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A6 allroad ","ICE",null,0,0,0,11.8,9.1,76100,"","Gasoline"]
["2024 Mercedes-Benz GLE350 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLE350 4matic","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46600","Gasoline",null,"2020 Audi A6 quattro  ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A6 quattro ","ICE",null,0,0,0,9.8000000000000007,7.4,63200,"","Gasoline"]
["2024 Mercedes-Benz GLE450 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLE450 4matic","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46609","Gasoline",null,"2020 Audi A6 quattro  ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A6 quattro ","ICE",null,0,0,0,10.9,8.1999999999999993,63200,"","Gasoline"]
["2024 Mercedes-Benz GLE580 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLE580 4matic","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46901","Gasoline",null,"2020 Audi A7 quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A7 quattro","ICE",null,0,0,0,10.9,8.1999999999999993,79500,"","Gasoline"]
["2024 Mercedes-Benz GLS450 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLS450 4matic","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46903","Gasoline",null,"2020 Audi A8L  ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A8L ","ICE",null,0,0,0,13.5,8.9,99900,"","Gasoline"]
["2024 Mercedes-Benz GLS580 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLS580 4matic","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46902","Gasoline",null,"2020 Audi A8L  ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","A8L ","ICE",null,0,0,0,15.4,10.4,99900,"","Gasoline"]
["2024 Mercedes-Benz GLS600 4matic Maybach ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","GLS600 4matic Maybach","ICE",null,0,null,null,14,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47208","Gasoline",null,"2020 Audi Q3 quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","Q3 quattro","ICE",null,0,0,0,12.3,8.6,37250,"","Gasoline"]
["2024 Mercedes-Benz S580 4matic ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","S580 4matic","ICE",null,0,null,null,18,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47248","Gasoline",null,"2020 Audi Q5 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","Q5","ICE",null,0,0,0,10.7,8.4,46550,"","Gasoline"]
["2024 Mercedes-Benz S580 4matic Maybach ICE","Passenger Vehicles (Light-Duty)",2024,"Mercedes-Benz","S580 4matic Maybach","ICE",null,0,null,null,18,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47247","Gasoline",null,"2020 Audi Q5 TFSIe PHEV","Passenger Vehicles (Light-Duty)",2020,"Audi","Q5 TFSIe","PHEV",null,32,3.6,3.6,9.5,8.1,70400,"","Gasoline"]
["2024 Mitsubishi Eclipse Cross 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Eclipse Cross 2WD","ICE",null,0,null,null,25,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46700","Gasoline",null,"2020 Audi Q7 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","Q7","ICE",null,0,0,0,12.4,10.1,67950,"","Gasoline"]
["2024 Mitsubishi Eclipse Cross 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Eclipse Cross 4WD","ICE",null,0,null,null,25,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46735","Gasoline",null,"2020 Audi Q7 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","Q7","ICE",null,0,0,0,13.8,11.4,67950,"","Gasoline"]
["2024 Mitsubishi Eclipse Cross ES 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Eclipse Cross ES 4WD","ICE",null,0,null,null,25,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46736","Gasoline",null,"2020 Audi Q8 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","Q8","ICE",null,0,0,0,13.8,11.4,82550,"","Gasoline"]
["2024 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Mirage","ICE",null,0,null,null,36,43,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46778","Gasoline",null,"2020 Audi R8 Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","R8 Coupe","ICE",null,0,0,0,17.5,11.7,167800,"","Gasoline"]
["2024 Mitsubishi Mirage G4 ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Mirage G4","ICE",null,0,null,null,35,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46779","Gasoline",null,"2020 Audi R8 Spyder ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","R8 Spyder","ICE",null,0,0,0,17.5,11.7,180800,"","Gasoline"]
["2024 Mitsubishi Outlander 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Outlander 2WD","ICE",null,0,null,null,24,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46869","Gasoline",null,"2020 Audi RS 3 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","RS 3","ICE",null,0,0,0,12.1,8.4,65600,"","Gasoline"]
["2024 Mitsubishi Outlander 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Outlander 4WD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46894","Gasoline",null,"2020 Audi RS Q8 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","RS Q8","ICE",null,0,0,0,18,12.3,126500,"","Gasoline"]
["2024 Mitsubishi Outlander PHEV PHEV","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Outlander PHEV","PHEV",null,38,67,61,25,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47499","Gasoline",null,"2020 Audi S3 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S3","ICE",null,0,0,0,10.7,8,48400,"","Gasoline"]
["2024 Mitsubishi Outlander Sport 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Outlander Sport 2WD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47138","Gasoline",null,"2020 Audi S4 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S4","ICE",null,0,0,0,11.8,8.9,60600,"","Gasoline"]
["2024 Mitsubishi Outlander Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Outlander Sport 4WD","ICE",null,0,null,null,23,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47155","Gasoline",null,"2020 Audi S5 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S5","ICE",null,0,0,0,11.8,8.9,76100,"","Gasoline"]
["2024 Mitsubishi Outlander Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Mitsubishi","Outlander Sport 4WD","ICE",null,0,null,null,23,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47154","Gasoline",null,"2020 Audi S5 Cabriolet ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S5 Cabriolet","ICE",null,0,0,0,12.1,9.1,76100,"","Gasoline"]
["2024 Nissan Altima ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Altima","ICE",null,0,null,null,27,39,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47081","Gasoline",null,"2020 Audi S5 Sportback ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S5 Sportback","ICE",null,0,0,0,11.8,8.9,65600,"","Gasoline"]
["2024 Nissan Altima AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Altima AWD","ICE",null,0,null,null,26,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47082","Gasoline",null,"2020 Audi S6 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S6","ICE",null,0,0,0,12.9,8.5,92500,"","Gasoline"]
["2024 Nissan Altima SL/SR ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Altima SL/SR","ICE",null,0,null,null,27,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47083","Gasoline",null,"2020 Audi S7 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S7","ICE",null,0,0,0,12.9,8.5,101800,"","Gasoline"]
["2024 Nissan Altima SR ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Altima SR","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47084","Gasoline",null,"2020 Audi S8 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","S8","ICE",null,0,0,0,17.600000000000001,10.7,153200,"","Gasoline"]
["2024 Nissan Armada 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Armada 2WD","ICE",null,0,null,null,14,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47410","Gasoline",null,"2020 Audi SQ5 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","SQ5","ICE",null,0,0,0,13.1,10.3,64500,"","Gasoline"]
["2024 Nissan Armada 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Armada 4WD","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47437","Gasoline",null,"2020 Audi SQ7 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","SQ7","ICE",null,0,0,0,16,11,104750,"","Gasoline"]
["2024 Nissan Frontier 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Frontier 2WD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47249","Gasoline",null,"2020 Audi SQ8 ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","SQ8","ICE",null,0,0,0,15.8,11.4,111100,"","Gasoline"]
["2024 Nissan Frontier 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Frontier 4WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47250","Gasoline",null,"2020 Audi TT Coupe quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","TT Coupe quattro","ICE",null,0,0,0,10.3,7.7,57800,"","Gasoline"]
["2024 Nissan Frontier 4WD PRO4X ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Frontier 4WD PRO4X","ICE",null,0,null,null,18,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47251","Gasoline",null,"2020 Audi TT RS ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","TT RS","ICE",null,0,0,0,12.1,8.1999999999999993,78200,"","Gasoline"]
["2024 Nissan GT-R ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","GT-R","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46584","Gasoline",null,"2020 Audi TT Roadster quattro ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","TT Roadster quattro","ICE",null,0,0,0,10.3,7.7,61800,"","Gasoline"]
["2024 Nissan Kicks ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Kicks","ICE",null,0,null,null,31,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47240","Gasoline",null,"2020 Audi TTS Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"Audi","TTS Coupe","ICE",null,0,0,0,10.4,8.1999999999999993,68950,"","Gasoline"]
["2024 Nissan LEAF BEV","Passenger Vehicles (Light-Duty)",2024,"Nissan","LEAF","BEV",null,149,123,99,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46973","Electricity",null,"2020 Audi e-tron Sportback 55 quattro BEV","Passenger Vehicles (Light-Duty)",2020,"Audi","e-tron Sportback 55 quattro","BEV",null,351,3.101123595505618,3.0224719101123592,0,0,88850,"","Electricity"]
["2024 Nissan LEAF SV BEV","Passenger Vehicles (Light-Duty)",2024,"Nissan","LEAF SV","BEV",null,212,121,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46974","Electricity",null,"2020 Buick Enclave ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Enclave","ICE",null,0,0,0,13,9.1,48198,"","Gasoline"]
["2024 Nissan Murano AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Murano AWD","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47109","Gasoline",null,"2020 Buick Enclave AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Enclave AWD","ICE",null,0,0,0,13.6,9.6,62098,"","Gasoline"]
["2024 Nissan Murano FWD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Murano FWD","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47108","Gasoline",null,"2020 Buick Encore ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Encore","ICE",null,0,0,0,9.4,7.8,24898,"","Gasoline"]
["2024 Nissan Pathfinder 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Pathfinder 2WD","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47139","Gasoline",null,"2020 Buick Encore AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Encore AWD","ICE",null,0,0,0,10,8,26898,"","Gasoline"]
["2024 Nissan Pathfinder 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Pathfinder 4WD","ICE",null,0,null,null,21,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47156","Gasoline",null,"2020 Buick Encore GX ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Encore GX","ICE",null,0,0,0,9,7.7,25998,"","Gasoline"]
["2024 Nissan Pathfinder 4WD Platinum ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Pathfinder 4WD Platinum","ICE",null,0,null,null,20,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47209","Gasoline",null,"2020 Buick Encore GX AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Encore GX AWD","ICE",null,0,0,0,9,8,27998,"","Gasoline"]
["2024 Nissan Pathfinder 4WD Rock Creek ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Pathfinder 4WD Rock Creek","ICE",null,0,null,null,20,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47157","Gasoline",null,"2020 Buick Envision AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Envision AWD","ICE",null,0,0,0,11.7,9.4,38098,"","Gasoline"]
["2024 Nissan Sentra ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Sentra","ICE",null,0,null,null,30,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47241","Gasoline",null,"2020 Buick Envision AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Envision AWD","ICE",null,0,0,0,11.1,8.6,38098,"","Gasoline"]
["2024 Nissan Sentra SR ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Sentra SR","ICE",null,0,null,null,30,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47242","Gasoline",null,"2020 Chevrolet Blazer ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Blazer","ICE",null,0,0,0,11.3,8.9,37198,"","Gasoline"]
["2024 Nissan Titan 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Titan 2WD","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47116","Gasoline",null,"2020 Chevrolet Blazer ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Blazer","ICE",null,0,0,0,11,8.3000000000000007,37198,"","Gasoline"]
["2024 Nissan Titan 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Titan 4WD","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47127","Gasoline",null,"2020 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Blazer AWD","ICE",null,0,0,0,11.3,8.6999999999999993,39598,"","Gasoline"]
["2024 Nissan Titan 4WD PRO4X ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Titan 4WD PRO4X","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47128","Gasoline",null,"2020 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Blazer AWD","ICE",null,0,0,0,13.1,9.4,39598,"","Gasoline"]
["2024 Nissan Versa ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Versa","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47237","Gasoline",null,"2020 Chevrolet Bolt EV BEV","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Bolt EV","BEV",null,417,1.8539325842696628,2.191011235955056,0,0,44998,"","Electricity"]
["2024 Nissan Versa ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Versa","ICE",null,0,null,null,32,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47236","Gasoline",null,"2020 Chevrolet Colorado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Colorado","ICE",null,0,0,0,12.1,9.1999999999999993,27598,"","Gasoline"]
["2024 Nissan Z ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Z","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47011","Gasoline",null,"2020 Chevrolet Colorado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Colorado","ICE",null,0,0,0,11.8,7.9,27598,"","Gasoline"]
["2024 Nissan Z ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Z","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47012","Gasoline",null,"2020 Chevrolet Colorado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Colorado","ICE",null,0,0,0,13.4,9.6,27598,"","Gasoline"]
["2024 Nissan Z NISMO ICE","Passenger Vehicles (Light-Duty)",2024,"Nissan","Z NISMO","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47013","Gasoline",null,"2020 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Colorado 4WD","ICE",null,0,0,0,12.3,8.5,27598,"","Gasoline"]
["2024 Polestar 2 Dual Motor (19 Inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Polestar","2 Dual Motor (19 Inch Wheels)","BEV",null,276,112,100,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46975","Electricity",null,"2020 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Colorado 4WD","ICE",null,0,0,0,14,9.9,27598,"","Gasoline"]
["2024 Polestar 2 Dual Motor (20 Inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Polestar","2 Dual Motor (20 Inch Wheels)","BEV",null,266,108,96,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46976","Electricity",null,"2020 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Colorado 4WD","ICE",null,0,0,0,12.6,9.6999999999999993,27598,"","Gasoline"]
["2024 Polestar 2 Dual Motor Performance Pack BEV","Passenger Vehicles (Light-Duty)",2024,"Polestar","2 Dual Motor Performance Pack","BEV",null,247,100,90,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46977","Electricity",null,"2020 Chevrolet Equinox ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Equinox","ICE",null,0,0,0,8.9,7.7,27198,"","Gasoline"]
["2024 Polestar 2 Single Motor (19 Inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Polestar","2 Single Motor (19 Inch Wheels)","BEV",null,320,124,106,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46978","Electricity",null,"2020 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Equinox AWD","ICE",null,0,0,0,9.3000000000000007,8,27198,"","Gasoline"]
["2024 Polestar 2 Single Motor (20 Inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2024,"Polestar","2 Single Motor (20 Inch Wheels)","BEV",null,307,119,102,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46979","Electricity",null,"2020 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Equinox AWD","ICE",null,0,0,0,10.9,8.3000000000000007,27198,"","Gasoline"]
["2024 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ram","1500 2WD","ICE",null,0,null,null,20,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46821","Gasoline",null,"2020 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Malibu","ICE",null,0,0,0,8.1999999999999993,6.6,25448,"","Gasoline"]
["2024 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ram","1500 2WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46822","Gasoline",null,"2020 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Malibu","ICE",null,0,0,0,10.5,7.4,25448,"","Gasoline"]
["2024 Ram 1500 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ram","1500 4WD","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46853","Gasoline",null,"2020 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado","ICE",null,0,0,0,15.1,11.5,31698,"","Gasoline"]
["2024 Ram 1500 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ram","1500 4WD","ICE",null,0,null,null,18,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46854","Gasoline",null,"2020 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado","ICE",null,0,0,0,15.9,11.4,31698,"","Gasoline"]
["2024 Ram 1500 HFE 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ram","1500 HFE 2WD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47369","Gasoline",null,"2020 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado","ICE",null,0,0,0,10.199999999999999,7.2,31698,"","Gasoline"]
["2024 Ram 1500 TRX 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Ram","1500 TRX 4WD","ICE",null,0,null,null,10,14,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46855","Gasoline",null,"2020 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado","ICE",null,0,0,0,11.9,10.3,31698,"","Gasoline"]
["2024 Rivian R1S All-Terrain Quad Large (20 inch) BEV","Passenger Vehicles (Light-Duty)",2024,"Rivian","R1S All-Terrain Quad Large (20 inch)","BEV",null,274,65,60,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47477","Electricity",null,"2020 Chevrolet Silverado ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado","ICE",null,0,0,0,13.9,10.1,31698,"","Gasoline"]
["2024 Subaru Ascent ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Ascent","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47210","Gasoline",null,"2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,14.7,10.7,31698,"","Gasoline"]
["2024 Subaru Ascent Limited/Touring/Onyx AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Ascent Limited/Touring/Onyx AWD","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47211","Gasoline",null,"2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,15.9,11.8,31698,"","Gasoline"]
["2024 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Crosstrek AWD","ICE",null,0,null,null,27,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46540","Gasoline",null,"2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,15.7,12,31698,"","Gasoline"]
["2024 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Crosstrek AWD","ICE",null,0,null,null,26,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46737","Gasoline",null,"2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,12.5,10.8,31698,"","Gasoline"]
["2024 Subaru Crosstrek Wilderness AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Crosstrek Wilderness AWD","ICE",null,0,null,null,25,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47162","Gasoline",null,"2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,10.4,8,31698,"","Gasoline"]
["2024 Subaru Forester AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Forester AWD","ICE",null,0,null,null,26,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47161","Gasoline",null,"2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,14.3,10.6,31698,"","Gasoline"]
["2024 Subaru Forester Wilderness AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Forester Wilderness AWD","ICE",null,0,null,null,25,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47163","Gasoline",null,"2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,0,0,15,12,31698,"","Gasoline"]
["2024 Subaru Impreza ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Impreza","ICE",null,0,null,null,27,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46530","Gasoline",null,"2020 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Spark","ICE",null,0,0,0,7.9,6.2,10198,"","Gasoline"]
["2024 Subaru Impreza ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Impreza","ICE",null,0,null,null,26,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46531","Gasoline",null,"2020 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Spark","ICE",null,0,0,0,8,6.2,10198,"","Gasoline"]
["2024 Subaru Legacy AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Legacy AWD","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46528","Gasoline",null,"2020 Chevrolet Suburban ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Suburban","ICE",null,0,0,0,15.7,10.5,59498,"","Gasoline"]
["2024 Subaru Legacy AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Legacy AWD","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46529","Gasoline",null,"2020 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Suburban 4WD","ICE",null,0,0,0,16.8,11.3,59498,"","Gasoline"]
["2024 Subaru Outback AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Outback AWD","ICE",null,0,null,null,26,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46541","Gasoline",null,"2020 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Suburban 4WD","ICE",null,0,0,0,17.2,11.4,59498,"","Gasoline"]
["2024 Subaru Outback AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Outback AWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46542","Gasoline",null,"2020 Chevrolet Tahoe ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Tahoe","ICE",null,0,0,0,15.7,10.5,56498,"","Gasoline"]
["2024 Subaru Outback Wilderness AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Subaru","Outback Wilderness AWD","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46543","Gasoline",null,"2020 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Tahoe 4WD","ICE",null,0,0,0,16,11.2,56498,"","Gasoline"]
["2024 Subaru Solterra AWD BEV","Passenger Vehicles (Light-Duty)",2024,"Subaru","Solterra AWD","BEV",null,227,114,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47482","Electricity",null,"2020 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Tahoe 4WD","ICE",null,0,0,0,16.5,10.9,56498,"","Gasoline"]
["2024 Subaru Solterra Limited/Touring AWD BEV","Passenger Vehicles (Light-Duty)",2024,"Subaru","Solterra Limited/Touring AWD","BEV",null,222,111,93,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47483","Electricity",null,"2020 Chevrolet Traverse ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Traverse","ICE",null,0,0,0,13,8.8000000000000007,36198,"","Gasoline"]
["2024 Toyota 4Runner 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","4Runner 2WD","ICE",null,0,null,null,16,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47411","Gasoline",null,"2020 Chevrolet Traverse AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Traverse AWD","ICE",null,0,0,0,13.6,9.6,36198,"","Gasoline"]
["2024 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","4Runner 4WD","ICE",null,0,null,null,16,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47439","Gasoline",null,"2020 Chevrolet Trax ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Trax","ICE",null,0,0,0,9.1,7.6,21998,"","Gasoline"]
["2024 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","4Runner 4WD","ICE",null,0,null,null,16,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47438","Gasoline",null,"2020 Chevrolet Trax AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Trax AWD","ICE",null,0,0,0,10,8,21998,"","Gasoline"]
["2024 Toyota Camry ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry","ICE",null,0,null,null,22,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47085","Gasoline",null,"2020 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2020,"Chrysler","300","ICE",null,0,0,0,14.7,9.4,43870,"","Gasoline"]
["2024 Toyota Camry AWD LE/SE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry AWD LE/SE","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47088","Gasoline",null,"2020 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2020,"Chrysler","300","ICE",null,0,0,0,12.4,7.8,43870,"","Gasoline"]
["2024 Toyota Camry AWD XLE/XSE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry AWD XLE/XSE","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47089","Gasoline",null,"2020 Chrysler 300 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chrysler","300 AWD","ICE",null,0,0,0,12.8,8.6999999999999993,46870,"","Gasoline"]
["2024 Toyota Camry Hybrid LE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry Hybrid LE","ICE",null,0,null,null,51,53,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47092","Gasoline",null,"2020 Chrysler Pacifica Hybrid PHEV","Passenger Vehicles (Light-Duty)",2020,"Chrysler","Pacifica Hybrid","PHEV",null,51,2.9,2.9,8,7.9,47071,"","Gasoline"]
["2024 Toyota Camry Hybrid SE/XLE/XSE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry Hybrid SE/XLE/XSE","ICE",null,0,null,null,44,47,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47093","Gasoline",null,"2020 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Challenger","ICE",null,0,0,0,15.6,10.1,29395,"","Gasoline"]
["2024 Toyota Camry LE/SE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry LE/SE","ICE",null,0,null,null,28,39,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47090","Gasoline",null,"2020 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Challenger","ICE",null,0,0,0,12.4,7.8,29395,"","Gasoline"]
["2024 Toyota Camry TRD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry TRD","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47086","Gasoline",null,"2020 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Challenger","ICE",null,0,0,0,16.7,10.4,29395,"","Gasoline"]
["2024 Toyota Camry XLE/XSE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry XLE/XSE","ICE",null,0,null,null,27,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47091","Gasoline",null,"2020 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Charger","ICE",null,0,0,0,13.7,9,30895,"","Gasoline"]
["2024 Toyota Camry XSE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Camry XSE","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47087","Gasoline",null,"2020 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Charger","ICE",null,0,0,0,12.4,7.8,30895,"","Gasoline"]
["2024 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla","ICE",null,0,null,null,31,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47344","Gasoline",null,"2020 Dodge Charger AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Charger AWD","ICE",null,0,0,0,12.8,8.6999999999999993,30895,"","Gasoline"]
["2024 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla","ICE",null,0,null,null,32,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47343","Gasoline",null,"2020 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Durango AWD","ICE",null,0,0,0,12.7,9.6,39222,"","Gasoline"]
["2024 Toyota Corolla Hatchback ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla Hatchback","ICE",null,0,null,null,32,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47345","Gasoline",null,"2020 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Durango AWD","ICE",null,0,0,0,16.7,10.9,39222,"","Gasoline"]
["2024 Toyota Corolla Hatchback XSE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla Hatchback XSE","ICE",null,0,null,null,30,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47346","Gasoline",null,"2020 Dodge Grand Caravan ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Grand Caravan","ICE",null,0,0,0,13.7,9.4,24877,"","Gasoline"]
["2024 Toyota Corolla Hybrid ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla Hybrid","ICE",null,0,null,null,50,43,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47340","Gasoline",null,"2020 Dodge Journey ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Journey","ICE",null,0,0,0,12.7,9.1999999999999993,23795,"","Gasoline"]
["2024 Toyota Corolla Hybrid ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla Hybrid","ICE",null,0,null,null,53,46,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47339","Gasoline",null,"2020 FIAT 124 Spider ICE","Passenger Vehicles (Light-Duty)",2020,"FIAT","124 Spider","ICE",null,0,0,0,9.3000000000000007,6.5,32795,"","Gasoline"]
["2024 Toyota Corolla Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla Hybrid AWD","ICE",null,0,null,null,47,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47342","Gasoline",null,"2020 FIAT 124 Spider ICE","Passenger Vehicles (Light-Duty)",2020,"FIAT","124 Spider","ICE",null,0,0,0,9,6.7,32795,"","Gasoline"]
["2024 Toyota Corolla Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Corolla Hybrid AWD","ICE",null,0,null,null,51,44,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47341","Gasoline",null,"2020 FIAT 500L ICE","Passenger Vehicles (Light-Duty)",2020,"FIAT","500L","ICE",null,0,0,0,10.7,7.9,25495,"","Gasoline"]
["2024 Toyota Crown AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Crown AWD","ICE",null,0,null,null,42,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47354","Gasoline",null,"2020 FIAT 500X AWD ICE","Passenger Vehicles (Light-Duty)",2020,"FIAT","500X AWD","ICE",null,0,0,0,10,7.9,32245,"","Gasoline"]
["2024 Toyota Crown AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Crown AWD","ICE",null,0,null,null,29,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47355","Gasoline",null,"2020 Ford EcoSport ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","EcoSport","ICE",null,0,0,0,8.6,8.1,25299,"","Gasoline"]
["2024 Toyota GR Corolla ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","GR Corolla","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47234","Gasoline",null,"2020 Ford EcoSport AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","EcoSport AWD","ICE",null,0,0,0,10.199999999999999,8.1,25299,"","Gasoline"]
["2024 Toyota GR Supra ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","GR Supra","ICE",null,0,null,null,25,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46636","Gasoline",null,"2020 Ford Edge ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Edge","ICE",null,0,0,0,11.2,8.1,36399,"","Gasoline"]
["2024 Toyota GR Supra ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","GR Supra","ICE",null,0,null,null,19,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46762","Gasoline",null,"2020 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Edge AWD","ICE",null,0,0,0,11.4,8.3000000000000007,36399,"","Gasoline"]
["2024 Toyota GR Supra ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","GR Supra","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46761","Gasoline",null,"2020 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Edge AWD","ICE",null,0,0,0,11.4,8.3000000000000007,36399,"","Gasoline"]
["2024 Toyota Grand Highlander AWD LE/XLE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander AWD LE/XLE","ICE",null,0,null,null,21,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46755","Gasoline",null,"2020 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Edge AWD","ICE",null,0,0,0,12.5,9.1999999999999993,36399,"","Gasoline"]
["2024 Toyota Grand Highlander AWD Limited/Platinum ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander AWD Limited/Platinum","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46756","Gasoline",null,"2020 Ford Escape ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape","ICE",null,0,0,0,8.6,7.1,28549,"","Gasoline"]
["2024 Toyota Grand Highlander Hybrid ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander Hybrid","ICE",null,0,null,null,37,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46741","Gasoline",null,"2020 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape AWD","ICE",null,0,0,0,10.4,7.5,28549,"","Gasoline"]
["2024 Toyota Grand Highlander Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander Hybrid AWD","ICE",null,0,null,null,36,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46753","Gasoline",null,"2020 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape AWD","ICE",null,0,0,0,8.9,7.6,28549,"","Gasoline"]
["2024 Toyota Grand Highlander Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander Hybrid AWD","ICE",null,0,null,null,26,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46754","Gasoline",null,"2020 Ford Escape Hybrid ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape Hybrid","ICE",null,0,0,0,5.4,6.3,37649,"","Gasoline"]
["2024 Toyota Grand Highlander Hybrid Limited ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander Hybrid Limited","ICE",null,0,null,null,36,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46742","Gasoline",null,"2020 Ford Escape Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape Hybrid AWD","ICE",null,0,0,0,5.5,6.4,37649,"","Gasoline"]
["2024 Toyota Grand Highlander LE/XLE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander LE/XLE","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46743","Gasoline",null,"2020 Ford Expedition 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Expedition 4X4","ICE",null,0,0,0,14.1,10.6,62710,"","Gasoline"]
["2024 Toyota Grand Highlander Limited ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Grand Highlander Limited","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46744","Gasoline",null,"2020 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Explorer AWD","ICE",null,0,0,0,11.6,8.6999999999999993,44549,"","Gasoline"]
["2024 Toyota Prius ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Prius","ICE",null,0,null,null,57,56,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47243","Gasoline",null,"2020 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Explorer AWD","ICE",null,0,0,0,13.3,9.8000000000000007,44549,"","Gasoline"]
["2024 Toyota Prius AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Prius AWD","ICE",null,0,null,null,53,54,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47244","Gasoline",null,"2020 Ford Explorer Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Explorer Hybrid AWD","ICE",null,0,0,0,10.1,9,49799,"","Gasoline"]
["2024 Toyota Prius AWD XLE/LTD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Prius AWD XLE/LTD","ICE",null,0,null,null,49,50,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47245","Gasoline",null,"2020 Ford F-150 ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","F-150","ICE",null,0,0,0,11.1,8.3000000000000007,31429,"","Gasoline"]
["2024 Toyota Prius Prime PHEV","Passenger Vehicles (Light-Duty)",2024,"Toyota","Prius Prime","PHEV",null,40,125,103,50,47,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47500","Gasoline",null,"2020 Ford F-150 ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","F-150","ICE",null,0,0,0,12,8.9,31429,"","Gasoline"]
["2024 Toyota Prius Prime SE PHEV","Passenger Vehicles (Light-Duty)",2024,"Toyota","Prius Prime SE","PHEV",null,45,140,115,53,51,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47501","Gasoline",null,"2020 Ford F-150 ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","F-150","ICE",null,0,0,0,14.3,10.7,31429,"","Gasoline"]
["2024 Toyota Prius XLE/LTD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Prius XLE/LTD","ICE",null,0,null,null,52,52,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47246","Gasoline",null,"2020 Ford F-150 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","F-150 4X4","ICE",null,0,0,0,14.6,10.9,31429,"","Gasoline"]
["2024 Toyota RAV4 ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47374","Gasoline",null,"2020 Ford F-150 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","F-150 4X4","ICE",null,0,0,0,11.9,9.4,31429,"","Gasoline"]
["2024 Toyota RAV4 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4 AWD","ICE",null,0,null,null,27,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47387","Gasoline",null,"2020 Ford F-150 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","F-150 4X4","ICE",null,0,0,0,13.1,10.199999999999999,31429,"","Gasoline"]
["2024 Toyota RAV4 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4 AWD","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47388","Gasoline",null,"2020 Ford Fusion ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Fusion","ICE",null,0,0,0,10,7,26485,"","Gasoline"]
["2024 Toyota RAV4 AWD LE ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4 AWD LE","ICE",null,0,null,null,27,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47390","Gasoline",null,"2020 Ford Fusion Energi PHEV","Passenger Vehicles (Light-Duty)",2020,"Ford","Fusion Energi","PHEV",null,42,2.2999999999999998,2.2999999999999998,5.5,5.8,31930,"","Gasoline"]
["2024 Toyota RAV4 AWD TRD OFFROAD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4 AWD TRD OFFROAD","ICE",null,0,null,null,25,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47389","Gasoline",null,"2020 Ford Fusion Hybrid ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Fusion Hybrid","ICE",null,0,0,0,5.5,5.7,26485,"","Gasoline"]
["2024 Toyota RAV4 Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4 Hybrid AWD","ICE",null,0,null,null,41,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47392","Gasoline",null,"2020 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Mustang","ICE",null,0,0,0,16.100000000000001,9.9,31745,"","Gasoline"]
["2024 Toyota RAV4 Hybrid AWD Woodland Edition ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4 Hybrid AWD Woodland Edition","ICE",null,0,null,null,38,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47391","Gasoline",null,"2020 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Mustang","ICE",null,0,0,0,15,9.1,31745,"","Gasoline"]
["2024 Toyota RAV4 Prime 4WD PHEV","Passenger Vehicles (Light-Duty)",2024,"Toyota","RAV4 Prime 4WD","PHEV",null,42,105,84,40,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47502","Gasoline",null,"2020 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Mustang","ICE",null,0,0,0,11.2,7.9,31745,"","Gasoline"]
["2024 Toyota Sequoia 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Sequoia 2WD","ICE",null,0,null,null,21,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47173","Gasoline",null,"2020 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Mustang","ICE",null,0,0,0,11.2,7.3,31745,"","Gasoline"]
["2024 Toyota Sequoia 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Sequoia 4WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47212","Gasoline",null,"2020 Ford Ranger 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Ranger 4WD","ICE",null,0,0,0,11.8,9.8000000000000007,34573,"","Gasoline"]
["2024 Toyota Sienna 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Sienna 2WD","ICE",null,0,null,null,36,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47252","Gasoline",null,"2020 Ford Transit Connect Van FFV ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Van FFV","ICE",null,0,0,0,9.8000000000000007,8.8000000000000007,30475,"","Gasoline"]
["2024 Toyota Sienna AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Sienna AWD","ICE",null,0,null,null,35,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47254","Gasoline",null,"2020 Ford Transit Connect Van FFV ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Van FFV","ICE",null,0,0,0,13.3,11.8,30475,"","Gasoline"]
["2024 Toyota Tundra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Tundra 2WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47117","Gasoline",null,"2020 Ford Transit Connect Van LWB ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Van LWB","ICE",null,0,0,0,9.8000000000000007,8.8000000000000007,30475,"","Gasoline"]
["2024 Toyota Tundra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Tundra 2WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47118","Gasoline",null,"2020 Ford Transit Connect Van LWB ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Van LWB","ICE",null,0,0,0,12,8.8000000000000007,30475,"","Gasoline"]
["2024 Toyota Tundra 2WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Tundra 2WD","ICE",null,0,null,null,20,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47119","Gasoline",null,"2020 Ford Transit Connect Wagon LWB ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Wagon LWB","ICE",null,0,0,0,12.1,9,33055,"","Gasoline"]
["2024 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Tundra 4WD","ICE",null,0,null,null,17,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47129","Gasoline",null,"2020 Ford Transit Connect Wagon LWB ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Wagon LWB","ICE",null,0,0,0,9.9,8.1999999999999993,33055,"","Gasoline"]
["2024 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Tundra 4WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47131","Gasoline",null,"2020 Ford Transit Connect Wagon LWB FFV ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Wagon LWB FFV","ICE",null,0,0,0,13.7,11.1,33055,"","Gasoline"]
["2024 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Tundra 4WD","ICE",null,0,null,null,17,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47130","Gasoline",null,"2020 Ford Transit Connect Wagon LWB FFV ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Transit Connect Wagon LWB FFV","ICE",null,0,0,0,9.9,8.1999999999999993,33055,"","Gasoline"]
["2024 Toyota Tundra 4WD PRO ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Tundra 4WD PRO","ICE",null,0,null,null,18,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47132","Gasoline",null,"2020 GMC Acadia ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Acadia","ICE",null,0,0,0,11.3,8.9,37198,"","Gasoline"]
["2024 Toyota Venza AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Toyota","Venza AWD","ICE",null,0,null,null,40,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47393","Gasoline",null,"2020 GMC Acadia ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Acadia","ICE",null,0,0,0,11,8.3000000000000007,37198,"","Gasoline"]
["2024 Vinfast VF 9 Eco BEV","Passenger Vehicles (Light-Duty)",2024,"Vinfast","VF 9 Eco","BEV",null,330,79,71,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47487","Electricity",null,"2020 GMC Acadia ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Acadia","ICE",null,0,0,0,12.6,8.8000000000000007,37198,"","Gasoline"]
["2024 Vinfast VF 9 Plus BEV","Passenger Vehicles (Light-Duty)",2024,"Vinfast","VF 9 Plus","BEV",null,291,71,66,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47488","Electricity",null,"2020 GMC Acadia AWD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Acadia AWD","ICE",null,0,0,0,11.3,8.6999999999999993,37198,"","Gasoline"]
["2024 Volkswagen Arteon 4motion ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Arteon 4motion","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47359","Gasoline",null,"2020 GMC Acadia AWD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Acadia AWD","ICE",null,0,0,0,13.1,9.4,37198,"","Gasoline"]
["2024 Volkswagen Atlas ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Atlas","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46593","Gasoline",null,"2020 GMC Canyon ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon","ICE",null,0,0,0,13.4,9.6,28298,"","Gasoline"]
["2024 Volkswagen Atlas 4motion Peak Edition ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Atlas 4motion Peak Edition","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46601","Gasoline",null,"2020 GMC Canyon ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon","ICE",null,0,0,0,12.1,9.1999999999999993,28298,"","Gasoline"]
["2024 Volkswagen Atlas Cross Sport ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Atlas Cross Sport","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46594","Gasoline",null,"2020 GMC Canyon ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon","ICE",null,0,0,0,11.8,7.9,28298,"","Gasoline"]
["2024 Volkswagen Atlas Cross Sport 4motion ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Atlas Cross Sport 4motion","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46603","Gasoline",null,"2020 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon 4WD","ICE",null,0,0,0,12.3,8.5,28298,"","Gasoline"]
["2024 Volkswagen Atlas SE 4motion ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Atlas SE 4motion","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46602","Gasoline",null,"2020 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon 4WD","ICE",null,0,0,0,14,9.9,28298,"","Gasoline"]
["2024 Volkswagen Atlas SEL 4motion ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Atlas SEL 4motion","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46604","Gasoline",null,"2020 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon 4WD","ICE",null,0,0,0,12.6,9.6999999999999993,28298,"","Gasoline"]
["2024 Volkswagen GLI ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","GLI","ICE",null,0,null,null,24,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47057","Gasoline",null,"2020 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra","ICE",null,0,0,0,11.9,10.3,32898,"","Gasoline"]
["2024 Volkswagen GTI ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","GTI","ICE",null,0,null,null,24,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46780","Gasoline",null,"2020 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra","ICE",null,0,0,0,15.9,11.4,32898,"","Gasoline"]
["2024 Volkswagen GTI ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","GTI","ICE",null,0,null,null,23,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46781","Gasoline",null,"2020 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra","ICE",null,0,0,0,15.1,11.5,32898,"","Gasoline"]
["2024 Volkswagen Golf R ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Golf R","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47053","Gasoline",null,"2020 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra","ICE",null,0,0,0,14,10.1,32898,"","Gasoline"]
["2024 Volkswagen Golf R ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Golf R","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47054","Gasoline",null,"2020 GMC Sierra ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra","ICE",null,0,0,0,10.199999999999999,7.8,32898,"","Gasoline"]
["2024 Volkswagen ID.4 AWD Pro BEV","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","ID.4 AWD Pro","BEV",null,263,108,96,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47485","Electricity",null,"2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,0,0,15.9,11.8,32898,"","Gasoline"]
["2024 Volkswagen ID.4 AWD Pro S BEV","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","ID.4 AWD Pro S","BEV",null,263,108,96,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47486","Electricity",null,"2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,0,0,14.7,10.8,32898,"","Gasoline"]
["2024 Volkswagen ID.4 Pro BEV","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","ID.4 Pro","BEV",null,291,122,104,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47484","Electricity",null,"2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,0,0,14.3,10.6,32898,"","Gasoline"]
["2024 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Jetta","ICE",null,0,null,null,29,42,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46782","Gasoline",null,"2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,0,0,15.5,11.9,32898,"","Gasoline"]
["2024 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Jetta","ICE",null,0,null,null,30,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47055","Gasoline",null,"2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,0,0,15.7,12,32898,"","Gasoline"]
["2024 Volkswagen Jetta Sport/SE/SEL ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Jetta Sport/SE/SEL","ICE",null,0,null,null,29,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47056","Gasoline",null,"2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,0,0,10.5,9.1,32898,"","Gasoline"]
["2024 Volkswagen Taos ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Taos","ICE",null,0,null,null,28,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47142","Gasoline",null,"2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,0,0,12.5,10.8,32898,"","Gasoline"]
["2024 Volkswagen Taos 4motion ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Taos 4motion","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47166","Gasoline",null,"2020 GMC Terrain ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Terrain","ICE",null,0,0,0,9.1999999999999993,7.8,31198,"","Gasoline"]
["2024 Volkswagen Tiguan ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Tiguan","ICE",null,0,null,null,23,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47141","Gasoline",null,"2020 GMC Terrain AWD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Terrain AWD","ICE",null,0,0,0,9.5,8.3000000000000007,31198,"","Gasoline"]
["2024 Volkswagen Tiguan 4motion ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Tiguan 4motion","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47164","Gasoline",null,"2020 GMC Terrain AWD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Terrain AWD","ICE",null,0,0,0,11.2,9,31198,"","Gasoline"]
["2024 Volkswagen Tiguan R-Line 4motion ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Tiguan R-Line 4motion","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47165","Gasoline",null,"2020 GMC Yukon ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Yukon","ICE",null,0,0,0,15.7,10.5,57998,"","Gasoline"]
["2024 Volkswagen Tiguan S ICE","Passenger Vehicles (Light-Duty)",2024,"Volkswagen","Tiguan S","ICE",null,0,null,null,24,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47140","Gasoline",null,"2020 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Yukon 4WD","ICE",null,0,0,0,16,11.2,57998,"","Gasoline"]
["2024 Volvo C40 Recharge BEV","Passenger Vehicles (Light-Duty)",2024,"Volvo","C40 Recharge","BEV",null,297,118,96,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46980","Electricity",null,"2020 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Yukon 4WD","ICE",null,0,0,0,16.5,10.9,57998,"","Gasoline"]
["2024 Volvo C40 Recharge twin BEV","Passenger Vehicles (Light-Duty)",2024,"Volvo","C40 Recharge twin","BEV",null,257,106,91,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46982","Electricity",null,"2020 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Accord","ICE",null,0,0,0,10.7,7.3,34090,"","Gasoline"]
["2024 Volvo S60 B5 ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","S60 B5","ICE",null,0,null,null,26,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46661","Gasoline",null,"2020 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Accord","ICE",null,0,0,0,8.9,6.7,34090,"","Gasoline"]
["2024 Volvo S60 B5 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","S60 B5 AWD","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46662","Gasoline",null,"2020 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Accord","ICE",null,0,0,0,8.1999999999999993,6.8,34090,"","Gasoline"]
["2024 Volvo S60 T8 AWD Recharge PHEV","Passenger Vehicles (Light-Duty)",2024,"Volvo","S60 T8 AWD Recharge","PHEV",null,40,74,73,30,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47503","Gasoline",null,"2020 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Accord","ICE",null,0,0,0,7.9,6.3,34090,"","Gasoline"]
["2024 Volvo S90 B6 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","S90 B6 AWD","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46669","Gasoline",null,"2020 Honda Accord Hybrid ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Accord Hybrid","ICE",null,0,0,0,5,5,37590,"","Gasoline"]
["2024 Volvo V60CC B5 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","V60CC B5 AWD","ICE",null,0,null,null,24,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46681","Gasoline",null,"2020 Honda Accord Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Accord Sport/Touring","ICE",null,0,0,0,10.4,7.4,34090,"","Gasoline"]
["2024 Volvo V90CC B6 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","V90CC B6 AWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46682","Gasoline",null,"2020 Honda CR-V ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","CR-V","ICE",null,0,0,0,8.3000000000000007,7,31760,"","Gasoline"]
["2024 Volvo XC40 B5 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC40 B5 AWD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46739","Gasoline",null,"2020 Honda CR-V AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","CR-V AWD","ICE",null,0,0,0,8.6999999999999993,7.4,31760,"","Gasoline"]
["2024 Volvo XC40 Recharge BEV","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC40 Recharge","BEV",null,293,118,95,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46981","Electricity",null,"2020 Honda Civic Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Coupe","ICE",null,0,0,0,8.3000000000000007,6.6,23475,"","Gasoline"]
["2024 Volvo XC40 Recharge twin BEV","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC40 Recharge twin","BEV",null,254,106,90,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46983","Electricity",null,"2020 Honda Civic Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Coupe","ICE",null,0,0,0,9.3000000000000007,6.7,23475,"","Gasoline"]
["2024 Volvo XC60 B5 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC60 B5 AWD","ICE",null,0,null,null,22,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46738","Gasoline",null,"2020 Honda Civic Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Coupe","ICE",null,0,0,0,7.8,6.4,23475,"","Gasoline"]
["2024 Volvo XC60 T8 AWD Recharge PHEV","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC60 T8 AWD Recharge","PHEV",null,36,66,60,28,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47504","Gasoline",null,"2020 Honda Civic Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Coupe","ICE",null,0,0,0,7.8,6.1,23475,"","Gasoline"]
["2024 Volvo XC90 B5 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC90 B5 AWD","ICE",null,0,null,null,22,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46757","Gasoline",null,"2020 Honda Civic Coupe Si ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Coupe Si","ICE",null,0,0,0,8.9,6.4,32075,"","Gasoline"]
["2024 Volvo XC90 B6 AWD ICE","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC90 B6 AWD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46758","Gasoline",null,"2020 Honda Civic Hatchback ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Hatchback","ICE",null,0,0,0,8,6.2,32185,"","Gasoline"]
["2024 Volvo XC90 T8 AWD Recharge PHEV","Passenger Vehicles (Light-Duty)",2024,"Volvo","XC90 T8 AWD Recharge","PHEV",null,33,59,57,26,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47505","Gasoline",null,"2020 Honda Civic Hatchback ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Hatchback","ICE",null,0,0,0,7.7,6,32185,"","Gasoline"]
["2023 BMW 228i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","228i Gran Coupe","ICE",null,0,null,null,24,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45492","Gasoline",null,"2020 Honda Civic Hatchback Sport ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Hatchback Sport","ICE",null,0,0,0,8,6.2,32185,"","Gasoline"]
["2023 BMW 228i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","228i xDrive Gran Coupe","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45491","Gasoline",null,"2020 Honda Civic Hatchback Sport ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Hatchback Sport","ICE",null,0,0,0,8,6.6,32185,"","Gasoline"]
["2023 BMW 230i Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","230i Coupe","ICE",null,0,null,null,26,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45475","Gasoline",null,"2020 Honda Civic Sedan ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Sedan","ICE",null,0,0,0,7.9,6.1,25185,"","Gasoline"]
["2023 BMW 230i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","230i xDrive Coupe","ICE",null,0,null,null,24,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45476","Gasoline",null,"2020 Honda Civic Sedan ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Sedan","ICE",null,0,0,0,8.1999999999999993,6.5,25185,"","Gasoline"]
["2023 BMW 330e Sedan PHEV","Passenger Vehicles (Light-Duty)",2023,"BMW","330e Sedan","PHEV",null,22,69,78,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47215","Gasoline",null,"2020 Honda Civic Sedan ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Sedan","ICE",null,0,0,0,9.3000000000000007,6.5,25185,"","Gasoline"]
["2023 BMW 330e xDrive Sedan PHEV","Passenger Vehicles (Light-Duty)",2023,"BMW","330e xDrive Sedan","PHEV",null,20,64,75,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47216","Gasoline",null,"2020 Honda Civic Sedan ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Sedan","ICE",null,0,0,0,7.8,6.2,25185,"","Gasoline"]
["2023 BMW 330i Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","330i Sedan","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45765","Gasoline",null,"2020 Honda Civic Sedan Si ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Sedan Si","ICE",null,0,0,0,8.9,6.4,32185,"","Gasoline"]
["2023 BMW 330i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","330i xDrive Sedan","ICE",null,0,null,null,24,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46130","Gasoline",null,"2020 Honda Civic Type R ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic Type R","ICE",null,0,0,0,10.5,8.4,47985,"","Gasoline"]
["2023 BMW 430i Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","430i Convertible","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45602","Gasoline",null,"2020 Honda Clarity Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2020,"Honda","Clarity Plug-in Hybrid","PHEV",null,77,2.1,2.1,5.3,5.9,46290,"","Gasoline"]
["2023 BMW 430i Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","430i Coupe","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45601","Gasoline",null,"2020 Honda HR-V ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","HR-V","ICE",null,0,0,0,8.4,7,27155,"","Gasoline"]
["2023 BMW 430i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","430i Gran Coupe","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45604","Gasoline",null,"2020 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","HR-V AWD","ICE",null,0,0,0,8.8000000000000007,7.5,27155,"","Gasoline"]
["2023 BMW 430i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","430i xDrive Convertible","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45480","Gasoline",null,"2020 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","HR-V AWD","ICE",null,0,0,0,9.1,7.7,27155,"","Gasoline"]
["2023 BMW 430i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","430i xDrive Coupe","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45479","Gasoline",null,"2020 Honda Insight EX/Touring ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Insight EX/Touring","ICE",null,0,0,0,4.5999999999999996,5.3,30260,"","Gasoline"]
["2023 BMW 430i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","430i xDrive Gran Coupe","ICE",null,0,null,null,23,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45273","Gasoline",null,"2020 Honda Odyssey ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Odyssey","ICE",null,0,0,0,12.2,8.5,45060,"","Gasoline"]
["2023 BMW 530e Sedan PHEV","Passenger Vehicles (Light-Duty)",2023,"BMW","530e Sedan","PHEV",null,21,59,72,24,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46246","Gasoline",null,"2020 Honda Passport AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Passport AWD","ICE",null,0,0,0,12.5,9.8000000000000007,45260,"","Gasoline"]
["2023 BMW 530e xDrive Sedan PHEV","Passenger Vehicles (Light-Duty)",2023,"BMW","530e xDrive Sedan","PHEV",null,19,59,67,22,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46247","Gasoline",null,"2020 Honda Pilot AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Pilot AWD","ICE",null,0,0,0,13,9.3000000000000007,44560,"","Gasoline"]
["2023 BMW 530i Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","530i Sedan","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45518","Gasoline",null,"2020 Honda Pilot AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Pilot AWD","ICE",null,0,0,0,12.4,9.3000000000000007,44560,"","Gasoline"]
["2023 BMW 530i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","530i xDrive Sedan","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45519","Gasoline",null,"2020 Honda Ridgeline AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Ridgeline AWD","ICE",null,0,0,0,12.6,10,46310,"","Gasoline"]
["2023 BMW 540i Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","540i Sedan","ICE",null,0,null,null,25,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46133","Gasoline",null,"2020 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Elantra","ICE",null,0,0,0,9.1,6.3,17899,"","Gasoline"]
["2023 BMW 540i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","540i xDrive Sedan","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45520","Gasoline",null,"2020 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Elantra","ICE",null,0,0,0,7.8,5.6,17899,"","Gasoline"]
["2023 BMW 740i Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","740i Sedan","ICE",null,0,null,null,25,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45663","Gasoline",null,"2020 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Elantra","ICE",null,0,0,0,10.1,7.6,17899,"","Gasoline"]
["2023 BMW 760i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","760i xDrive Sedan","ICE",null,0,null,null,18,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45664","Gasoline",null,"2020 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Elantra","ICE",null,0,0,0,8.9,7,17899,"","Gasoline"]
["2023 BMW 840i Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","840i Convertible","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45265","Gasoline",null,"2020 Hyundai IONIQ ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","IONIQ","ICE",null,0,0,0,4.2,4.2,25649,"","Gasoline"]
["2023 BMW 840i Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","840i Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45263","Gasoline",null,"2020 Hyundai IONIQ Electric BEV","Passenger Vehicles (Light-Duty)",2020,"Hyundai","IONIQ Electric","BEV",null,274,1.6292134831460674,1.9550561797752808,0,0,41599,"","Electricity"]
["2023 BMW 840i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","840i Gran Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45276","Gasoline",null,"2020 Hyundai IONIQ Electric Plus PHEV","Passenger Vehicles (Light-Duty)",2020,"Hyundai","IONIQ Electric Plus","PHEV",null,47,2,2,4.4000000000000004,4.5999999999999996,41599,"","Gasoline"]
["2023 BMW 840i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","840i xDrive Convertible","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45266","Gasoline",null,"2020 Hyundai Kona ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Kona","ICE",null,0,0,0,8.6,7,21299,"","Gasoline"]
["2023 BMW 840i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","840i xDrive Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45264","Gasoline",null,"2020 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Kona AWD","ICE",null,0,0,0,9.1999999999999993,7.8,21299,"","Gasoline"]
["2023 BMW 840i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","840i xDrive Gran Coupe","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45277","Gasoline",null,"2020 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Kona AWD","ICE",null,0,0,0,9,8,21299,"","Gasoline"]
["2023 BMW Alpina B8 Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","Alpina B8 Gran Coupe","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45233","Gasoline",null,"2020 Hyundai Kona Electric BEV","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Kona Electric","BEV",null,415,1.8202247191011232,2.1685393258426968,0,0,44999,"","Electricity"]
["2023 BMW Alpina XB7 ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","Alpina XB7","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46156","Gasoline",null,"2020 Hyundai Palisade ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Palisade","ICE",null,0,0,0,11.9,8.8000000000000007,39199,"","Gasoline"]
["2023 BMW M2 Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M2 Coupe","ICE",null,0,null,null,16,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46120","Gasoline",null,"2020 Hyundai Palisade AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Palisade AWD","ICE",null,0,0,0,12.3,9.6,39199,"","Gasoline"]
["2023 BMW M2 Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M2 Coupe","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46121","Gasoline",null,"2020 Hyundai Santa Fe ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Santa Fe","ICE",null,0,0,0,10.8,8,31399,"","Gasoline"]
["2023 BMW M235i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M235i xDrive Gran Coupe","ICE",null,0,null,null,24,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45764","Gasoline",null,"2020 Hyundai Santa Fe AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Santa Fe AWD","ICE",null,0,0,0,12,9.1999999999999993,31399,"","Gasoline"]
["2023 BMW M240i Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M240i Coupe","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45477","Gasoline",null,"2020 Hyundai Santa Fe AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Santa Fe AWD","ICE",null,0,0,0,11.3,8.8000000000000007,31399,"","Gasoline"]
["2023 BMW M240i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M240i xDrive Coupe","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45478","Gasoline",null,"2020 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Sonata","ICE",null,0,0,0,8.6,6.6,27149,"","Gasoline"]
["2023 BMW M3 Competition M xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M3 Competition M xDrive Sedan","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45496","Gasoline",null,"2020 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Sonata","ICE",null,0,0,0,8.8000000000000007,6.4,27149,"","Gasoline"]
["2023 BMW M3 Competition Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M3 Competition Sedan","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45495","Gasoline",null,"2020 Hyundai Sonata Hybrid ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Sonata Hybrid","ICE",null,0,0,0,5.3,4.5999999999999996,40199,"","Gasoline"]
["2023 BMW M3 Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M3 Sedan","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45494","Gasoline",null,"2020 Hyundai Tucson ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Tucson","ICE",null,0,0,0,10,7.9,26099,"","Gasoline"]
["2023 BMW M340i Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M340i Sedan","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45603","Gasoline",null,"2020 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Tucson AWD","ICE",null,0,0,0,10.8,9.1999999999999993,26099,"","Gasoline"]
["2023 BMW M340i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M340i xDrive Sedan","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45493","Gasoline",null,"2020 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Tucson AWD","ICE",null,0,0,0,11,9.1,26099,"","Gasoline"]
["2023 BMW M4 CSL Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M4 CSL Coupe","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45649","Gasoline",null,"2020 Hyundai Veloster ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Veloster","ICE",null,0,0,0,9.1,7.1,37799,"","Gasoline"]
["2023 BMW M4 Competition Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M4 Competition Coupe","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45486","Gasoline",null,"2020 Hyundai Veloster N ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Veloster N","ICE",null,0,0,0,10.6,8.3000000000000007,37799,"","Gasoline"]
["2023 BMW M4 Competition M xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M4 Competition M xDrive Convertible","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45488","Gasoline",null,"2020 Hyundai Veloster Turbo ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Veloster Turbo","ICE",null,0,0,0,8.5,6.9,37799,"","Gasoline"]
["2023 BMW M4 Competition M xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M4 Competition M xDrive Coupe","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45487","Gasoline",null,"2020 Hyundai Veloster Turbo ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Veloster Turbo","ICE",null,0,0,0,9.4,7,37799,"","Gasoline"]
["2023 BMW M4 Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M4 Coupe","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45485","Gasoline",null,"2020 Hyundai Venue ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Venue","ICE",null,0,0,0,8.6,6.8,17599,"","Gasoline"]
["2023 BMW M440i Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M440i Convertible","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45483","Gasoline",null,"2020 Hyundai Venue ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Venue","ICE",null,0,0,0,8,7,17599,"","Gasoline"]
["2023 BMW M440i Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M440i Coupe","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45481","Gasoline",null,"2020 Jeep Cherokee ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Cherokee","ICE",null,0,0,0,11.9,8.1999999999999993,30557,"","Gasoline"]
["2023 BMW M440i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M440i Gran Coupe","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45497","Gasoline",null,"2020 Jeep Cherokee ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Cherokee","ICE",null,0,0,0,10.4,7.6,30557,"","Gasoline"]
["2023 BMW M440i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M440i xDrive Convertible","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45484","Gasoline",null,"2020 Jeep Cherokee ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Cherokee","ICE",null,0,0,0,10.8,7.6,30557,"","Gasoline"]
["2023 BMW M440i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M440i xDrive Coupe","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45482","Gasoline",null,"2020 Jeep Compass ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Compass","ICE",null,0,0,0,10.6,7.6,26394,"","Gasoline"]
["2023 BMW M440i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M440i xDrive Gran Coupe","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45498","Gasoline",null,"2020 Jeep Compass ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Compass","ICE",null,0,0,0,10.4,7.3,26394,"","Gasoline"]
["2023 BMW M5 Competition Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M5 Competition Sedan","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45523","Gasoline",null,"2020 Jeep Compass 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Compass 4X4","ICE",null,0,0,0,10.8,7.8,26394,"","Gasoline"]
["2023 BMW M5 Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M5 Sedan","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45522","Gasoline",null,"2020 Jeep Compass 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Compass 4X4","ICE",null,0,0,0,10.8,7.6,26394,"","Gasoline"]
["2023 BMW M550i xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M550i xDrive Sedan","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45521","Gasoline",null,"2020 Jeep Gladiator 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Gladiator 4X4","ICE",null,0,0,0,14.3,10.4,47177,"","Gasoline"]
["2023 BMW M8 Competition Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M8 Competition Convertible","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45226","Gasoline",null,"2020 Jeep Gladiator 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Gladiator 4X4","ICE",null,0,0,0,13.7,10.7,47177,"","Gasoline"]
["2023 BMW M8 Competition Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M8 Competition Coupe","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45225","Gasoline",null,"2020 Jeep Grand Cherokee 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Grand Cherokee 4X4","ICE",null,0,0,0,16.7,10.9,43124,"","Gasoline"]
["2023 BMW M8 Competition Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M8 Competition Gran Coupe","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45234","Gasoline",null,"2020 Jeep Grand Cherokee 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Grand Cherokee 4X4","ICE",null,0,0,0,12.7,9.6,43124,"","Gasoline"]
["2023 BMW M850i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M850i xDrive Convertible","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45224","Gasoline",null,"2020 Jeep Renegade ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Renegade","ICE",null,0,0,0,10.8,7.8,26121,"","Gasoline"]
["2023 BMW M850i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M850i xDrive Coupe","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45223","Gasoline",null,"2020 Jeep Renegade ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Renegade","ICE",null,0,0,0,9.8000000000000007,7.4,26121,"","Gasoline"]
["2023 BMW M850i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","M850i xDrive Gran Coupe","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45232","Gasoline",null,"2020 Jeep Renegade 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Renegade 4X4","ICE",null,0,0,0,11.2,8.1999999999999993,26121,"","Gasoline"]
["2023 BMW X1 xDrive28i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X1 xDrive28i","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45617","Gasoline",null,"2020 Jeep Renegade 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Renegade 4X4","ICE",null,0,0,0,10.1,8.1,26121,"","Gasoline"]
["2023 BMW X2 M35i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X2 M35i","ICE",null,0,null,null,24,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45231","Gasoline",null,"2020 Jeep Wrangler 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler 4X4","ICE",null,0,0,0,12.8,10.4,35122,"","Gasoline"]
["2023 BMW X2 sDrive28i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X2 sDrive28i","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45275","Gasoline",null,"2020 Jeep Wrangler 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler 4X4","ICE",null,0,0,0,10.7,9.8000000000000007,35122,"","Gasoline"]
["2023 BMW X2 xDrive28i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X2 xDrive28i","ICE",null,0,null,null,24,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45274","Gasoline",null,"2020 Jeep Wrangler 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler 4X4","ICE",null,0,0,0,13.7,9.6,35122,"","Gasoline"]
["2023 BMW X3 M ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X3 M","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45546","Gasoline",null,"2020 Jeep Wrangler Unlimited 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler Unlimited 4X4","ICE",null,0,0,0,11.5,10.9,43472,"","Gasoline"]
["2023 BMW X3 M Competition ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X3 M Competition","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45547","Gasoline",null,"2020 Jeep Wrangler Unlimited 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler Unlimited 4X4","ICE",null,0,0,0,13.8,10.1,43472,"","Gasoline"]
["2023 BMW X3 M40i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X3 M40i","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45545","Gasoline",null,"2020 Jeep Wrangler Unlimited 4X4 ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler Unlimited 4X4","ICE",null,0,0,0,12.9,10.7,43472,"","Gasoline"]
["2023 BMW X3 sDrive30i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X3 sDrive30i","ICE",null,0,null,null,23,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45535","Gasoline",null,"2020 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Forte","ICE",null,0,0,0,8.6,6.4,17695,"","Gasoline"]
["2023 BMW X3 xDrive30i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X3 xDrive30i","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45544","Gasoline",null,"2020 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Forte","ICE",null,0,0,0,8.6999999999999993,6.6,17695,"","Gasoline"]
["2023 BMW X4 M ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X4 M","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45550","Gasoline",null,"2020 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Forte","ICE",null,0,0,0,7.9,5.9,17695,"","Gasoline"]
["2023 BMW X4 M Competition ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X4 M Competition","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45551","Gasoline",null,"2020 Kia Forte 5 ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Forte 5","ICE",null,0,0,0,8.9,6.9,22245,"","Gasoline"]
["2023 BMW X4 M40i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X4 M40i","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45549","Gasoline",null,"2020 Kia Forte 5 ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Forte 5","ICE",null,0,0,0,8,6,22245,"","Gasoline"]
["2023 BMW X4 xDrive30i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X4 xDrive30i","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45548","Gasoline",null,"2020 Kia Niro ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Niro","ICE",null,0,0,0,4.5999999999999996,5.0999999999999996,25495,"","Gasoline"]
["2023 BMW X5 M ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X5 M","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45574","Gasoline",null,"2020 Kia Niro EV BEV","Passenger Vehicles (Light-Duty)",2020,"Kia","Niro EV","BEV",null,385,1.9101123595505616,2.3146067415730336,0,0,44995,"","Electricity"]
["2023 BMW X5 M Competition ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X5 M Competition","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45575","Gasoline",null,"2020 Kia Niro Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2020,"Kia","Niro Plug-in Hybrid","PHEV",null,42,2.2000000000000002,2.2000000000000002,4.9000000000000004,5.3,35995,"","Gasoline"]
["2023 BMW X5 M50i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X5 M50i","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45573","Gasoline",null,"2020 Kia Rio ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Rio","ICE",null,0,0,0,7.8,6,18045,"","Gasoline"]
["2023 BMW X5 sDrive40i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X5 sDrive40i","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45562","Gasoline",null,"2020 Kia Rio ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Rio","ICE",null,0,0,0,7.2,5.9,18045,"","Gasoline"]
["2023 BMW X5 xDrive40i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X5 xDrive40i","ICE",null,0,null,null,21,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45572","Gasoline",null,"2020 Kia Sedona ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Sedona","ICE",null,0,0,0,12.7,9.9,31995,"","Gasoline"]
["2023 BMW X5 xDrive45e PHEV","Passenger Vehicles (Light-Duty)",2023,"BMW","X5 xDrive45e","PHEV",null,31,47,54,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46248","Gasoline",null,"2020 Kia Sorento AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Sorento AWD","ICE",null,0,0,0,11.2,9,33995,"","Gasoline"]
["2023 BMW X6 M ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X6 M","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45578","Gasoline",null,"2020 Kia Sorento AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Sorento AWD","ICE",null,0,0,0,12.3,9.5,33995,"","Gasoline"]
["2023 BMW X6 M Competition ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X6 M Competition","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45579","Gasoline",null,"2020 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Soul","ICE",null,0,0,0,9.6,7.6,21195,"","Gasoline"]
["2023 BMW X6 M50i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X6 M50i","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45577","Gasoline",null,"2020 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Soul","ICE",null,0,0,0,8.6,7.1,21195,"","Gasoline"]
["2023 BMW X6 xDrive40i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X6 xDrive40i","ICE",null,0,null,null,21,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45576","Gasoline",null,"2020 Kia Soul EV (120 Ah) BEV","Passenger Vehicles (Light-Duty)",2020,"Kia","Soul EV (120 Ah)","BEV",null,248,1.7415730337078652,2.303370786516854,0,0,42995,"","Electricity"]
["2023 BMW X7 M60i xDrive ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X7 M60i xDrive","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45632","Gasoline",null,"2020 Kia Soul EV (180 Ah) BEV","Passenger Vehicles (Light-Duty)",2020,"Kia","Soul EV (180 Ah)","BEV",null,383,1.8876404494382024,2.3707865168539328,0,0,51995,"","Electricity"]
["2023 BMW X7 xDrive40i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","X7 xDrive40i","ICE",null,0,null,null,21,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45631","Gasoline",null,"2020 Kia Sportage ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Sportage","ICE",null,0,0,0,10.1,7.6,25795,"","Gasoline"]
["2023 BMW XM PHEV","Passenger Vehicles (Light-Duty)",2023,"BMW","XM","PHEV",null,31,73,73,12,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46627","Gasoline",null,"2020 Kia Sportage AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Sportage AWD","ICE",null,0,0,0,12.1,9.6,25795,"","Gasoline"]
["2023 BMW Z4 M40i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","Z4 M40i","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46082","Gasoline",null,"2020 Kia Sportage AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Sportage AWD","ICE",null,0,0,0,10.8,9.1,25795,"","Gasoline"]
["2023 BMW Z4 sDrive30i ICE","Passenger Vehicles (Light-Duty)",2023,"BMW","Z4 sDrive30i","ICE",null,0,null,null,25,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46081","Gasoline",null,"2020 Kia Stinger AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Stinger AWD","ICE",null,0,0,0,13.6,9.6,44995,"","Gasoline"]
["2023 BMW i4 M50 Gran Coupe (19 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i4 M50 Gran Coupe (19 inch wheels)","BEV",null,271,94,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45990","Electricity",null,"2020 Kia Telluride AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Telluride AWD","ICE",null,0,0,0,12.5,9.6,44995,"","Gasoline"]
["2023 BMW i4 M50 Gran Coupe (20 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i4 M50 Gran Coupe (20 inch wheels)","BEV",null,227,79,80,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45991","Electricity",null,"2020 MINI Cooper 3 Door ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper 3 Door","ICE",null,0,0,0,8.3000000000000007,6.4,23490,"","Gasoline"]
["2023 BMW i4 eDrive35 Gran Coupe (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i4 eDrive35 Gran Coupe (18 inch Wheels)","BEV",null,256,115,111,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46616","Electricity",null,"2020 MINI Cooper 5 Door ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper 5 Door","ICE",null,0,0,0,8.3000000000000007,6.4,24790,"","Gasoline"]
["2023 BMW i4 eDrive35 Gran Coupe (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i4 eDrive35 Gran Coupe (19 inch Wheels)","BEV",null,235,107,102,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46617","Electricity",null,"2020 MINI Cooper Clubman ALL4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper Clubman ALL4","ICE",null,0,0,0,9.6999999999999993,7,29990,"","Gasoline"]
["2023 BMW i4 eDrive40 Gran Coupe (18 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i4 eDrive40 Gran Coupe (18 inch wheels)","BEV",null,301,109,108,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45992","Electricity",null,"2020 MINI Cooper Convertible ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper Convertible","ICE",null,0,0,0,8.3000000000000007,6.4,30090,"","Gasoline"]
["2023 BMW i4 eDrive40 Gran Coupe (19 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i4 eDrive40 Gran Coupe (19 inch Wheels)","BEV",null,282,100,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46618","Electricity",null,"2020 MINI Cooper Countryman ALL4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper Countryman ALL4","ICE",null,0,0,0,9.8000000000000007,7.1,32990,"","Gasoline"]
["2023 BMW i7 xDrive60 Sedan (19 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i7 xDrive60 Sedan (19 inch wheels)","BEV",null,318,87,92,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45993","Electricity",null,"2020 MINI Cooper S 3 Door ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper S 3 Door","ICE",null,0,0,0,8.9,6.6,27790,"","Gasoline"]
["2023 BMW i7 xDrive60 Sedan (20 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i7 xDrive60 Sedan (20 inch wheels)","BEV",null,296,81,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45994","Electricity",null,"2020 MINI Cooper S 5 Door ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper S 5 Door","ICE",null,0,0,0,8.9,6.6,29090,"","Gasoline"]
["2023 BMW i7 xDrive60 Sedan (21 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","i7 xDrive60 Sedan (21 inch wheels)","BEV",null,308,85,89,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45995","Electricity",null,"2020 MINI Cooper S Clubman ALL4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper S Clubman ALL4","ICE",null,0,0,0,10.199999999999999,7.4,32990,"","Gasoline"]
["2023 BMW iX M60 (21 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","iX M60 (21 inch wheels)","BEV",null,288,76,80,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45326","Electricity",null,"2020 MINI Cooper S Convertible ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper S Convertible","ICE",null,0,0,0,9.1999999999999993,6.9,34390,"","Gasoline"]
["2023 BMW iX M60 (22 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","iX M60 (22 inch wheels)","BEV",null,274,77,80,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45327","Electricity",null,"2020 MINI Cooper S Countryman ALL4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper S Countryman ALL4","ICE",null,0,0,0,10.4,7.5,35990,"","Gasoline"]
["2023 BMW iX xDrive50 (20 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","iX xDrive50 (20 inch wheels)","BEV",null,324,86,87,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45996","Electricity",null,"2020 MINI Cooper SE 3 Door BEV","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper SE 3 Door","BEV",null,177,2.0449438202247188,2.3483146067415728,0,0,39990,"","Electricity"]
["2023 BMW iX xDrive50 (21 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","iX xDrive50 (21 inch wheels)","BEV",null,305,82,84,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45997","Electricity",null,"2020 MINI Cooper SE Countryman ALL4 PHEV","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper SE Countryman ALL4","PHEV",null,29,3.2,3.2,8.1,7.9,44990,"","Gasoline"]
["2023 BMW iX xDrive50 (22 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"BMW","iX xDrive50 (22 inch wheels)","BEV",null,315,86,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45998","Electricity",null,"2020 MINI John Cooper Works 3 Door ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","John Cooper Works 3 Door","ICE",null,0,0,0,9.1999999999999993,6.9,35440,"","Gasoline"]
["2023 Buick Enclave AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Buick","Enclave AWD","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45387","Gasoline",null,"2020 MINI John Cooper Works Clubman ALL4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","John Cooper Works Clubman ALL4","ICE",null,0,0,0,10.1,7.6,41090,"","Gasoline"]
["2023 Buick Enclave FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Buick","Enclave FWD","ICE",null,0,null,null,18,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45383","Gasoline",null,"2020 MINI John Cooper Works Convertible ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","John Cooper Works Convertible","ICE",null,0,0,0,9.4,7.1,43140,"","Gasoline"]
["2023 Buick Encore GX AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Buick","Encore GX AWD","ICE",null,0,null,null,26,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45310","Gasoline",null,"2020 MINI John Cooper Works Countryman ALL4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","John Cooper Works Countryman ALL4","ICE",null,0,0,0,10,7.8,43090,"","Gasoline"]
["2023 Buick Encore GX FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Buick","Encore GX FWD","ICE",null,0,null,null,29,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45305","Gasoline",null,"2020 Mazda CX-3 ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-3","ICE",null,0,0,0,8.3000000000000007,6.9,21300,"","Gasoline"]
["2023 Buick Encore GX FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Buick","Encore GX FWD","ICE",null,0,null,null,29,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45306","Gasoline",null,"2020 Mazda CX-3 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-3 4WD","ICE",null,0,0,0,8.6,7.4,21300,"","Gasoline"]
["2023 Buick Envision AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Buick","Envision AWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45376","Gasoline",null,"2020 Mazda CX-30 ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-30","ICE",null,0,0,0,9.3000000000000007,7.1,24550,"","Gasoline"]
["2023 Buick Envision FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Buick","Envision FWD","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45368","Gasoline",null,"2020 Mazda CX-30 ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-30","ICE",null,0,0,0,8.9,7.1,24550,"","Gasoline"]
["2023 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Blazer AWD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45382","Gasoline",null,"2020 Mazda CX-30 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-30 4WD","ICE",null,0,0,0,9.9,7.7,24550,"","Gasoline"]
["2023 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Blazer AWD","ICE",null,0,null,null,22,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45407","Gasoline",null,"2020 Mazda CX-30 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-30 4WD","ICE",null,0,0,0,9.4,7.7,24550,"","Gasoline"]
["2023 Chevrolet Blazer FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Blazer FWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45406","Gasoline",null,"2020 Mazda CX-5 ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-5","ICE",null,0,0,0,9.6999999999999993,7.8,28500,"","Gasoline"]
["2023 Chevrolet Blazer FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Blazer FWD","ICE",null,0,null,null,19,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45374","Gasoline",null,"2020 Mazda CX-5 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-5 4WD","ICE",null,0,0,0,10.199999999999999,8.1999999999999993,28500,"","Gasoline"]
["2023 Chevrolet Bolt EUV BEV","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Bolt EUV","BEV",null,247,125,104,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45750","Electricity",null,"2020 Mazda CX-9 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-9 4WD","ICE",null,0,0,0,11.6,9.1,39900,"","Gasoline"]
["2023 Chevrolet Bolt EV BEV","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Bolt EV","BEV",null,259,131,109,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45751","Electricity",null,"2020 Mazda MX-5 ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","MX-5","ICE",null,0,0,0,9,6.6,33200,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45345","Gasoline",null,"2020 Mazda Mazda3 4-Door ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","Mazda3 4-Door","ICE",null,0,0,0,8.8000000000000007,6.4,20500,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,16,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45975","Gasoline",null,"2020 Mazda Mazda3 4-Door ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","Mazda3 4-Door","ICE",null,0,0,0,8.4,6.6,20500,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45346","Gasoline",null,"2020 Mazda Mazda3 4-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","Mazda3 4-Door 4WD","ICE",null,0,0,0,9.1999999999999993,7,20500,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,16,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45343","Gasoline",null,"2020 Mazda Mazda3 5-Door ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","Mazda3 5-Door","ICE",null,0,0,0,9,6.8,21500,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45344","Gasoline",null,"2020 Mazda Mazda3 5-Door ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","Mazda3 5-Door","ICE",null,0,0,0,8.6,6.7,21500,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,18,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45403","Gasoline",null,"2020 Mazda Mazda3 5-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","Mazda3 5-Door 4WD","ICE",null,0,0,0,9.8000000000000007,7.4,21500,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,16,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45348","Gasoline",null,"2020 Mazda Mazda6 ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","Mazda6","ICE",null,0,0,0,9,6.7,27550,"","Gasoline"]
["2023 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Camaro","ICE",null,0,null,null,13,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45347","Gasoline",null,"2020 Mitsubishi Eclipse Cross 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Eclipse Cross 4WD","ICE",null,0,0,0,9.6,8.9,28298,"","Gasoline"]
["2023 Chevrolet Colorado 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Colorado 2WD","ICE",null,0,null,null,20,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46459","Gasoline",null,"2020 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Mirage","ICE",null,0,0,0,6.6,5.6,12298,"","Gasoline"]
["2023 Chevrolet Colorado 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Colorado 2WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46559","Gasoline",null,"2020 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Mirage","ICE",null,0,0,0,7.1,5.8,12298,"","Gasoline"]
["2023 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Colorado 4WD","ICE",null,0,null,null,17,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46562","Gasoline",null,"2020 Mitsubishi Outlander 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Outlander 4WD","ICE",null,0,0,0,9.9,8.1,29998,"","Gasoline"]
["2023 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Colorado 4WD","ICE",null,0,null,null,19,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46460","Gasoline",null,"2020 Mitsubishi Outlander 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Outlander 4WD","ICE",null,0,0,0,12,8.8000000000000007,29998,"","Gasoline"]
["2023 Chevrolet Colorado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Colorado Mud Terrain Tires 4WD","ICE",null,0,null,null,17,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46561","Gasoline",null,"2020 Mitsubishi Outlander PHEV AWD PHEV","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Outlander PHEV AWD","PHEV",null,35,3.2,3.2,9.4,9,43998,"","Gasoline"]
["2023 Chevrolet Colorado ZR2 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Colorado ZR2 4WD","ICE",null,0,null,null,16,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47514","Gasoline",null,"2020 Mitsubishi RVR ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","RVR","ICE",null,0,0,0,9.6999999999999993,7.8,22998,"","Gasoline"]
["2023 Chevrolet Corvette ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Corvette","ICE",null,0,null,null,16,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45293","Gasoline",null,"2020 Mitsubishi RVR 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","RVR 4WD","ICE",null,0,0,0,10.3,8.3000000000000007,22998,"","Gasoline"]
["2023 Chevrolet Corvette Z06 ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Corvette Z06","ICE",null,0,null,null,12,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45908","Gasoline",null,"2020 Mitsubishi RVR 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","RVR 4WD","ICE",null,0,0,0,10.1,8.1999999999999993,22998,"","Gasoline"]
["2023 Chevrolet Corvette Z06 Carbon Aero ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Corvette Z06 Carbon Aero","ICE",null,0,null,null,12,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45909","Gasoline",null,"2020 Nissan Altima AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Altima AWD","ICE",null,0,0,0,9.1,6.5,29498,"","Gasoline"]
["2023 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Equinox AWD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45827","Gasoline",null,"2020 Nissan Armada 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Armada 4WD","ICE",null,0,0,0,17.5,12.9,68498,"","Gasoline"]
["2023 Chevrolet Equinox FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Equinox FWD","ICE",null,0,null,null,26,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45823","Gasoline",null,"2020 Nissan Kicks ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Kicks","ICE",null,0,0,0,7.7,6.6,19898,"","Gasoline"]
["2023 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Malibu","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45903","Gasoline",null,"2020 Nissan LEAF (40 kWh) BEV","Passenger Vehicles (Light-Duty)",2020,"Nissan","LEAF (40 kWh)","BEV",null,240,1.9101123595505616,2.3820224719101124,0,0,44298,"","Electricity"]
["2023 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,17,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45774","Gasoline",null,"2020 Nissan LEAF S PLUS BEV","Passenger Vehicles (Light-Duty)",2020,"Nissan","LEAF S PLUS","BEV",null,363,2,2.4157303370786516,0,0,44298,"","Electricity"]
["2023 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,17,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45771","Gasoline",null,"2020 Nissan LEAF SV/SL PLUS BEV","Passenger Vehicles (Light-Duty)",2020,"Nissan","LEAF SV/SL PLUS","BEV",null,349,2.0561797752808988,2.4831460674157304,0,0,44298,"","Electricity"]
["2023 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45775","Gasoline",null,"2020 Nissan Maxima ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Maxima","ICE",null,0,0,0,11.6,7.9,41440,"","Gasoline"]
["2023 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45773","Gasoline",null,"2020 Nissan Murano ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Murano","ICE",null,0,0,0,11.7,8.3000000000000007,33998,"","Gasoline"]
["2023 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,19,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45776","Gasoline",null,"2020 Nissan Murano AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Murano AWD","ICE",null,0,0,0,11.7,8.5,33998,"","Gasoline"]
["2023 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45791","Gasoline",null,"2020 Nissan NV200 Cargo Van ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","NV200 Cargo Van","ICE",null,0,0,0,9.8000000000000007,8.8000000000000007,35998,"","Gasoline"]
["2023 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45793","Gasoline",null,"2020 Nissan Pathfinder ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Pathfinder","ICE",null,0,0,0,11.6,8.5,36698,"","Gasoline"]
["2023 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45789","Gasoline",null,"2020 Nissan Pathfinder 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Pathfinder 4WD","ICE",null,0,0,0,12.1,8.9,36698,"","Gasoline"]
["2023 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,18,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45787","Gasoline",null,"2020 Nissan Qashqai ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Qashqai","ICE",null,0,0,0,8.8000000000000007,7.4,21598,"","Gasoline"]
["2023 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45788","Gasoline",null,"2020 Nissan Qashqai ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Qashqai","ICE",null,0,0,0,10.1,8.1999999999999993,21598,"","Gasoline"]
["2023 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,18,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45799","Gasoline",null,"2020 Nissan Qashqai AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Qashqai AWD","ICE",null,0,0,0,9,7.7,21598,"","Gasoline"]
["2023 Chevrolet Silverado 4WD ZR2 ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado 4WD ZR2","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45794","Gasoline",null,"2020 Nissan Rogue ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Rogue","ICE",null,0,0,0,9.1,7.1,28498,"","Gasoline"]
["2023 Chevrolet Silverado Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado Cab Chassis 2WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45820","Gasoline",null,"2020 Nissan Rogue AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Rogue AWD","ICE",null,0,0,0,9.6,7.5,28498,"","Gasoline"]
["2023 Chevrolet Silverado Cab Chassis 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado Cab Chassis 4WD","ICE",null,0,null,null,15,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45819","Gasoline",null,"2020 Nissan Sentra ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Sentra","ICE",null,0,0,0,8,6,19198,"","Gasoline"]
["2023 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,17,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45795","Gasoline",null,"2020 Nissan Sentra ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Sentra","ICE",null,0,0,0,9.4,6.4,19198,"","Gasoline"]
["2023 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45792","Gasoline",null,"2020 Nissan Titan 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Titan 4WD","ICE",null,0,0,0,15.1,11.1,50498,"","Gasoline"]
["2023 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45786","Gasoline",null,"2020 Nissan Versa ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Versa","ICE",null,0,0,0,8.6,6.7,16498,"","Gasoline"]
["2023 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45790","Gasoline",null,"2020 Nissan Versa ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Versa","ICE",null,0,0,0,7.4,5.9,16498,"","Gasoline"]
["2023 Chevrolet Suburban 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Suburban 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45624","Gasoline",null,"2020 Subaru Ascent AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Ascent AWD","ICE",null,0,0,0,11.6,9,36995,"","Gasoline"]
["2023 Chevrolet Suburban 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Suburban 2WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45622","Gasoline",null,"2020 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Crosstrek AWD","ICE",null,0,0,0,10.5,8.1,23795,"","Gasoline"]
["2023 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Suburban 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45635","Gasoline",null,"2020 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Crosstrek AWD","ICE",null,0,0,0,8.5,7,23795,"","Gasoline"]
["2023 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Suburban 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45636","Gasoline",null,"2020 Subaru Forester AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Forester AWD","ICE",null,0,0,0,9,7.2,28995,"","Gasoline"]
["2023 Chevrolet Tahoe 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Tahoe 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45623","Gasoline",null,"2020 Subaru Impreza 4-Door AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Impreza 4-Door AWD","ICE",null,0,0,0,10.1,7.6,19995,"","Gasoline"]
["2023 Chevrolet Tahoe 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Tahoe 2WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45621","Gasoline",null,"2020 Subaru Impreza 4-Door AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Impreza 4-Door AWD","ICE",null,0,0,0,8.3000000000000007,6.4,19995,"","Gasoline"]
["2023 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Tahoe 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45747","Gasoline",null,"2020 Subaru Impreza 5-Door AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Impreza 5-Door AWD","ICE",null,0,0,0,10.1,7.7,20995,"","Gasoline"]
["2023 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Tahoe 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45634","Gasoline",null,"2020 Subaru Impreza 5-Door AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Impreza 5-Door AWD","ICE",null,0,0,0,8.4,6.6,20995,"","Gasoline"]
["2023 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Tahoe 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45746","Gasoline",null,"2020 Subaru Legacy AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Legacy AWD","ICE",null,0,0,0,8.8000000000000007,6.7,26695,"","Gasoline"]
["2023 Chevrolet Trailblazer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Trailblazer AWD","ICE",null,0,null,null,26,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45311","Gasoline",null,"2020 Subaru Legacy AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Legacy AWD","ICE",null,0,0,0,9.9,7.3,26695,"","Gasoline"]
["2023 Chevrolet Trailblazer FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Trailblazer FWD","ICE",null,0,null,null,29,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45307","Gasoline",null,"2020 Subaru Outback AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Outback AWD","ICE",null,0,0,0,9,7.1,30995,"","Gasoline"]
["2023 Chevrolet Trailblazer FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Trailblazer FWD","ICE",null,0,null,null,29,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45308","Gasoline",null,"2020 Subaru Outback AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Outback AWD","ICE",null,0,0,0,10.1,7.9,30995,"","Gasoline"]
["2023 Chevrolet Traverse AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Traverse AWD","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45388","Gasoline",null,"2020 Tesla Model 3 Long Range BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model 3 Long Range","BEV",null,531,1.7191011235955056,1.9101123595505616,0,0,64990,"","Electricity"]
["2023 Chevrolet Traverse FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chevrolet","Traverse FWD","ICE",null,0,null,null,18,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45384","Gasoline",null,"2020 Tesla Model 3 Long Range AWD BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model 3 Long Range AWD","BEV",null,518,1.8988764044943816,2.0224719101123596,0,0,64990,"","Electricity"]
["2023 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2023,"Chrysler","300","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46279","Gasoline",null,"2020 Tesla Model 3 Long Range AWD Performance (18\" Wheels) BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model 3 Long Range AWD Performance (18\" Wheels)","BEV",null,518,1.8988764044943816,2.0224719101123596,0,0,74990,"","Electricity"]
["2023 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2023,"Chrysler","300","ICE",null,0,null,null,19,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46277","Gasoline",null,"2020 Tesla Model 3 Standard Range Plus BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model 3 Standard Range Plus","BEV",null,402,1.5842696629213482,1.7865168539325842,0,0,52990,"","Electricity"]
["2023 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2023,"Chrysler","300","ICE",null,0,null,null,16,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46278","Gasoline",null,"2020 Tesla Model S Long Range BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model S Long Range","BEV",null,600,2.0449438202247188,2.191011235955056,0,0,114990,"","Electricity"]
["2023 Chrysler 300 AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chrysler","300 AWD","ICE",null,0,null,null,18,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46276","Gasoline",null,"2020 Tesla Model S Performance (19\" Wheels) BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model S Performance (19\" Wheels)","BEV",null,560,2.2584269662921348,2.2696629213483144,0,0,159990,"","Electricity"]
["2023 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2023,"Chrysler","Pacifica","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46372","Gasoline",null,"2020 Tesla Model X Long Range BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model X Long Range","BEV",null,528,2.3820224719101124,2.5280898876404492,0,0,124990,"","Electricity"]
["2023 Chrysler Pacifica AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Chrysler","Pacifica AWD","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46292","Gasoline",null,"2020 Tesla Model X Long Range Plus BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model X Long Range Plus","BEV",null,565,2.1685393258426968,2.3370786516853932,0,0,124990,"","Electricity"]
["2023 Chrysler Pacifica Hybrid PHEV","Passenger Vehicles (Light-Duty)",2023,"Chrysler","Pacifica Hybrid","PHEV",null,32,87,77,29,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46249","Gasoline",null,"2020 Tesla Model X Performance (20\" Wheels) BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model X Performance (20\" Wheels)","BEV",null,491,2.6067415730337076,2.6404494382022472,0,0,159990,"","Electricity"]
["2023 Chrysler Voyager ICE","Passenger Vehicles (Light-Duty)",2023,"Chrysler","Voyager","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46373","Gasoline",null,"2020 Tesla Model Y Long Range AWD BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y Long Range AWD","BEV",null,509,1.8539325842696628,2.0561797752808988,0,0,69990,"","Electricity"]
["2023 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger","ICE",null,0,null,null,14,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46268","Gasoline",null,"2020 Tesla Model Y Performance BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y Performance","BEV",null,507,1.8314606741573032,2.101123595505618,0,0,83990,"","Electricity"]
["2023 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46267","Gasoline",null,"2020 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","4Runner 4WD","ICE",null,0,0,0,14.8,12.5,46200,"","Gasoline"]
["2023 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger","ICE",null,0,null,null,16,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46265","Gasoline",null,"2020 Toyota 86 ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","86","ICE",null,0,0,0,11.2,8.3000000000000007,30150,"","Gasoline"]
["2023 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger","ICE",null,0,null,null,19,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46264","Gasoline",null,"2020 Toyota 86 ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","86","ICE",null,0,0,0,9.9,7.3,30150,"","Gasoline"]
["2023 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger","ICE",null,0,null,null,15,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46266","Gasoline",null,"2020 Toyota Avalon ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Avalon","ICE",null,0,0,0,10.9,7.6,43350,"","Gasoline"]
["2023 Dodge Challenger AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger AWD","ICE",null,0,null,null,18,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46272","Gasoline",null,"2020 Toyota C-HR ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","C-HR","ICE",null,0,0,0,8.6999999999999993,7.5,23950,"","Gasoline"]
["2023 Dodge Challenger SRT ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger SRT","ICE",null,0,null,null,13,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46269","Gasoline",null,"2020 Toyota Camry ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Camry","ICE",null,0,0,0,10.5,7.1,27250,"","Gasoline"]
["2023 Dodge Challenger SRT ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger SRT","ICE",null,0,null,null,13,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46557","Gasoline",null,"2020 Toyota Camry ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Camry","ICE",null,0,0,0,8.1,5.7,27250,"","Gasoline"]
["2023 Dodge Challenger SRT Widebody ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger SRT Widebody","ICE",null,0,null,null,13,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46558","Gasoline",null,"2020 Toyota Camry Hybrid LE ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Camry Hybrid LE","ICE",null,0,0,0,4.9000000000000004,4.8,30790,"","Gasoline"]
["2023 Dodge Challenger SRT Widebody ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger SRT Widebody","ICE",null,0,null,null,13,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46273","Gasoline",null,"2020 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Corolla","ICE",null,0,0,0,8.1999999999999993,6.5,19350,"","Gasoline"]
["2023 Dodge Challenger Widebody ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger Widebody","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46270","Gasoline",null,"2020 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Corolla","ICE",null,0,0,0,7.6,5.8,19350,"","Gasoline"]
["2023 Dodge Challenger Widebody ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Challenger Widebody","ICE",null,0,null,null,14,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46271","Gasoline",null,"2020 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Corolla","ICE",null,0,0,0,8,6,19350,"","Gasoline"]
["2023 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Charger","ICE",null,0,null,null,19,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46280","Gasoline",null,"2020 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Corolla","ICE",null,0,0,0,7.9,6.1,19350,"","Gasoline"]
["2023 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Charger","ICE",null,0,null,null,16,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46281","Gasoline",null,"2020 Toyota Corolla Hybrid ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Corolla Hybrid","ICE",null,0,0,0,4.4000000000000004,4.5,25090,"","Gasoline"]
["2023 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Charger","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46282","Gasoline",null,"2020 Toyota Highlander ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Highlander","ICE",null,0,0,0,11.9,8.3000000000000007,40450,"","Gasoline"]
["2023 Dodge Charger AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Charger AWD","ICE",null,0,null,null,18,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46284","Gasoline",null,"2020 Toyota Highlander AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Highlander AWD","ICE",null,0,0,0,11.7,8.6,40450,"","Gasoline"]
["2023 Dodge Charger SRT Widebody ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Charger SRT Widebody","ICE",null,0,null,null,12,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46283","Gasoline",null,"2020 Toyota Highlander Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Highlander Hybrid AWD","ICE",null,0,0,0,6.7,6.8,45950,"","Gasoline"]
["2023 Dodge Charger Widebody ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Charger Widebody","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46285","Gasoline",null,"2020 Toyota Prius ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Prius","ICE",null,0,0,0,4.4000000000000004,4.7,28850,"","Gasoline"]
["2023 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Durango AWD","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45891","Gasoline",null,"2020 Toyota Prius AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Prius AWD","ICE",null,0,0,0,4.5,4.9000000000000004,28850,"","Gasoline"]
["2023 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Durango AWD","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45890","Gasoline",null,"2020 Toyota Prius Prime PHEV","Passenger Vehicles (Light-Duty)",2020,"Toyota","Prius Prime","PHEV",null,40,1.8,1.8,4.3,4.4000000000000004,33550,"","Gasoline"]
["2023 Dodge Durango RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Durango RWD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45566","Gasoline",null,"2020 Toyota RAV4 ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","RAV4","ICE",null,0,0,0,8.8000000000000007,6.8,28590,"","Gasoline"]
["2023 Dodge Durango RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Durango RWD","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45889","Gasoline",null,"2020 Toyota RAV4 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","RAV4 AWD","ICE",null,0,0,0,9.1999999999999993,7.1,28590,"","Gasoline"]
["2023 Dodge Durango SRT AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Durango SRT AWD","ICE",null,0,null,null,12,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46239","Gasoline",null,"2020 Toyota RAV4 Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","RAV4 Hybrid AWD","ICE",null,0,0,0,5.7,6.3,28590,"","Gasoline"]
["2023 Dodge Durango SRT AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Durango SRT AWD","ICE",null,0,null,null,13,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46240","Gasoline",null,"2020 Toyota Sequoia 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Sequoia 4WD","ICE",null,0,0,0,18.5,13.9,70150,"","Gasoline"]
["2023 Dodge Hornet AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Dodge","Hornet AWD","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46381","Gasoline",null,"2020 Toyota Sienna ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Sienna","ICE",null,0,0,0,12.6,9.1,39990,"","Gasoline"]
["2023 Fiat 500X AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Fiat","500X AWD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46326","Gasoline",null,"2020 Toyota Sienna AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Sienna AWD","ICE",null,0,0,0,13.4,9.6,39990,"","Gasoline"]
["2023 Fisker Ocean Extreme One BEV","Passenger Vehicles (Light-Duty)",2023,"Fisker","Ocean Extreme One","BEV",null,360,99,84,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46984","Electricity",null,"2020 Toyota Tacoma ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Tacoma","ICE",null,0,0,0,12.1,10.1,38350,"","Gasoline"]
["2023 Ford Bronco 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco 4WD","ICE",null,0,null,null,20,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46189","Gasoline",null,"2020 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Tacoma 4WD","ICE",null,0,0,0,12.7,10.6,38350,"","Gasoline"]
["2023 Ford Bronco 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco 4WD","ICE",null,0,null,null,19,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46191","Gasoline",null,"2020 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Tacoma 4WD","ICE",null,0,0,0,13.8,11.4,38350,"","Gasoline"]
["2023 Ford Bronco 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco 4WD","ICE",null,0,null,null,20,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46190","Gasoline",null,"2020 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Tacoma 4WD","ICE",null,0,0,0,13,10.5,38350,"","Gasoline"]
["2023 Ford Bronco Badlands 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Badlands 4WD","ICE",null,0,null,null,17,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46192","Gasoline",null,"2020 Toyota Tundra ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Tundra","ICE",null,0,0,0,17.7,13.6,47010,"","Gasoline"]
["2023 Ford Bronco Badlands 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Badlands 4WD","ICE",null,0,null,null,17,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46194","Gasoline",null,"2020 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Tundra 4WD","ICE",null,0,0,0,18,14.2,47010,"","Gasoline"]
["2023 Ford Bronco Badlands 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Badlands 4WD","ICE",null,0,null,null,16,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46193","Gasoline",null,"2020 Toyota Yaris ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Yaris","ICE",null,0,0,0,7.3,5.9,17290,"","Gasoline"]
["2023 Ford Bronco Black Diamond 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Black Diamond 4WD","ICE",null,0,null,null,16,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46196","Gasoline",null,"2020 Volkswagen Arteon 4MOTION ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Arteon 4MOTION","ICE",null,0,0,0,11.5,8.1999999999999993,52995,"","Gasoline"]
["2023 Ford Bronco Black Diamond 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Black Diamond 4WD","ICE",null,0,null,null,18,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46197","Gasoline",null,"2020 Volkswagen Atlas Cross Sport 4MOTION ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Atlas Cross Sport 4MOTION","ICE",null,0,0,0,14.3,10.7,38995,"","Gasoline"]
["2023 Ford Bronco Black Diamond 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Black Diamond 4WD","ICE",null,0,null,null,18,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46195","Gasoline",null,"2020 Volkswagen Atlas Cross Sport 4MOTION ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Atlas Cross Sport 4MOTION","ICE",null,0,0,0,12.8,10.4,38995,"","Gasoline"]
["2023 Ford Bronco Raptor 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Raptor 4WD","ICE",null,0,null,null,15,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46202","Gasoline",null,"2020 Volkswagen Golf ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Golf","ICE",null,0,0,0,8.4,6.6,22995,"","Gasoline"]
["2023 Ford Bronco Sasquatch 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Sasquatch 4WD","ICE",null,0,null,null,18,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46198","Gasoline",null,"2020 Volkswagen Golf ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Golf","ICE",null,0,0,0,8.1,6.6,22995,"","Gasoline"]
["2023 Ford Bronco Sasquatch 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Sasquatch 4WD","ICE",null,0,null,null,16,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46199","Gasoline",null,"2020 Volkswagen Golf GTI ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Golf GTI","ICE",null,0,0,0,9.8000000000000007,7.3,35995,"","Gasoline"]
["2023 Ford Bronco Sasquatch 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Sasquatch 4WD","ICE",null,0,null,null,17,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46200","Gasoline",null,"2020 Volkswagen Golf GTI ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Golf GTI","ICE",null,0,0,0,9.6999999999999993,7.5,35995,"","Gasoline"]
["2023 Ford Bronco Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Sport 4WD","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46386","Gasoline",null,"2020 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Jetta","ICE",null,0,0,0,7.8,5.9,21595,"","Gasoline"]
["2023 Ford Bronco Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Bronco Sport 4WD","ICE",null,0,null,null,25,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46385","Gasoline",null,"2020 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Jetta","ICE",null,0,0,0,7.9,5.9,21595,"","Gasoline"]
["2023 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Edge AWD","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46384","Gasoline",null,"2020 Volkswagen Jetta GLI ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Jetta GLI","ICE",null,0,0,0,9.3000000000000007,7.2,30995,"","Gasoline"]
["2023 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Edge AWD","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46383","Gasoline",null,"2020 Volkswagen Jetta GLI ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Jetta GLI","ICE",null,0,0,0,9.6,7.1,30995,"","Gasoline"]
["2023 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Edge AWD","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46382","Gasoline",null,"2020 Volkswagen Passat ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Passat","ICE",null,0,0,0,10.199999999999999,6.9,27145,"","Gasoline"]
["2023 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Escape AWD","ICE",null,0,null,null,23,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46387","Gasoline",null,"2020 Volkswagen Tiguan ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Tiguan","ICE",null,0,0,0,10.5,8.1,29795,"","Gasoline"]
["2023 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Escape AWD","ICE",null,0,null,null,26,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46388","Gasoline",null,"2020 Volkswagen Tiguan 4MOTION ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Tiguan 4MOTION","ICE",null,0,0,0,11.5,8.6999999999999993,29795,"","Gasoline"]
["2023 Ford Escape AWD HEV ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Escape AWD HEV","ICE",null,0,null,null,42,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46389","Gasoline",null,"2020 Volkswagen e-Golf BEV","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","e-Golf","BEV",null,198,1.9550561797752808,2.2359550561797752,0,0,37895,"","Electricity"]
["2023 Ford Escape FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Escape FWD","ICE",null,0,null,null,27,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46324","Gasoline",null,"2020 Volvo S60 T5 ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","S60 T5","ICE",null,0,0,0,10.5,7.1,45250,"","Gasoline"]
["2023 Ford Escape FWD HEV ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Escape FWD HEV","ICE",null,0,null,null,42,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46325","Gasoline",null,"2020 Volvo S60 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","S60 T6 AWD","ICE",null,0,0,0,11,7.4,45250,"","Gasoline"]
["2023 Ford Escape FWD PHEV PHEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Escape FWD PHEV","PHEV",null,37,111,91,42,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47220","Gasoline",null,"2020 Volvo S60 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2020,"Volvo","S60 T8 AWD","PHEV",null,35,3.2,3.2,8.4,7,68200,"","Gasoline"]
["2023 Ford Expedition 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Expedition 2WD","ICE",null,0,null,null,17,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46402","Gasoline",null,"2020 Volvo S90 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","S90 T6 AWD","ICE",null,0,0,0,11.3,7.5,69100,"","Gasoline"]
["2023 Ford Expedition 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Expedition 2WD","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46406","Gasoline",null,"2020 Volvo S90 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2020,"Volvo","S90 T8 AWD","PHEV",null,34,3.7,3.7,8.3000000000000007,7.5,76050,"","Gasoline"]
["2023 Ford Expedition 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Expedition 4WD","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46413","Gasoline",null,"2020 Volvo V60 CC T5 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","V60 CC T5 AWD","ICE",null,0,0,0,10.8,7.7,50900,"","Gasoline"]
["2023 Ford Expedition 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Expedition 4WD","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46412","Gasoline",null,"2020 Volvo V60 T5 ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","V60 T5","ICE",null,0,0,0,10.5,7.1,46900,"","Gasoline"]
["2023 Ford Expedition Timberline AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Expedition Timberline AWD","ICE",null,0,null,null,16,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46414","Gasoline",null,"2020 Volvo V60 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","V60 T6 AWD","ICE",null,0,0,0,11,7.4,46900,"","Gasoline"]
["2023 Ford Expedition Timberline AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Expedition Timberline AWD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46415","Gasoline",null,"2020 Volvo V60 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2020,"Volvo","V60 T8 AWD","PHEV",null,35,3.2,3.2,8.4,7,71100,"","Gasoline"]
["2023 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer AWD","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46440","Gasoline",null,"2020 Volvo XC40 T4 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC40 T4 AWD","ICE",null,0,0,0,10.199999999999999,7.5,39950,"","Gasoline"]
["2023 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer AWD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46411","Gasoline",null,"2020 Volvo XC40 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC40 T5 AWD","ICE",null,0,0,0,10.7,7.7,39950,"","Gasoline"]
["2023 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer AWD","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46439","Gasoline",null,"2020 Volvo XC60 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC60 T5 AWD","ICE",null,0,0,0,11.2,8.3000000000000007,48500,"","Gasoline"]
["2023 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer AWD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46416","Gasoline",null,"2020 Volvo XC60 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC60 T6 AWD","ICE",null,0,0,0,11.7,8.6,48500,"","Gasoline"]
["2023 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer AWD","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46409","Gasoline",null,"2020 Volvo XC60 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC60 T8 AWD","PHEV",null,27,4.2,4.2,9.5,8.6999999999999993,66650,"","Gasoline"]
["2023 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer AWD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46410","Gasoline",null,"2020 Volvo XC90 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC90 T5 AWD","ICE",null,0,0,0,11.2,8.3000000000000007,64750,"","Gasoline"]
["2023 Ford Explorer HEV AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer HEV AWD","ICE",null,0,null,null,23,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46419","Gasoline",null,"2020 Volvo XC90 T6 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC90 T6 AWD","ICE",null,0,0,0,12.2,8.6999999999999993,64750,"","Gasoline"]
["2023 Ford Explorer HEV RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer HEV RWD","ICE",null,0,null,null,27,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46404","Gasoline",null,"2020 Volvo XC90 T8 AWD PHEV","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC90 T8 AWD","PHEV",null,29,4,4,9.1,8.4,77600,"","Gasoline"]
["2023 Ford Explorer Platinum HEV AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer Platinum HEV AWD","ICE",null,0,null,null,23,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46418","Gasoline",null,"2018 BMW i3 BEV","Passenger Vehicles (Light-Duty)",2018,"BMW","i3","BEV",33,183,1.8202247191011232,2.2134831460674156,0,0,48750,"","Electricity"]
["2023 Ford Explorer Platinum HEV RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer Platinum HEV RWD","ICE",null,0,null,null,25,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46403","Gasoline",null,"2018 CHEVROLET CAMARO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CAMARO","ICE",null,0,0,0,12.3,8.1999999999999993,29695,"","Gasoline"]
["2023 Ford Explorer RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer RWD","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46401","Gasoline",null,"2018 CHEVROLET CAMARO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CAMARO","ICE",null,0,0,0,10.8,7.6,29695,"","Gasoline"]
["2023 Ford Explorer RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer RWD","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46405","Gasoline",null,"2018 CHEVROLET CAMARO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CAMARO","ICE",null,0,0,0,11.9,7.9,29695,"","Gasoline"]
["2023 Ford Explorer RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer RWD","ICE",null,0,null,null,21,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46399","Gasoline",null,"2018 CHEVROLET CAMARO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CAMARO","ICE",null,0,0,0,14.4,8.4,29695,"","Gasoline"]
["2023 Ford Explorer RWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer RWD","ICE",null,0,null,null,18,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46400","Gasoline",null,"2018 CHEVROLET CITY EXPRESS ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CITY EXPRESS","ICE",null,0,0,0,9.8000000000000007,8.8000000000000007,27105,"","Gasoline"]
["2023 Ford Explorer Timberline AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer Timberline AWD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46420","Gasoline",null,"2018 CHEVROLET COLORADO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","COLORADO","ICE",null,0,0,0,12.1,9.1999999999999993,22610,"","Gasoline"]
["2023 Ford Explorer Timberline AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Explorer Timberline AWD","ICE",null,0,null,null,19,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46417","Gasoline",null,"2018 CHEVROLET COLORADO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","COLORADO","ICE",null,0,0,0,10.8,8,22610,"","Gasoline"]
["2023 Ford F-150 Lightning 4WD BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","F-150 Lightning 4WD","BEV",null,240,76,61,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46329","Electricity",null,"2018 CHEVROLET COLORADO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","COLORADO","ICE",null,0,0,0,13.4,9.6,22610,"","Gasoline"]
["2023 Ford F-150 Lightning 4WD Extended Range BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","F-150 Lightning 4WD Extended Range","BEV",null,320,78,63,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46327","Electricity",null,"2018 CHEVROLET COLORADO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","COLORADO","ICE",null,0,0,0,11.9,9.1999999999999993,22610,"","Gasoline"]
["2023 Ford F-150 Lightning Platinum 4WD BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","F-150 Lightning Platinum 4WD","BEV",null,300,73,60,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46328","Electricity",null,"2018 CHEVROLET CRUZE ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CRUZE","ICE",null,0,0,0,8.6,5.8,16295,"","Gasoline"]
["2023 Ford F150 Pickup 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 2WD","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46159","Gasoline",null,"2018 CHEVROLET CRUZE ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CRUZE","ICE",null,0,0,0,8,5.9,16295,"","Gasoline"]
["2023 Ford F150 Pickup 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 2WD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46161","Gasoline",null,"2018 CHEVROLET CRUZE HATCHBACK ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CRUZE HATCHBACK","ICE",null,0,0,0,8.1,6.2,20995,"","Gasoline"]
["2023 Ford F150 Pickup 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 2WD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46160","Gasoline",null,"2018 CHEVROLET CRUZE HATCHBACK ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","CRUZE HATCHBACK","ICE",null,0,0,0,8.6,6.2,20995,"","Gasoline"]
["2023 Ford F150 Pickup 2WD HEV ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 2WD HEV","ICE",null,0,null,null,25,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46166","Gasoline",null,"2018 CHEVROLET EQUINOX ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","EQUINOX","ICE",null,0,0,0,8.5,6,25500,"","Gasoline"]
["2023 Ford F150 Pickup 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 4WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46172","Gasoline",null,"2018 CHEVROLET EQUINOX ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","EQUINOX","ICE",null,0,0,0,9.1999999999999993,7.3,25500,"","Gasoline"]
["2023 Ford F150 Pickup 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 4WD","ICE",null,0,null,null,17,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46171","Gasoline",null,"2018 CHEVROLET EQUINOX AWD ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","EQUINOX AWD","ICE",null,0,0,0,9.8000000000000007,7.9,27900,"","Gasoline"]
["2023 Ford F150 Pickup 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 4WD","ICE",null,0,null,null,17,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46169","Gasoline",null,"2018 CHEVROLET EQUINOX AWD ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","EQUINOX AWD","ICE",null,0,0,0,8.5,6.1,27900,"","Gasoline"]
["2023 Ford F150 Pickup 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 4WD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46170","Gasoline",null,"2018 CHEVROLET EQUINOX AWD ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","EQUINOX AWD","ICE",null,0,0,0,10.9,8.3000000000000007,27900,"","Gasoline"]
["2023 Ford F150 Pickup 4WD HEV ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup 4WD HEV","ICE",null,0,null,null,23,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46176","Gasoline",null,"2018 CHEVROLET IMPALA ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","IMPALA","ICE",null,0,0,0,10.9,7.9,31145,"","Gasoline"]
["2023 Ford F150 Pickup Tremor 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup Tremor 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46178","Gasoline",null,"2018 CHEVROLET MALIBU ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","MALIBU","ICE",null,0,0,0,10.5,7.4,22195,"","Gasoline"]
["2023 Ford F150 Pickup Tremor 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 Pickup Tremor 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46177","Gasoline",null,"2018 CHEVROLET MALIBU ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","MALIBU","ICE",null,0,0,0,8.8000000000000007,6.5,22195,"","Gasoline"]
["2023 Ford F150 RAPTOR 37 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 RAPTOR 37 4WD","ICE",null,0,null,null,15,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46182","Gasoline",null,"2018 CHEVROLET MALIBU HYBRID ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","MALIBU HYBRID","ICE",null,0,0,0,4.8,5.5,31795,"","Gasoline"]
["2023 Ford F150 RAPTOR 37 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 RAPTOR 37 4WD","ICE",null,0,null,null,14,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46181","Gasoline",null,"2018 CHEVROLET SILVERADO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SILVERADO","ICE",null,0,0,0,14.6,10.3,31145,"","Gasoline"]
["2023 Ford F150 RAPTOR 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 RAPTOR 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46183","Gasoline",null,"2018 CHEVROLET SILVERADO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SILVERADO","ICE",null,0,0,0,15.9,11.2,31145,"","Gasoline"]
["2023 Ford F150 RAPTOR 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 RAPTOR 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46184","Gasoline",null,"2018 CHEVROLET SILVERADO ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SILVERADO","ICE",null,0,0,0,14.9,10.9,31145,"","Gasoline"]
["2023 Ford F150 RAPTOR R 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","F150 RAPTOR R 4WD","ICE",null,0,null,null,10,15,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46185","Gasoline",null,"2018 CHEVROLET SONIC ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC","ICE",null,0,0,0,8.4,6.3,18695,"","Gasoline"]
["2023 Ford MUSTANG MACH-E CAL RT 1 ER AWD BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","MUSTANG MACH-E CAL RT 1 ER AWD","BEV",null,312,105,91,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46514","Electricity",null,"2018 CHEVROLET SONIC ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC","ICE",null,0,0,0,9.3000000000000007,7,18695,"","Gasoline"]
["2023 Ford Maverick AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Maverick AWD","ICE",null,0,null,null,22,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46367","Gasoline",null,"2018 CHEVROLET SONIC ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC","ICE",null,0,0,0,9.1999999999999993,6.8,18695,"","Gasoline"]
["2023 Ford Maverick FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Maverick FWD","ICE",null,0,null,null,23,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46365","Gasoline",null,"2018 CHEVROLET SONIC ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC","ICE",null,0,0,0,8.8000000000000007,6.6,18695,"","Gasoline"]
["2023 Ford Maverick HEV FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Maverick HEV FWD","ICE",null,0,null,null,40,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46366","Gasoline",null,"2018 CHEVROLET SONIC 5 ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC 5","ICE",null,0,0,0,8.8000000000000007,6.6,18195,"","Gasoline"]
["2023 Ford Maverick Tremor AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Maverick Tremor AWD","ICE",null,0,null,null,20,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46368","Gasoline",null,"2018 CHEVROLET SONIC 5 ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC 5","ICE",null,0,0,0,9.3000000000000007,7,18195,"","Gasoline"]
["2023 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46337","Gasoline",null,"2018 CHEVROLET SONIC 5 ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC 5","ICE",null,0,0,0,8.4,6.3,18195,"","Gasoline"]
["2023 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46340","Gasoline",null,"2018 CHEVROLET SONIC 5 ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SONIC 5","ICE",null,0,0,0,9.1999999999999993,6.8,18195,"","Gasoline"]
["2023 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang","ICE",null,0,null,null,21,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46343","Gasoline",null,"2018 CHEVROLET SPARK ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SPARK","ICE",null,0,0,0,8,6,13895,"","Gasoline"]
["2023 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46335","Gasoline",null,"2018 CHEVROLET SPARK ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SPARK","ICE",null,0,0,0,7.8,6.2,13895,"","Gasoline"]
["2023 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang","ICE",null,0,null,null,15,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46336","Gasoline",null,"2018 CHEVROLET SUBURBAN ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","SUBURBAN","ICE",null,0,0,0,15.1,10.4,58090,"","Gasoline"]
["2023 Ford Mustang Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Convertible","ICE",null,0,null,null,15,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46341","Gasoline",null,"2018 CHEVROLET TAHOE ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","TAHOE","ICE",null,0,0,0,15.1,10.4,55065,"","Gasoline"]
["2023 Ford Mustang Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Convertible","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46344","Gasoline",null,"2018 CHEVROLET TRAVERSE ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","TRAVERSE","ICE",null,0,0,0,11.7,9,35300,"","Gasoline"]
["2023 Ford Mustang Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Convertible","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46345","Gasoline",null,"2018 CHEVROLET TRAVERSE ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","TRAVERSE","ICE",null,0,0,0,12.9,8.6999999999999993,35300,"","Gasoline"]
["2023 Ford Mustang Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Convertible","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46346","Gasoline",null,"2018 CHEVROLET TRAX ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","TRAX","ICE",null,0,0,0,9.1999999999999993,7.1,20100,"","Gasoline"]
["2023 Ford Mustang HO Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang HO Convertible","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46348","Gasoline",null,"2018 CHEVROLET TRAX ICE","Passenger Vehicles (Light-Duty)",2018,"CHEVROLET","TRAX","ICE",null,0,0,0,9.3000000000000007,7.2,20100,"","Gasoline"]
["2023 Ford Mustang HO Convertible ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang HO Convertible","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46349","Gasoline",null,"2018 CHRYSLER 300 ICE","Passenger Vehicles (Light-Duty)",2018,"CHRYSLER","300","ICE",null,0,0,0,14.7,9.4,41245,"","Gasoline"]
["2023 Ford Mustang HO Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang HO Coupe","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46347","Gasoline",null,"2018 CHRYSLER 300 ICE","Passenger Vehicles (Light-Duty)",2018,"CHRYSLER","300","ICE",null,0,0,0,12.4,7.8,41245,"","Gasoline"]
["2023 Ford Mustang HO Coupe ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang HO Coupe","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46342","Gasoline",null,"2018 CHRYSLER PACIFICA ICE","Passenger Vehicles (Light-Duty)",2018,"CHRYSLER","PACIFICA","ICE",null,0,0,0,12.9,8.4,36445,"","Gasoline"]
["2023 Ford Mustang Mach 1 ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach 1","ICE",null,0,null,null,14,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46338","Gasoline",null,"2018 DODGE CHALLENGER ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","CHALLENGER","ICE",null,0,0,0,16.7,10.4,33045,"","Gasoline"]
["2023 Ford Mustang Mach 1 ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach 1","ICE",null,0,null,null,15,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46339","Gasoline",null,"2018 DODGE CHALLENGER ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","CHALLENGER","ICE",null,0,0,0,12.4,7.8,33045,"","Gasoline"]
["2023 Ford Mustang Mach-E AWD BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach-E AWD","BEV",null,224,99,86,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46512","Electricity",null,"2018 DODGE CHALLENGER ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","CHALLENGER","ICE",null,0,0,0,15.6,10.1,33045,"","Gasoline"]
["2023 Ford Mustang Mach-E AWD Extended BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach-E AWD Extended","BEV",null,290,97,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46513","Electricity",null,"2018 DODGE CHARGER ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","CHARGER","ICE",null,0,0,0,12.4,7.8,36545,"","Gasoline"]
["2023 Ford Mustang Mach-E GT BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach-E GT","BEV",null,270,90,77,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46515","Electricity",null,"2018 DODGE CHARGER ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","CHARGER","ICE",null,0,0,0,13.7,9,36545,"","Gasoline"]
["2023 Ford Mustang Mach-E GT Performance BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach-E GT Performance","BEV",null,260,90,77,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46516","Electricity",null,"2018 DODGE DURANGO AWD ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","DURANGO AWD","ICE",null,0,0,0,12.7,9.6,44845,"","Gasoline"]
["2023 Ford Mustang Mach-E RWD BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach-E RWD","BEV",null,247,110,96,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46517","Electricity",null,"2018 DODGE DURANGO AWD ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","DURANGO AWD","ICE",null,0,0,0,16.7,10.9,44845,"","Gasoline"]
["2023 Ford Mustang Mach-E RWD Extended BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach-E RWD Extended","BEV",null,310,105,92,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46518","Electricity",null,"2018 DODGE GRAND CARAVAN FFV ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","GRAND CARAVAN FFV","ICE",null,0,0,0,13.7,9.4,30945,"","Gasoline"]
["2023 Ford Mustang Mach-E RWD LFP BEV","Passenger Vehicles (Light-Duty)",2023,"Ford","Mustang Mach-E RWD LFP","BEV",null,250,107,95,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46985","Electricity",null,"2018 DODGE GRAND CARAVAN FFV ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","GRAND CARAVAN FFV","ICE",null,0,0,0,19.399999999999999,13.3,30945,"","Gasoline"]
["2023 Ford Ranger 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Ranger 2WD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46167","Gasoline",null,"2018 DODGE JOURNEY ICE","Passenger Vehicles (Light-Duty)",2018,"DODGE","JOURNEY","ICE",null,0,0,0,12.7,9.1999999999999993,23645,"","Gasoline"]
["2023 Ford Ranger 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Ranger 2WD","ICE",null,0,null,null,21,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46168","Gasoline",null,"2018 FIAT 124 SPIDER ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","124 SPIDER","ICE",null,0,0,0,9,6.7,33495,"","Gasoline"]
["2023 Ford Ranger 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Ranger 4WD","ICE",null,0,null,null,20,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46187","Gasoline",null,"2018 FIAT 124 SPIDER ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","124 SPIDER","ICE",null,0,0,0,9.3000000000000007,6.5,33495,"","Gasoline"]
["2023 Ford Ranger 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Ranger 4WD","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46186","Gasoline",null,"2018 FIAT 500 ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","500","ICE",null,0,0,0,9.6999999999999993,7.4,26495,"","Gasoline"]
["2023 Ford Ranger Tremor 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Ranger Tremor 4WD","ICE",null,0,null,null,19,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46188","Gasoline",null,"2018 FIAT 500 ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","500","ICE",null,0,0,0,8.4,7,26495,"","Gasoline"]
["2023 Ford Transit Connect Van FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Transit Connect Van FWD","ICE",null,0,null,null,24,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46370","Gasoline",null,"2018 FIAT 500 ABARTH ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","500 ABARTH","ICE",null,0,0,0,9.6999999999999993,7.4,32495,"","Gasoline"]
["2023 Ford Transit Connect Wagon LWB FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Ford","Transit Connect Wagon LWB FWD","ICE",null,0,null,null,24,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46371","Gasoline",null,"2018 FIAT 500 ABARTH ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","500 ABARTH","ICE",null,0,0,0,8.4,7,32495,"","Gasoline"]
["2023 GMC Acadia AWD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Acadia AWD","ICE",null,0,null,null,22,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45412","Gasoline",null,"2018 FIAT 500L ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","500L","ICE",null,0,0,0,10.7,7.9,25495,"","Gasoline"]
["2023 GMC Acadia AWD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Acadia AWD","ICE",null,0,null,null,19,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45389","Gasoline",null,"2018 FIAT 500X ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","500X","ICE",null,0,0,0,10.7,7.8,23245,"","Gasoline"]
["2023 GMC Acadia FWD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Acadia FWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45411","Gasoline",null,"2018 FIAT 500X ICE","Passenger Vehicles (Light-Duty)",2018,"FIAT","500X","ICE",null,0,0,0,9.5,7.1,23245,"","Gasoline"]
["2023 GMC Acadia FWD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Acadia FWD","ICE",null,0,null,null,19,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45385","Gasoline",null,"2018 FORD C-MAX HYBRID ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","C-MAX HYBRID","ICE",null,0,0,0,5.7,6.2,27465,"","Gasoline"]
["2023 GMC Canyon 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Canyon 2WD","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46560","Gasoline",null,"2018 FORD ECOSPORT ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","ECOSPORT","ICE",null,0,0,0,8.6,8.1,22349,"","Gasoline"]
["2023 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Canyon 4WD","ICE",null,0,null,null,17,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46563","Gasoline",null,"2018 FORD EDGE ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","EDGE","ICE",null,0,0,0,11.5,8,33499,"","Gasoline"]
["2023 GMC Canyon AT4X 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Canyon AT4X 4WD","ICE",null,0,null,null,16,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47515","Gasoline",null,"2018 FORD EDGE ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","EDGE","ICE",null,0,0,0,13.5,9.1,33499,"","Gasoline"]
["2023 GMC Canyon Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Canyon Mud Terrain Tires 4WD","ICE",null,0,null,null,17,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46564","Gasoline",null,"2018 FORD ESCAPE ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","ESCAPE","ICE",null,0,0,0,10.199999999999999,7.8,28199,"","Gasoline"]
["2023 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 2WD","ICE",null,0,null,null,19,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45783","Gasoline",null,"2018 FORD EXPEDITION 4X4 ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","EXPEDITION 4X4","ICE",null,0,0,0,13.8,10.7,60149,"","Gasoline"]
["2023 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 2WD","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45778","Gasoline",null,"2018 FORD EXPLORER ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","EXPLORER","ICE",null,0,0,0,12.6,8.6,34899,"","Gasoline"]
["2023 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 2WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45780","Gasoline",null,"2018 FORD F-150 ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","F-150","ICE",null,0,0,0,12.3,9.4,31049,"","Gasoline"]
["2023 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 2WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45782","Gasoline",null,"2018 FORD F-150 ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","F-150","ICE",null,0,0,0,14.1,10.4,31049,"","Gasoline"]
["2023 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 2WD","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45781","Gasoline",null,"2018 FORD F-150 ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","F-150","ICE",null,0,0,0,13.6,10.1,31049,"","Gasoline"]
["2023 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 4WD","ICE",null,0,null,null,18,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45814","Gasoline",null,"2018 FORD F-150 ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","F-150","ICE",null,0,0,0,10.8,8,31049,"","Gasoline"]
["2023 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45806","Gasoline",null,"2018 FORD F-150 ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","F-150","ICE",null,0,0,0,11.9,9,31049,"","Gasoline"]
["2023 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45808","Gasoline",null,"2018 FORD FIESTA ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FIESTA","ICE",null,0,0,0,8.6,6.7,16580,"","Gasoline"]
["2023 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 4WD","ICE",null,0,null,null,18,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45804","Gasoline",null,"2018 FORD FIESTA ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FIESTA","ICE",null,0,0,0,8.6,6.4,16580,"","Gasoline"]
["2023 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 4WD","ICE",null,0,null,null,16,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45805","Gasoline",null,"2018 FORD FLEX ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FLEX","ICE",null,0,0,0,14.7,10.199999999999999,32299,"","Gasoline"]
["2023 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45810","Gasoline",null,"2018 FORD FOCUS ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FOCUS","ICE",null,0,0,0,8.5,6.2,17678,"","Gasoline"]
["2023 GMC Sierra 4WD AT4X ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra 4WD AT4X","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45811","Gasoline",null,"2018 FORD FOCUS ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FOCUS","ICE",null,0,0,0,9.5,6.9,17678,"","Gasoline"]
["2023 GMC Sierra Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra Cab Chassis 2WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45822","Gasoline",null,"2018 FORD FOCUS ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FOCUS","ICE",null,0,0,0,7.9,5.9,17678,"","Gasoline"]
["2023 GMC Sierra Cab Chassis 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra Cab Chassis 4WD","ICE",null,0,null,null,15,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45821","Gasoline",null,"2018 FORD FOCUS ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FOCUS","ICE",null,0,0,0,8.9,6.1,17678,"","Gasoline"]
["2023 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,15,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45807","Gasoline",null,"2018 FORD FOCUS ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FOCUS","ICE",null,0,0,0,9.8000000000000007,7,17678,"","Gasoline"]
["2023 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45809","Gasoline",null,"2018 FORD FUSION ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FUSION","ICE",null,0,0,0,11.2,7.6,23998,"","Gasoline"]
["2023 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45803","Gasoline",null,"2018 FORD FUSION ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FUSION","ICE",null,0,0,0,11.3,7.4,23998,"","Gasoline"]
["2023 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,17,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45812","Gasoline",null,"2018 FORD FUSION ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FUSION","ICE",null,0,0,0,10,7,23998,"","Gasoline"]
["2023 GMC Terrain AWD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Terrain AWD","ICE",null,0,null,null,24,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45828","Gasoline",null,"2018 FORD FUSION HYBRID ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","FUSION HYBRID","ICE",null,0,0,0,5.5,5.6,29588,"","Gasoline"]
["2023 GMC Terrain FWD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Terrain FWD","ICE",null,0,null,null,24,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45824","Gasoline",null,"2018 FORD GT ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","GT","ICE",null,0,0,0,20.399999999999999,13.1,47288,"","Gasoline"]
["2023 GMC Yukon 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45627","Gasoline",null,"2018 FORD MUSTANG ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","MUSTANG","ICE",null,0,0,0,15.1,9.3000000000000007,28988,"","Gasoline"]
["2023 GMC Yukon 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon 2WD","ICE",null,0,null,null,14,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45625","Gasoline",null,"2018 FORD MUSTANG ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","MUSTANG","ICE",null,0,0,0,11,7.7,28988,"","Gasoline"]
["2023 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45639","Gasoline",null,"2018 FORD MUSTANG ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","MUSTANG","ICE",null,0,0,0,11,7.4,28988,"","Gasoline"]
["2023 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45637","Gasoline",null,"2018 FORD MUSTANG ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","MUSTANG","ICE",null,0,0,0,15.5,9.5,28988,"","Gasoline"]
["2023 GMC Yukon XL 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon XL 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45628","Gasoline",null,"2018 FORD T-150 WAGON ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","T-150 WAGON","ICE",null,0,0,0,16.2,12.8,31649,"","Gasoline"]
["2023 GMC Yukon XL 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon XL 2WD","ICE",null,0,null,null,14,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45626","Gasoline",null,"2018 FORD T-150 WAGON ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","T-150 WAGON","ICE",null,0,0,0,16.8,13.1,31649,"","Gasoline"]
["2023 GMC Yukon XL 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon XL 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45640","Gasoline",null,"2018 FORD TAURUS FFV ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","TAURUS FFV","ICE",null,0,0,0,13.1,8.6999999999999993,31788,"","Gasoline"]
["2023 GMC Yukon XL 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"GMC","Yukon XL 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45638","Gasoline",null,"2018 FORD TAURUS FFV ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","TAURUS FFV","ICE",null,0,0,0,17.600000000000001,11.7,31788,"","Gasoline"]
["2023 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Accord","ICE",null,0,null,null,29,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46363","Gasoline",null,"2018 FORD TRANSIT CONNECT VAN FFV ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","TRANSIT CONNECT VAN FFV","ICE",null,0,0,0,11.9,8.6999999999999993,29349,"","Gasoline"]
["2023 Honda Accord Hybrid ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Accord Hybrid","ICE",null,0,null,null,51,44,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46364","Gasoline",null,"2018 FORD TRANSIT CONNECT VAN FFV ICE","Passenger Vehicles (Light-Duty)",2018,"FORD","TRANSIT CONNECT VAN FFV","ICE",null,0,0,0,16.2,11.9,29349,"","Gasoline"]
["2023 Honda Accord Hybrid Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Accord Hybrid Sport/Touring","ICE",null,0,null,null,46,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46358","Gasoline",null,"2018 GENESIS G80 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"GENESIS","G80 AWD","ICE",null,0,0,0,13.4,9.6,55000,"","Gasoline"]
["2023 Honda CR-V AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","CR-V AWD","ICE",null,0,null,null,27,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45952","Gasoline",null,"2018 GENESIS G80 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"GENESIS","G80 AWD","ICE",null,0,0,0,13.8,9.6999999999999993,55000,"","Gasoline"]
["2023 Honda CR-V FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","CR-V FWD","ICE",null,0,null,null,28,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45950","Gasoline",null,"2018 GENESIS G80 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"GENESIS","G80 AWD","ICE",null,0,0,0,15.6,10.4,55000,"","Gasoline"]
["2023 Honda CR-V Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","CR-V Hybrid AWD","ICE",null,0,null,null,40,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46071","Gasoline",null,"2018 GENESIS G90 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"GENESIS","G90 AWD","ICE",null,0,0,0,15.2,10.199999999999999,84000,"","Gasoline"]
["2023 Honda CR-V Hybrid FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","CR-V Hybrid FWD","ICE",null,0,null,null,43,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46064","Gasoline",null,"2018 GENESIS G90 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"GENESIS","G90 AWD","ICE",null,0,0,0,13.7,9.6999999999999993,84000,"","Gasoline"]
["2023 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 4Dr","ICE",null,0,null,null,31,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46052","Gasoline",null,"2018 GMC ACADIA ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","ACADIA","ICE",null,0,0,0,11,9.1999999999999993,34000,"","Gasoline"]
["2023 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 4Dr","ICE",null,0,null,null,27,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46053","Gasoline",null,"2018 GMC ACADIA ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","ACADIA","ICE",null,0,0,0,13.1,9.4,34000,"","Gasoline"]
["2023 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 4Dr","ICE",null,0,null,null,31,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46506","Gasoline",null,"2018 GMC CANYON ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","CANYON","ICE",null,0,0,0,12.1,9.1999999999999993,23310,"","Gasoline"]
["2023 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 4Dr","ICE",null,0,null,null,30,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46054","Gasoline",null,"2018 GMC CANYON ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","CANYON","ICE",null,0,0,0,13.4,9.6,23310,"","Gasoline"]
["2023 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 4Dr","ICE",null,0,null,null,33,42,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46051","Gasoline",null,"2018 GMC CANYON ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","CANYON","ICE",null,0,0,0,11.9,9.1999999999999993,23310,"","Gasoline"]
["2023 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 5Dr","ICE",null,0,null,null,29,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46140","Gasoline",null,"2018 GMC CANYON ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","CANYON","ICE",null,0,0,0,10.8,8,23310,"","Gasoline"]
["2023 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 5Dr","ICE",null,0,null,null,28,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46139","Gasoline",null,"2018 GMC SIERRA ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","SIERRA","ICE",null,0,0,0,14.6,10.3,31780,"","Gasoline"]
["2023 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 5Dr","ICE",null,0,null,null,31,39,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46137","Gasoline",null,"2018 GMC SIERRA ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","SIERRA","ICE",null,0,0,0,14.9,10.9,31780,"","Gasoline"]
["2023 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 5Dr","ICE",null,0,null,null,30,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46138","Gasoline",null,"2018 GMC SIERRA ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","SIERRA","ICE",null,0,0,0,15.9,11.2,31780,"","Gasoline"]
["2023 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 5Dr","ICE",null,0,null,null,30,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46509","Gasoline",null,"2018 GMC TERRAIN ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","TERRAIN","ICE",null,0,0,0,9.1999999999999993,7.9,30300,"","Gasoline"]
["2023 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 5Dr","ICE",null,0,null,null,26,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46141","Gasoline",null,"2018 GMC TERRAIN ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","TERRAIN","ICE",null,0,0,0,8.5,6,30300,"","Gasoline"]
["2023 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Civic 5Dr","ICE",null,0,null,null,22,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46142","Gasoline",null,"2018 GMC YUKON ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","YUKON","ICE",null,0,0,0,15.1,10.4,56075,"","Gasoline"]
["2023 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","HR-V AWD","ICE",null,0,null,null,25,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45362","Gasoline",null,"2018 HONDA ACCORD ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","ACCORD","ICE",null,0,0,0,7.9,6.3,26590,"","Gasoline"]
["2023 Honda HR-V FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","HR-V FWD","ICE",null,0,null,null,26,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45363","Gasoline",null,"2018 HONDA ACCORD ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","ACCORD","ICE",null,0,0,0,8.9,6.7,26590,"","Gasoline"]
["2023 Honda Odyssey ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Odyssey","ICE",null,0,null,null,19,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45203","Gasoline",null,"2018 HONDA ACCORD ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","ACCORD","ICE",null,0,0,0,8.1999999999999993,6.8,26590,"","Gasoline"]
["2023 Honda Passport AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Passport AWD","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45978","Gasoline",null,"2018 HONDA ACCORD ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","ACCORD","ICE",null,0,0,0,10.7,7.3,26590,"","Gasoline"]
["2023 Honda Pilot AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Pilot AWD","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46422","Gasoline",null,"2018 HONDA ACCORD HYBRID ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","ACCORD HYBRID","ICE",null,0,0,0,5,5.0999999999999996,33090,"","Gasoline"]
["2023 Honda Pilot AWD Touring/Elite/Black ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Pilot AWD Touring/Elite/Black","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46423","Gasoline",null,"2018 HONDA CIVIC COUPE ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC COUPE","ICE",null,0,0,0,7.8,6,20090,"","Gasoline"]
["2023 Honda Pilot AWD TrailSport ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Pilot AWD TrailSport","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46424","Gasoline",null,"2018 HONDA CIVIC COUPE ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC COUPE","ICE",null,0,0,0,7.5,5.9,20090,"","Gasoline"]
["2023 Honda Pilot FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Pilot FWD","ICE",null,0,null,null,19,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46374","Gasoline",null,"2018 HONDA CIVIC COUPE ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC COUPE","ICE",null,0,0,0,7.7,5.7,20090,"","Gasoline"]
["2023 Honda Ridgeline AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Honda","Ridgeline AWD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45739","Gasoline",null,"2018 HONDA CIVIC COUPE ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC COUPE","ICE",null,0,0,0,8.5,6.1,20090,"","Gasoline"]
["2023 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Elantra","ICE",null,0,null,null,33,42,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45295","Gasoline",null,"2018 HONDA CIVIC COUPE Si ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC COUPE Si","ICE",null,0,0,0,8.4,6.2,21790,"","Gasoline"]
["2023 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Elantra","ICE",null,0,null,null,30,40,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45294","Gasoline",null,"2018 HONDA CIVIC HATCHBACK ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC HATCHBACK","ICE",null,0,0,0,8,6.2,21790,"","Gasoline"]
["2023 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Elantra","ICE",null,0,null,null,28,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45296","Gasoline",null,"2018 HONDA CIVIC HATCHBACK ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC HATCHBACK","ICE",null,0,0,0,7.7,6,21790,"","Gasoline"]
["2023 Hyundai Elantra Hybrid ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Elantra Hybrid","ICE",null,0,null,null,49,52,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45297","Gasoline",null,"2018 HONDA CIVIC HATCHBACK ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC HATCHBACK","ICE",null,0,0,0,7.9,6.6,21790,"","Gasoline"]
["2023 Hyundai Elantra Hybrid Blue ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Elantra Hybrid Blue","ICE",null,0,null,null,53,56,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45298","Gasoline",null,"2018 HONDA CIVIC SEDAN ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC SEDAN","ICE",null,0,0,0,8.5,6,16970,"","Gasoline"]
["2023 Hyundai Elantra N ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Elantra N","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45934","Gasoline",null,"2018 HONDA CIVIC SEDAN ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC SEDAN","ICE",null,0,0,0,7.8,6,16970,"","Gasoline"]
["2023 Hyundai Elantra N ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Elantra N","ICE",null,0,null,null,20,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45933","Gasoline",null,"2018 HONDA CIVIC SEDAN ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CIVIC SEDAN","ICE",null,0,0,0,7.4,5.6,16970,"","Gasoline"]
["2023 Hyundai Ioniq 6 Long range AWD (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Ioniq 6 Long range AWD (18 inch Wheels)","BEV",null,316,130,111,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46620","Electricity",null,"2018 HONDA CR-V ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","CR-V","ICE",null,0,0,0,8.4,7,27290,"","Gasoline"]
["2023 Hyundai Ioniq 6 Long range AWD (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Ioniq 6 Long range AWD (20 inch Wheels)","BEV",null,270,111,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46621","Electricity",null,"2018 HONDA FIT ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","FIT","ICE",null,0,0,0,8.1,6.6,15190,"","Gasoline"]
["2023 Hyundai Ioniq 6 Long range RWD (18 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Ioniq 6 Long range RWD (18 inch Wheels)","BEV",null,361,153,127,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46622","Electricity",null,"2018 HONDA FIT ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","FIT","ICE",null,0,0,0,7,5.9,15190,"","Gasoline"]
["2023 Hyundai Ioniq 6 Long range RWD (20 inch Wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Ioniq 6 Long range RWD (20 inch Wheels)","BEV",null,305,129,105,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46623","Electricity",null,"2018 HONDA FIT ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","FIT","ICE",null,0,0,0,7.6,6.5,15190,"","Gasoline"]
["2023 Hyundai Ioniq 6 Standard Range RWD BEV","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Ioniq 6 Standard Range RWD","BEV",null,240,151,120,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46624","Electricity",null,"2018 HONDA HR-V ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","HR-V","ICE",null,0,0,0,9.4,7.1,21550,"","Gasoline"]
["2023 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Kona AWD","ICE",null,0,null,null,27,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45324","Gasoline",null,"2018 HONDA HR-V ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","HR-V","ICE",null,0,0,0,8.3000000000000007,6.9,21550,"","Gasoline"]
["2023 Hyundai Kona N ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Kona N","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45536","Gasoline",null,"2018 HONDA RIDGELINE AWD ICE","Passenger Vehicles (Light-Duty)",2018,"HONDA","RIDGELINE AWD","ICE",null,0,0,0,12.8,9.5,37290,"","Gasoline"]
["2023 Hyundai Santa Cruz FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Santa Cruz FWD","ICE",null,0,null,null,22,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45537","Gasoline",null,"2018 HYUNDAI ELANTRA ICE","Passenger Vehicles (Light-Duty)",2018,"HYUNDAI","ELANTRA","ICE",null,0,0,0,8.9,7,15999,"","Gasoline"]
["2023 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Sonata","ICE",null,0,null,null,27,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45418","Gasoline",null,"2018 HYUNDAI SANTA FE ICE","Passenger Vehicles (Light-Duty)",2018,"HYUNDAI","SANTA FE","ICE",null,0,0,0,12.9,9.4,28999,"","Gasoline"]
["2023 Hyundai Sonata Hybrid Blue ICE","Passenger Vehicles (Light-Duty)",2023,"Hyundai","Sonata Hybrid Blue","ICE",null,0,null,null,50,54,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45532","Gasoline",null,"2018 JEEP CHEROKEE ICE","Passenger Vehicles (Light-Duty)",2018,"JEEP","CHEROKEE","ICE",null,0,0,0,11.4,8.3000000000000007,27945,"","Gasoline"]
["2023 Jeep Compass 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Jeep","Compass 4WD","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46390","Gasoline",null,"2018 KIA CADENZA ICE","Passenger Vehicles (Light-Duty)",2018,"KIA","CADENZA","ICE",null,0,0,0,11.5,8.5,36295,"","Gasoline"]
["2023 Jeep Grand Cherokee 4xe PHEV","Passenger Vehicles (Light-Duty)",2023,"Jeep","Grand Cherokee 4xe","PHEV",null,26,57,56,23,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46253","Gasoline",null,"2018 KIA OPTIMA ICE","Passenger Vehicles (Light-Duty)",2018,"KIA","OPTIMA","ICE",null,0,0,0,10.9,7.6,23995,"","Gasoline"]
["2023 Jeep Grand Wagoneer 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Jeep","Grand Wagoneer 4WD","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45845","Gasoline",null,"2018 KIA SORENTO ICE","Passenger Vehicles (Light-Duty)",2018,"KIA","SORENTO","ICE",null,0,0,0,11.2,8.3000000000000007,27995,"","Gasoline"]
["2023 Jeep Wagoneer L 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Jeep","Wagoneer L 2WD","ICE",null,0,null,null,17,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46237","Gasoline",null,"2018 MAZDA CX-5 ICE","Passenger Vehicles (Light-Duty)",2018,"MAZDA","CX-5","ICE",null,0,0,0,9.6999999999999993,7.8,25900,"","Gasoline"]
["2023 Jeep Wrangler 2dr 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Jeep","Wrangler 2dr 4WD","ICE",null,0,null,null,20,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45692","Gasoline",null,"2018 MAZDA MAZDA3 5-DOOR ICE","Passenger Vehicles (Light-Duty)",2018,"MAZDA","MAZDA3 5-DOOR","ICE",null,0,0,0,8.4,6.4,19900,"","Gasoline"]
["2023 Kia EV6 Long Range AWD (19 inch tires) BEV","Passenger Vehicles (Light-Duty)",2023,"Kia","EV6 Long Range AWD (19 inch tires)","BEV",null,282,120,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46004","Electricity",null,"2018 MINI COOPER S 3 DOOR ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","COOPER S 3 DOOR","ICE",null,0,0,0,10.3,7.4,22190,"","Gasoline"]
["2023 Kia K5 ICE","Passenger Vehicles (Light-Duty)",2023,"Kia","K5","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45358","Gasoline",null,"2018 MINI JOHN COOPER WORKS CLUBMAN ALL4 ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","JOHN COOPER WORKS CLUBMAN ALL4","ICE",null,0,0,0,10.199999999999999,7.5,37290,"","Gasoline"]
["2023 Kia Niro FE ICE","Passenger Vehicles (Light-Duty)",2023,"Kia","Niro FE","ICE",null,0,null,null,53,54,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45674","Gasoline",null,"2018 MITSUBISHI MIRAGE G4 ICE","Passenger Vehicles (Light-Duty)",2018,"MITSUBISHI","MIRAGE G4","ICE",null,0,0,0,6.9,5.7,15298,"","Gasoline"]
["2023 Kia Sorento FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Kia","Sorento FWD","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46066","Gasoline",null,"2018 NISSAN ALTIMA ICE","Passenger Vehicles (Light-Duty)",2018,"NISSAN","ALTIMA","ICE",null,0,0,0,10.6,7.3,26298,"","Gasoline"]
["2023 Kia Sportage FWD ICE","Passenger Vehicles (Light-Duty)",2023,"Kia","Sportage FWD","ICE",null,0,null,null,25,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45101","Gasoline",null,"2018 NISSAN MICRA ICE","Passenger Vehicles (Light-Duty)",2018,"NISSAN","MICRA","ICE",null,0,0,0,8.6999999999999993,6.8,10488,"","Gasoline"]
["2023 Lucid Air G Touring XR AWD with 20 inch wheels BEV","Passenger Vehicles (Light-Duty)",2023,"Lucid","Air G Touring XR AWD with 20 inch wheels","BEV",null,469,121,122,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46304","Electricity",null,"2018 NISSAN VERSA ICE","Passenger Vehicles (Light-Duty)",2018,"NISSAN","VERSA","ICE",null,0,0,0,8.6,6.6,14698,"","Gasoline"]
["2023 Lucid Air GT P AWD with 21 inch wheels BEV","Passenger Vehicles (Light-Duty)",2023,"Lucid","Air GT P AWD with 21 inch wheels","BEV",null,446,110,111,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46306","Electricity",null,"2018 SUBARU BRZ ICE","Passenger Vehicles (Light-Duty)",2018,"SUBARU","BRZ","ICE",null,0,0,0,11.2,8.1,27995,"","Gasoline"]
["2023 MINI Cooper Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2023,"MINI","Cooper Hardtop 4 door","ICE",null,0,null,null,27,37,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45230","Gasoline",null,"2018 SUBARU OUTBACK AWD ICE","Passenger Vehicles (Light-Duty)",2018,"SUBARU","OUTBACK AWD","ICE",null,0,0,0,12,8.6999999999999993,29295,"","Gasoline"]
["2023 MINI Cooper Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2023,"MINI","Cooper Hardtop 4 door","ICE",null,0,null,null,29,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45229","Gasoline",null,"2018 SUBARU OUTBACK AWD ICE","Passenger Vehicles (Light-Duty)",2018,"SUBARU","OUTBACK AWD","ICE",null,0,0,0,9.4,7.3,29295,"","Gasoline"]
["2023 MINI Cooper S Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2023,"MINI","Cooper S Hardtop 2 door","ICE",null,0,null,null,28,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45267","Gasoline",null,"2018 TOYOTA CAMRY ICE","Passenger Vehicles (Light-Duty)",2018,"TOYOTA","CAMRY","ICE",null,0,0,0,8.1,5.7,26590,"","Gasoline"]
["2023 MINI John Cooper Works Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2023,"MINI","John Cooper Works Hardtop 2 door","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45271","Gasoline",null,"2018 TOYOTA PRIUS v ICE","Passenger Vehicles (Light-Duty)",2018,"TOYOTA","PRIUS v","ICE",null,0,0,0,5.5,6,29850,"","Gasoline"]
["2023 Mazda 3 4-Door 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Mazda","3 4-Door 4WD","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46355","Gasoline",null,"2018 TOYOTA SIENNA ICE","Passenger Vehicles (Light-Duty)",2018,"TOYOTA","SIENNA","ICE",null,0,0,0,12.5,8.9,34690,"","Gasoline"]
["2023 Mazda MX-30 BEV","Passenger Vehicles (Light-Duty)",2023,"Mazda","MX-30","BEV",null,100,98,85,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46988","Electricity",null,"2018 VOLKSWAGEN GOLF GTI ICE","Passenger Vehicles (Light-Duty)",2018,"VOLKSWAGEN","GOLF GTI","ICE",null,0,0,0,9.6,7.2,30595,"","Gasoline"]
["2023 Mercedes-Benz AMG CLA35 4matic ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","AMG CLA35 4matic","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46263","Gasoline",null,"2018 VOLVO S60 CC T5 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"VOLVO","S60 CC T5 AWD","ICE",null,0,0,0,10.8,7.8,42150,"","Gasoline"]
["2023 Mercedes-Benz AMG CLA45 4matic ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","AMG CLA45 4matic","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46219","Gasoline",null,"2018 VOLVO S90 T5 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"VOLVO","S90 T5 AWD","ICE",null,0,0,0,10.1,7.4,55750,"","Gasoline"]
["2023 Mercedes-Benz AMG GLA35 4matic ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","AMG GLA35 4matic","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46286","Gasoline",null,"2017 CHEVROLET CRUZE HATCHBACK ICE","Passenger Vehicles (Light-Duty)",2017,"CHEVROLET","CRUZE HATCHBACK","ICE",null,0,0,0,8.3000000000000007,6.4,20995,"","Gasoline"]
["2023 Mercedes-Benz AMG SL43 ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","AMG SL43","ICE",null,0,null,null,21,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47507","Gasoline",null,"2017 CHEVROLET SUBURBAN ICE","Passenger Vehicles (Light-Duty)",2017,"CHEVROLET","SUBURBAN","ICE",null,0,0,0,15.1,10.4,57645,"","Gasoline"]
["2023 Mercedes-Benz AMG SL55 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","AMG SL55 4matic Plus","ICE",null,0,null,null,13,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46430","Gasoline",null,"2017 CHEVROLET TRAX ICE","Passenger Vehicles (Light-Duty)",2017,"CHEVROLET","TRAX","ICE",null,0,0,0,9.1999999999999993,7.1,20095,"","Gasoline"]
["2023 Mercedes-Benz E350 4matic ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","E350 4matic","ICE",null,0,null,null,21,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45942","Gasoline",null,"2017 FIAT 500 CABRIO ICE","Passenger Vehicles (Light-Duty)",2017,"FIAT","500 CABRIO","ICE",null,0,0,0,8,6.5,22995,"","Gasoline"]
["2023 Mercedes-Benz EQS 450 4Matic (SUV) BEV","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","EQS 450 4Matic (SUV)","BEV",null,285,79,77,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46010","Electricity",null,"2017 FORD ESCAPE FFV ICE","Passenger Vehicles (Light-Duty)",2017,"FORD","ESCAPE FFV","ICE",null,0,0,0,15.2,10.8,26099,"","Gasoline"]
["2023 Mercedes-Benz GLB250 4matic ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","GLB250 4matic","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45698","Gasoline",null,"2017 FORD F-150 FFV 4X4 ICE","Passenger Vehicles (Light-Duty)",2017,"FORD","F-150 FFV 4X4","ICE",null,0,0,0,19,14.3,29499,"","Gasoline"]
["2023 Mercedes-Benz GLE580 4matic ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","GLE580 4matic","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46301","Gasoline",null,"2017 FORD FUSION HYBRID ICE","Passenger Vehicles (Light-Duty)",2017,"FORD","FUSION HYBRID","ICE",null,0,0,0,5.5,5.7,29588,"","Gasoline"]
["2023 Mercedes-Benz Metris (US Postal Long) ICE","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","Metris (US Postal Long)","ICE",null,0,null,null,19,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45976","Gasoline",null,"2017 HONDA CIVIC COUPE ICE","Passenger Vehicles (Light-Duty)",2017,"HONDA","CIVIC COUPE","ICE",null,0,0,0,7.5,5.9,19990,"","Gasoline"]
["2023 Mercedes-Benz S580e 4matic PHEV","Passenger Vehicles (Light-Duty)",2023,"Mercedes-Benz","S580e 4matic","PHEV",null,56,60,35,20,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=47279","Gasoline",null,"2017 HONDA CIVIC HATCHBACK ICE","Passenger Vehicles (Light-Duty)",2017,"HONDA","CIVIC HATCHBACK","ICE",null,0,0,0,8,6.2,21490,"","Gasoline"]
["2023 Mitsubishi Mirage G4 ICE","Passenger Vehicles (Light-Duty)",2023,"Mitsubishi","Mirage G4","ICE",null,0,null,null,35,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45510","Gasoline",null,"2017 HONDA HR-V ICE","Passenger Vehicles (Light-Duty)",2017,"HONDA","HR-V","ICE",null,0,0,0,9.4,7.1,21150,"","Gasoline"]
["2023 Mitsubishi Outlander Sport 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Mitsubishi","Outlander Sport 2WD","ICE",null,0,null,null,24,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46144","Gasoline",null,"2017 HONDA RIDGELINE AWD ICE","Passenger Vehicles (Light-Duty)",2017,"HONDA","RIDGELINE AWD","ICE",null,0,0,0,12.8,9.5,36790,"","Gasoline"]
["2023 Nissan ARIYA VENTURE Plus FWD 87kWh BEV","Passenger Vehicles (Light-Duty)",2023,"Nissan","ARIYA VENTURE Plus FWD 87kWh","BEV",null,304,111,95,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46015","Electricity",null,"2017 HYUNDAI SANTA FE ULTIMATE AWD ICE","Passenger Vehicles (Light-Duty)",2017,"HYUNDAI","SANTA FE ULTIMATE AWD","ICE",null,0,0,0,13.9,10.8,32199,"","Gasoline"]
["2023 Nissan Frontier 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Nissan","Frontier 2WD","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45870","Gasoline",null,"2017 HYUNDAI VELOSTER TURBO ICE","Passenger Vehicles (Light-Duty)",2017,"HYUNDAI","VELOSTER TURBO","ICE",null,0,0,0,8.9,7.3,27199,"","Gasoline"]
["2023 Nissan Frontier 4WD PRO4X ICE","Passenger Vehicles (Light-Duty)",2023,"Nissan","Frontier 4WD PRO4X","ICE",null,0,null,null,18,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46437","Gasoline",null,"2017 JEEP COMPASS ICE","Passenger Vehicles (Light-Duty)",2017,"JEEP","COMPASS","ICE",null,0,0,0,10.3,7.9,24900,"","Gasoline"]
["2023 Nissan Pathfinder 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Nissan","Pathfinder 2WD","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45882","Gasoline",null,"2017 JEEP PATRIOT ICE","Passenger Vehicles (Light-Duty)",2017,"JEEP","PATRIOT","ICE",null,0,0,0,10.3,7.9,20045,"","Gasoline"]
["2023 Nissan Pathfinder 4WD SL/Platinum ICE","Passenger Vehicles (Light-Duty)",2023,"Nissan","Pathfinder 4WD SL/Platinum","ICE",null,0,null,null,20,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45888","Gasoline",null,"2017 JEEP WRANGLER 4X4 ICE","Passenger Vehicles (Light-Duty)",2017,"JEEP","WRANGLER 4X4","ICE",null,0,0,0,14.2,11,28695,"","Gasoline"]
["2023 Nissan Titan 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Nissan","Titan 2WD","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45738","Gasoline",null,"2017 KIA NIRO FE ICE","Passenger Vehicles (Light-Duty)",2017,"KIA","NIRO FE","ICE",null,0,0,0,4.5,4.8,24995,"","Gasoline"]
["2023 Polestar 2 Dual Motor BEV","Passenger Vehicles (Light-Duty)",2023,"Polestar","2 Dual Motor","BEV",null,260,105,96,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45753","Electricity",null,"2017 KIA SOUL ICE","Passenger Vehicles (Light-Duty)",2017,"KIA","SOUL","ICE",null,0,0,0,9.6999999999999993,7.8,19995,"","Gasoline"]
["2023 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ram","1500 2WD","ICE",null,0,null,null,20,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46224","Gasoline",null,"2017 MAZDA CX-5 ICE","Passenger Vehicles (Light-Duty)",2017,"MAZDA","CX-5","ICE",null,0,0,0,9.8000000000000007,7.7,24900,"","Gasoline"]
["2023 Ram 1500 HFE 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Ram","1500 HFE 2WD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46369","Gasoline",null,"2017 MAZDA MAZDA6 (SIL) ICE","Passenger Vehicles (Light-Duty)",2017,"MAZDA","MAZDA6 (SIL)","ICE",null,0,0,0,9.8000000000000007,6.9,24695,"","Gasoline"]
["2023 Rivian R1S 21 inch Performance Dual Large BEV","Passenger Vehicles (Light-Duty)",2023,"Rivian","R1S 21 inch Performance Dual Large","BEV",null,352,82,74,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46997","Electricity",null,"2017 MINI COOPER COUNTRYMAN ALL4 ICE","Passenger Vehicles (Light-Duty)",2017,"MINI","COOPER COUNTRYMAN ALL4","ICE",null,0,0,0,10.3,7.9,43490,"","Gasoline"]
["2023 Rivian R1T (22 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2023,"Rivian","R1T (22 inch wheels)","BEV",null,303,73,63,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46314","Electricity",null,"2017 MINI JOHN COOPER WORKS CLUBMAN ALL4 ICE","Passenger Vehicles (Light-Duty)",2017,"MINI","JOHN COOPER WORKS CLUBMAN ALL4","ICE",null,0,0,0,10.199999999999999,7.4,37290,"","Gasoline"]
["2023 Subaru BRZ ICE","Passenger Vehicles (Light-Duty)",2023,"Subaru","BRZ","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45288","Gasoline",null,"2017 MITSUBISHI LANCER SPORTBACK ICE","Passenger Vehicles (Light-Duty)",2017,"MITSUBISHI","LANCER SPORTBACK","ICE",null,0,0,0,9.9,7.3,21198,"","Gasoline"]
["2023 Subaru Impreza 4-Door ICE","Passenger Vehicles (Light-Duty)",2023,"Subaru","Impreza 4-Door","ICE",null,0,null,null,28,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45437","Gasoline",null,"2017 MITSUBISHI RVR ICE","Passenger Vehicles (Light-Duty)",2017,"MITSUBISHI","RVR","ICE",null,0,0,0,9.6999999999999993,7.8,19998,"","Gasoline"]
["2023 Subaru Impreza Sport 5-Door ICE","Passenger Vehicles (Light-Duty)",2023,"Subaru","Impreza Sport 5-Door","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45442","Gasoline",null,"2017 NISSAN FRONTIER 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"NISSAN","FRONTIER 4WD","ICE",null,0,0,0,15.1,11.5,23648,"","Gasoline"]
["2023 Subaru Solterra Limited/Touring AWD BEV","Passenger Vehicles (Light-Duty)",2023,"Subaru","Solterra Limited/Touring AWD","BEV",null,222,111,93,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46031","Electricity",null,"2017 NISSAN MURANO AWD ICE","Passenger Vehicles (Light-Duty)",2017,"NISSAN","MURANO AWD","ICE",null,0,0,0,11.2,8.4,30998,"","Gasoline"]
["2023 Tesla Model X BEV","Passenger Vehicles (Light-Duty)",2023,"Tesla","Model X","BEV",null,348,107,97,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46208","Electricity",null,"2017 NISSAN TITAN ICE","Passenger Vehicles (Light-Duty)",2017,"NISSAN","TITAN","ICE",null,0,0,0,15,11.2,35498,"","Gasoline"]
["2023 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","4Runner 4WD","ICE",null,0,null,null,16,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45857","Gasoline",null,"2017 SUBARU CROSSTREK AWD ICE","Passenger Vehicles (Light-Duty)",2017,"SUBARU","CROSSTREK AWD","ICE",null,0,0,0,10.3,7.8,23695,"","Gasoline"]
["2023 Toyota Camry TRD ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","Camry TRD","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45720","Gasoline",null,"2017 SUBARU LEGACY AWD ICE","Passenger Vehicles (Light-Duty)",2017,"SUBARU","LEGACY AWD","ICE",null,0,0,0,10.7,7.9,24995,"","Gasoline"]
["2023 Toyota Corolla Hybrid ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","Corolla Hybrid","ICE",null,0,null,null,53,46,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46131","Gasoline",null,"2017 TOYOTA 86 ICE","Passenger Vehicles (Light-Duty)",2017,"TOYOTA","86","ICE",null,0,0,0,9.9,7.3,29580,"","Gasoline"]
["2023 Toyota Crown AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","Crown AWD","ICE",null,0,null,null,42,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46322","Gasoline",null,"2017 TOYOTA CAMRY ICE","Passenger Vehicles (Light-Duty)",2017,"TOYOTA","CAMRY","ICE",null,0,0,0,11,7.8,26390,"","Gasoline"]
["2023 Toyota GR Supra ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","GR Supra","ICE",null,0,null,null,25,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46088","Gasoline",null,"2017 TOYOTA COROLLA iM ICE","Passenger Vehicles (Light-Duty)",2017,"TOYOTA","COROLLA iM","ICE",null,0,0,0,8.8000000000000007,6.8,22650,"","Gasoline"]
["2023 Toyota Highlander Hybrid AWD LTD/PLAT ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","Highlander Hybrid AWD LTD/PLAT","ICE",null,0,null,null,35,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46157","Gasoline",null,"2017 TOYOTA RAV4 ICE","Passenger Vehicles (Light-Duty)",2017,"TOYOTA","RAV4","ICE",null,0,0,0,10.3,8,27605,"","Gasoline"]
["2023 Toyota RAV4 ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","RAV4","ICE",null,0,null,null,27,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46068","Gasoline",null,"2017 TOYOTA TACOMA 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"TOYOTA","TACOMA 4WD","ICE",null,0,0,0,13.2,10.7,29660,"","Gasoline"]
["2023 Toyota Sequoia 2WD ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","Sequoia 2WD","ICE",null,0,null,null,21,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45745","Gasoline",null,"2017 VOLKSWAGEN CC 4MOTION ICE","Passenger Vehicles (Light-Duty)",2017,"VOLKSWAGEN","CC 4MOTION","ICE",null,0,0,0,13.9,9.3000000000000007,41990,"","Gasoline"]
["2023 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","Tacoma 4WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45869","Gasoline",null,"2017 VOLKSWAGEN GOLF SPORTWAGEN ICE","Passenger Vehicles (Light-Duty)",2017,"VOLKSWAGEN","GOLF SPORTWAGEN","ICE",null,0,0,0,9.6,6.8,23145,"","Gasoline"]
["2023 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2023,"Toyota","Tundra 4WD","ICE",null,0,null,null,17,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45877","Gasoline",null,"2017 VOLKSWAGEN PASSAT ICE","Passenger Vehicles (Light-Duty)",2017,"VOLKSWAGEN","PASSAT","ICE",null,0,0,0,10.1,7,25745,"","Gasoline"]
["2023 Toyota bZ4X AWD BEV","Passenger Vehicles (Light-Duty)",2023,"Toyota","bZ4X AWD","BEV",null,228,114,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45758","Electricity",null,"2021 Blue Bird All American RE Diesel ICE","Heavy-Duty Vehicles (Class 7-8)",2021,"Blue Bird","All American RE Diesel","ICE",null,0,null,null,35.105970149253729,35.105970149253729,143750,null,"Diesel"]
["2023 Volkswagen Atlas ICE","Passenger Vehicles (Light-Duty)",2023,"Volkswagen","Atlas","ICE",null,0,null,null,18,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45680","Gasoline",null,"2021 International LoneStar Sleeper ICE","Heavy-Duty Vehicles (Class 7-8)",2021,"International","LoneStar Sleeper","ICE",null,0,null,null,32.220547945205482,32.220547945205482,200000,null,"Diesel"]
["2023 Volkswagen Atlas Cross Sport 4motion ICE","Passenger Vehicles (Light-Duty)",2023,"Volkswagen","Atlas Cross Sport 4motion","ICE",null,0,null,null,20,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45702","Gasoline",null,"2021 Mack Pinnacle ICE","Heavy-Duty Vehicles (Class 7-8)",2021,"Mack","Pinnacle","ICE",null,0,null,null,36.751562499999999,36.751562499999999,112500,null,"Diesel"]
["2023 Volkswagen ID.4 AWD Pro BEV","Passenger Vehicles (Light-Duty)",2023,"Volkswagen","ID.4 AWD Pro","BEV",null,255,104,93,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46033","Electricity",null,"2021 Volvo VNL Truck ICE","Heavy-Duty Vehicles (Class 7-8)",2021,"Volvo","VNL Truck","ICE",null,0,null,null,32.220547945205482,32.220547945205482,200000,null,"Diesel"]
["2023 Volkswagen Taos ICE","Passenger Vehicles (Light-Duty)",2023,"Volkswagen","Taos","ICE",null,0,null,null,28,36,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45682","Gasoline",null,"2020 BYD K9M 40' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"BYD","K9M 40' All-Electric Transit Bus","BEV",352,285,13.917751479289942,9.9665254237288128,null,null,1033481,null,"Electricity"]
["2023 Volvo V60 T8 AWD Recharge ext. Range PHEV","Passenger Vehicles (Light-Duty)",2023,"Volvo","V60 T8 AWD Recharge ext. Range","PHEV",null,40,74,73,30,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=46262","Gasoline",null,"2020 GreenPower Motor Company EV350 all-electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"GreenPower Motor Company","EV350 all-electric Transit Bus","BEV",430,322,14.700625,13.917751479289942,null,null,1046334,null,"Electricity"]
["2023 Volvo V60CC B5 AWD ICE","Passenger Vehicles (Light-Duty)",2023,"Volvo","V60CC B5 AWD","ICE",null,0,null,null,23,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45533","Gasoline",null,"2020 GreenPower Motor Company EV550 all-electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"GreenPower Motor Company","EV550 all-electric Transit Bus","BEV",478,282,13.917751479289942,9.9665254237288128,null,null,0,null,"Electricity"]
["2022 BMW 228i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","228i Gran Coupe","ICE",null,0,null,null,24,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44180","Gasoline",null,"2020 Lion Electric LionD 176 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Lion Electric","LionD 176 kWh","BEV",176,201,11.200476190476191,11.7605,null,null,456250,null,"Electricity"]
["2022 BMW 430i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","430i Gran Coupe","ICE",null,0,null,null,25,34,45200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44287","Gasoline",null,"2020 New Flyer Xcelsior CHARGE 40' - 160 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"New Flyer","Xcelsior CHARGE 40' - 160 kWh","BEV",160,121,13.917751479289942,9.9665254237288128,null,null,960938,null,"Electricity"]
["2022 BMW 430i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","430i xDrive Convertible","ICE",null,0,null,null,23,33,55300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44172","Gasoline",null,"2020 New Flyer Xcelsior CHARGE 40' - 211 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"New Flyer","Xcelsior CHARGE 40' - 211 kWh","BEV",213,161,13.917751479289942,9.9665254237288128,null,null,1004500,null,"Electricity"]
["2022 BMW 840i Convertible ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","840i Convertible","ICE",null,0,null,null,22,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43826","Gasoline",null,"2020 Peterbilt 220EV BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Peterbilt","220EV","BEV",282,322,null,null,11.7605,11.7605,233700,null,"Electricity"]
["2022 BMW Alpina XB7 ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","Alpina XB7","ICE",null,0,null,null,15,21,143200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44334","Gasoline",null,"2020 Van Hool C45E BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Van Hool","C45E","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 BMW M3 Competition M xDrive Sedan ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","M3 Competition M xDrive Sedan","ICE",null,0,null,null,16,22,76900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44286","Gasoline",null,"2020 Van Hool TD9 Electric BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Van Hool","TD9 Electric","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 BMW M440i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","M440i xDrive Convertible","ICE",null,0,null,null,23,31,66200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44280","Gasoline",null,"2019 BYD K7M 30' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"BYD","K7M 30' All-Electric Transit Bus","BEV",180,220,8.2241258741258747,8.1106896551724148,null,null,582444,null,"Electricity"]
["2022 BMW M8 Competition Convertible ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","M8 Competition Convertible","ICE",null,0,null,null,15,21,139500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43783","Gasoline",null,"2019 Freightliner eCascadia BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"Freightliner","eCascadia","BEV",550,402,16.800714285714285,18.093076923076925,null,null,362500,null,"Electricity"]
["2022 BMW M850i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","M850i xDrive Gran Coupe","ICE",null,0,null,null,17,24,99900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43806","Gasoline",null,"2019 Gillig 35' Low Floor BAE Hybrid ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Gillig","35' Low Floor BAE Hybrid","ICE",null,0,null,null,43.078754578754584,30.193838254172015,795246,null,"Diesel"]
["2022 BMW X3 M40i ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","X3 M40i","ICE",null,0,null,null,21,26,57800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44312","Gasoline",null,"2019 Gillig Low Floor 29' ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Gillig","Low Floor 29'","ICE",null,0,null,null,37.75441412520064,19.882502113271343,589375,null,"Diesel"]
["2022 BMW X5 M50i ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","X5 M50i","ICE",null,0,null,null,16,22,82800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44325","Gasoline",null,"2019 Lion Electric Lion M BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"Lion Electric","Lion M","BEV",160,241,4.9002083333333335,6.1897368421052636,null,null,416406,null,"Electricity"]
["2022 BMW X6 M Competition ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","X6 M Competition","ICE",null,0,null,null,13,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44331","Gasoline",null,"2019 Lion Electric LionM 160 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"Lion Electric","LionM 160 kWh","BEV",160,241,4.9002083333333335,6.1897368421052636,null,null,0,null,"Electricity"]
["2022 BMW i4 M50 Gran Coupe (20 inch wheels) BEV","Passenger Vehicles (Light-Duty)",2022,"BMW","i4 M50 Gran Coupe (20 inch wheels)","BEV",null,227,79,80,null,null,65900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45132","Electricity",null,"2019 New Flyer 35' Xcelsior Low Floor CNG ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"New Flyer","35' Xcelsior Low Floor CNG","ICE",null,0,null,null,47.90427698574338,21.559120073327225,605759,null,"Diesel"]
["2022 Buick Encore AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Buick","Encore AWD","ICE",null,0,null,null,23,30,25220,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43812","Gasoline",null,"2019 New Flyer 60' Xcelsior Low Floor CNG ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"New Flyer","60' Xcelsior Low Floor CNG","ICE",null,0,null,null,67.011396011396016,31.785135135135135,953500,null,"Diesel"]
["2022 Buick Envision AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Buick","Envision AWD","ICE",null,0,null,null,22,29,33600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43961","Gasoline",null,"2019 New Flyer Xcelsior CHARGE 35' - 388 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"New Flyer","Xcelsior CHARGE 35' - 388 kWh","BEV",388,314,14.700625,13.917751479289942,null,null,1057031,null,"Electricity"]
["2022 Chevrolet Bolt EV BEV","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Bolt EV","BEV",65,259,131,109,null,null,31000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43955","Electricity",null,"2019 New Flyer Xcelsior CHARGE 60' - 213 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"New Flyer","Xcelsior CHARGE 60' - 213 kWh","BEV",213,89,22.400952380952383,14.700625,null,null,1377344,null,"Electricity"]
["2022 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Camaro","ICE",null,0,null,null,18,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44230","Gasoline",null,"2019 Nova Bus 60' Low Floor BAE Hybrid ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Nova Bus","60' Low Floor BAE Hybrid","ICE",null,0,null,null,62.890374331550802,35.369924812030078,1209222,null,"Diesel"]
["2022 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Equinox AWD","ICE",null,0,null,null,25,30,27400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43989","Gasoline",null,"2019 Proterra 35' Catalyst E2 BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"Proterra","35' Catalyst E2","BEV",440,377,14.700625,13.917751479289942,null,null,908406,null,"Electricity"]
["2022 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44729","Gasoline",null,"2019 Schetky 30' Low Floor Allison Hybrid ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Schetky","30' Low Floor Allison Hybrid","ICE",null,0,null,null,43.078754578754584,30.193838254172015,786539,null,"Diesel"]
["2022 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44634","Gasoline",null,"2019 Schetky 35' Low Floor Diesel ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Schetky","35' Low Floor Diesel","ICE",null,0,null,null,47.517171717171721,24.323681489141677,558711,null,"Diesel"]
["2022 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,17,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44743","Gasoline",null,"2019 Thomas 1408S ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Thomas","1408S","ICE",null,0,null,null,48.397119341563787,27.967895362663494,129374,null,"Diesel"]
["2022 Chevrolet Silverado Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Silverado Mud Terrain Tires 4WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45167","Gasoline",null,"2018 BYD C8M 35' All-Electric Coach Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"BYD","C8M 35' All-Electric Coach Bus","BEV",313,322,14.700625,13.917751479289942,null,null,640625,null,"Electricity"]
["2022 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Spark","ICE",null,0,null,null,29,38,13600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43924","Gasoline",null,"2018 BYD K9S 35' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"BYD","K9S 35' All-Electric Transit Bus","BEV",352,346,14.700625,13.917751479289942,null,null,789372,null,"Electricity"]
["2022 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Suburban 4WD","ICE",null,0,null,null,14,19,55400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44669","Gasoline",null,"2018 GreenPower Motor Company EV350 all-electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"GreenPower Motor Company","EV350 all-electric Transit Bus","BEV",430,322,14.700625,13.917751479289942,null,null,1046334,null,"Electricity"]
["2022 Chevrolet Tahoe 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Tahoe 2WD","ICE",null,0,null,null,15,20,49700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44658","Gasoline",null,"2018 Kenworth T680 Sleeper Cab ICE","Heavy-Duty Vehicles (Class 7-8)",2018,"Kenworth","T680 Sleeper Cab","ICE",null,0,null,null,32.220547945205482,32.220547945205482,193750,null,"Diesel"]
["2022 Chevrolet Traverse FWD ICE","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Traverse FWD","ICE",null,0,null,null,18,27,33700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44086","Gasoline",null,"2018 Lion Electric LionM 160 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"Lion Electric","LionM 160 kWh","BEV",160,241,4.9002083333333335,6.1897368421052636,null,null,0,null,"Electricity"]
["2022 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2022,"Chrysler","Pacifica","ICE",null,0,null,null,19,28,37095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44645","Gasoline",null,"2018 New Flyer Xcelsior CHARGE 40' - 160 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"New Flyer","Xcelsior CHARGE 40' - 160 kWh","BEV",160,121,13.917751479289942,9.9665254237288128,null,null,960938,null,"Electricity"]
["2022 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2022,"Dodge","Challenger","ICE",null,0,null,null,15,23,30430,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45067","Gasoline",null,"2018 New Flyer Xcelsior CHARGE 40' - 466 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"New Flyer","Xcelsior CHARGE 40' - 466 kWh","BEV",466,362,13.917751479289942,9.9665254237288128,null,null,1178750,null,"Electricity"]
["2022 Dodge Challenger SRT Widebody ICE","Passenger Vehicles (Light-Duty)",2022,"Dodge","Challenger SRT Widebody","ICE",null,0,null,null,13,21,69530,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45075","Gasoline",null,"2018 Ottawa T2 ICE","Heavy-Duty Vehicles (Class 7-8)",2018,"Ottawa","T2","ICE",null,0,null,null,33.601428571428571,33.601428571428571,137500,null,"Diesel"]
["2022 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2022,"Dodge","Charger","ICE",null,0,null,null,15,24,32500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45082","Gasoline",null,"2018 Proterra Electric School Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"Proterra","Electric School Bus","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 Fiat 500X AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Fiat","500X AWD","ICE",null,0,null,null,24,30,27300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44708","Gasoline",null,"2018 Volvo VNL Day Cab ICE","Heavy-Duty Vehicles (Class 7-8)",2018,"Volvo","VNL Day Cab","ICE",null,0,null,null,32.220547945205482,32.220547945205482,168750,null,"Diesel"]
["2022 Ford Bronco Black Diamond 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Bronco Black Diamond 4WD","ICE",null,0,null,null,17,19,36450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44996","Gasoline",null,"2017 BYD K9S 35' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2017,"BYD","K9S 35' All-Electric Transit Bus","BEV",352,346,14.700625,13.917751479289942,null,null,789372,null,"Electricity"]
["2022 Ford Bronco Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Bronco Sport 4WD","ICE",null,0,null,null,21,26,27265,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44817","Gasoline",null,"2017 Proterra Electric School Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2017,"Proterra","Electric School Bus","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 Ford Escape AWD HEV ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Escape AWD HEV","ICE",null,0,null,null,43,37,29530,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44813","Gasoline",null,"2016 BYD C8M 35' All-Electric Coach Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2016,"BYD","C8M 35' All-Electric Coach Bus","BEV",313,322,14.700625,13.917751479289942,null,null,640625,null,"Electricity"]
["2022 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Explorer AWD","ICE",null,0,null,null,20,27,35100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44974","Gasoline",null,"2016 Van Hool TD9 Electric BEV","Heavy-Duty Vehicles (Class 7-8)",2016,"Van Hool","TD9 Electric","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 Ford Explorer HEV AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Explorer HEV AWD","ICE",null,0,null,null,23,26,52280,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44824","Gasoline",null,"2015 BYD C10M 45' All-Electric Coach Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2015,"BYD","C10M 45' All-Electric Coach Bus","BEV",446,370,13.917751479289942,9.9665254237288128,null,null,1089062,null,"Electricity"]
["2022 Ford Explorer Timberline AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Explorer Timberline AWD","ICE",null,0,null,null,19,21,46190,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44978","Gasoline",null,"2014 BYD C8M 35' All-Electric Coach Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2014,"BYD","C8M 35' All-Electric Coach Bus","BEV",313,322,14.700625,13.917751479289942,null,null,640625,null,"Electricity"]
["2022 Ford F150 Pickup 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","F150 Pickup 2WD","ICE",null,0,null,null,20,26,29990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44865","Gasoline",null,"2014 BYD K9S 35' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2014,"BYD","K9S 35' All-Electric Transit Bus","BEV",352,346,14.700625,13.917751479289942,null,null,789372,null,"Electricity"]
["2022 Ford F150 Pickup 4WD HEV ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","F150 Pickup 4WD HEV","ICE",null,0,null,null,23,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44940","Gasoline",null,"2020 Freightliner Custom Electric Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2020,"Freightliner","Custom Electric Chassis","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 Ford Maverick HEV FWD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Maverick HEV FWD","ICE",null,0,null,null,42,33,19995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45110","Gasoline",null,"2020 GreenPower Motor Company EV Star Plus ADA 24 Seat, 2 W/C BEV","Medium-Duty Vehicles (Class 3-6)",2020,"GreenPower Motor Company","EV Star Plus ADA 24 Seat, 2 W/C","BEV",118,241,4.9002083333333335,6.1897368421052636,null,null,303625,null,"Electricity"]
["2022 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Mustang","ICE",null,0,null,null,15,24,27205,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45049","Gasoline",null,"2020 Lion Electric Lion6 168 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2020,"Lion Electric","Lion6 168 kWh","BEV",168,193,6.9179411764705883,9.0465384615384625,null,null,331250,null,"Electricity"]
["2022 Ford Mustang HO Coupe ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Mustang HO Coupe","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45048","Gasoline",null,"2020 Workhorse E-GEN Van BEV","Medium-Duty Vehicles (Class 3-6)",2020,"Workhorse","E-GEN Van","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 Ford Ranger 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Ranger 2WD","ICE",null,0,null,null,21,26,25500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44986","Gasoline",null,"2019 ARBOC Spirit of Mobility 16 Seat, 2 W/C (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"ARBOC","Spirit of Mobility 16 Seat, 2 W/C (Diesel)","ICE",null,0,null,null,22.315939278937385,13.92599171107164,172216,null,"Diesel"]
["2022 Ford Ranger 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Ranger 2WD","ICE",null,0,null,null,20,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45211","Gasoline",null,"2019 ARBOC Spirit of Mobility 8 Seat, 2 W/C ICE","Medium-Duty Vehicles (Class 3-6)",2019,"ARBOC","Spirit of Mobility 8 Seat, 2 W/C","ICE",null,0,null,null,null,null,167546,null,"Gasoline"]
["2022 Ford Transit Connect Wagon LWB FWD ICE","Passenger Vehicles (Light-Duty)",2022,"Ford","Transit Connect Wagon LWB FWD","ICE",null,0,null,null,24,28,26175,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43941","Gasoline",null,"2019 Champion Crusader Challenger 16 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Champion","Crusader Challenger 16 Seat, 2 W/C-Chevy","ICE",null,0,null,null,23.976554536187564,15.618193891102258,106031,null,"Gasoline"]
["2022 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"GMC","Sierra 2WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44733","Gasoline",null,"2019 Champion Defender 33 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Champion","Defender 33 Seat","ICE",null,0,null,null,null,null,149788,null,"Gasoline"]
["2022 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"GMC","Sierra 2WD","ICE",null,0,null,null,19,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44732","Gasoline",null,"2019 Champion Defender 37 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Champion","Defender 37 Seat","ICE",null,0,null,null,null,null,152288,null,"Gasoline"]
["2022 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"GMC","Sierra 4WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44745","Gasoline",null,"2019 Chevrolet Silverado 3500 Service Truck ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Chevrolet","Silverado 3500 Service Truck","ICE",null,0,null,null,23.75858585858586,23.75858585858586,76750,null,"Gasoline"]
["2022 GMC Sierra Mud Terrain Tires 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"GMC","Sierra Mud Terrain Tires 4WD","ICE",null,0,null,null,16,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44638","Gasoline",null,"2019 Diamond Diamond Coach 8 Seat, 1 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Diamond","Diamond Coach 8 Seat, 1 W/C-Ford","ICE",null,0,null,null,null,null,90369,null,"Gasoline"]
["2022 GMC Yukon 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"GMC","Yukon 2WD","ICE",null,0,null,null,15,20,51600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44662","Gasoline",null,"2019 Eldorado Aerolite/Aerotech 10 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Aerolite/Aerotech 10 Seat, 2 W/C-Chevy","ICE",null,0,null,null,23.854969574036513,13.281197063805759,77624,null,"Gasoline"]
["2022 GMC Yukon XL 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"GMC","Yukon XL 2WD","ICE",null,0,null,null,15,20,54300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44720","Gasoline",null,"2019 Eldorado Aerolite/Aerotech 16 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Aerolite/Aerotech 16 Seat, 2 W/C-Chevy","ICE",null,0,null,null,23.976554536187564,15.618193891102258,82739,null,"Gasoline"]
["2022 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2022,"Honda","Accord","ICE",null,0,null,null,30,38,26120,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44565","Gasoline",null,"2019 Eldorado Aerolite/Aerotech 8 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Aerolite/Aerotech 8 Seat, 2 W/C-Chevy","ICE",null,0,null,null,23.854969574036513,13.281197063805759,75472,null,"Gasoline"]
["2022 Honda Accord Hybrid ICE","Passenger Vehicles (Light-Duty)",2022,"Honda","Accord Hybrid","ICE",null,0,null,null,48,47,27320,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44568","Gasoline",null,"2019 Eldorado Aerolite/Aerotech 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Aerolite/Aerotech 8 Seat, 2 W/C-Ford","ICE",null,0,null,null,null,null,73886,null,"Gasoline"]
["2022 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2022,"Honda","Civic 5Dr","ICE",null,0,null,null,31,39,23350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44545","Gasoline",null,"2019 Eldorado Navistar TC 24 Seat (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Navistar TC 24 Seat (Diesel)","ICE",null,0,null,null,39.136439267886857,21.132973944294697,191816,null,"Diesel"]
["2022 Honda Civic 5Dr ICE","Passenger Vehicles (Light-Duty)",2022,"Honda","Civic 5Dr","ICE",null,0,null,null,26,36,23350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44550","Gasoline",null,"2019 Elkhart ECII 12 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Elkhart","ECII 12 Seat, 2 W/C-Ford","ICE",null,0,null,null,null,null,103109,null,"Gasoline"]
["2022 Honda Insight ICE","Passenger Vehicles (Light-Duty)",2022,"Honda","Insight","ICE",null,0,null,null,55,49,25210,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43948","Gasoline",null,"2019 Elkhart ECII 8 Seat, 1 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Elkhart","ECII 8 Seat, 1 W/C-Chevy","ICE",null,0,null,null,null,null,100624,null,"Gasoline"]
["2022 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2022,"Hyundai","Elantra","ICE",null,0,null,null,25,34,19950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43972","Gasoline",null,"2019 Ford Transit Full Size Cargo Van ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Ford","Transit Full Size Cargo Van","ICE",null,0,null,null,16.22137931034483,16.22137931034483,29495,null,"Gasoline"]
["2022 Hyundai Ioniq 5 RWD (Long Range) BEV","Passenger Vehicles (Light-Duty)",2022,"Hyundai","Ioniq 5 RWD (Long Range)","BEV",null,303,132,98,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44923","Electricity",null,"2019 Freightliner Sprinter 3500 Cargo ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Freightliner","Sprinter 3500 Cargo","ICE",null,0,null,null,18.093076923076925,13.835882352941177,52944,null,"Diesel"]
["2022 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Hyundai","Kona AWD","ICE",null,0,null,null,27,32,22450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43765","Gasoline",null,"2019 Glaval Apollo 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Apollo 24 Seat","ICE",null,0,null,null,null,null,191486,null,"Gasoline"]
["2022 Hyundai Kona FWD ICE","Passenger Vehicles (Light-Duty)",2022,"Hyundai","Kona FWD","ICE",null,0,null,null,30,35,20950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43764","Gasoline",null,"2019 Glaval Apollo 31 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Apollo 31 Seat","ICE",null,0,null,null,null,null,194544,null,"Gasoline"]
["2022 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2022,"Hyundai","Sonata","ICE",null,0,null,null,27,37,24150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43975","Gasoline",null,"2019 Glaval Impulse 16 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Impulse 16 Seat, 2 W/C-Chevy","ICE",null,0,null,null,null,null,107070,null,"Gasoline"]
["2022 Hyundai Sonata Hybrid Blue ICE","Passenger Vehicles (Light-Duty)",2022,"Hyundai","Sonata Hybrid Blue","ICE",null,0,null,null,50,54,27200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43957","Gasoline",null,"2019 Glaval Legacy 24 Seat (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Legacy 24 Seat (Diesel)","ICE",null,0,null,null,39.136439267886857,21.132973944294697,160732,null,"Diesel"]
["2022 Hyundai Venue ICE","Passenger Vehicles (Light-Duty)",2022,"Hyundai","Venue","ICE",null,0,null,null,29,33,19000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44135","Gasoline",null,"2019 Glaval Pacer II 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Pacer II 8 Seat, 2 W/C-Ford","ICE",null,0,null,null,null,null,98694,null,"Gasoline"]
["2022 Jeep Cherokee FWD ICE","Passenger Vehicles (Light-Duty)",2022,"Jeep","Cherokee FWD","ICE",null,0,null,null,22,31,29995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45090","Gasoline",null,"2019 Glaval Titan II 16 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Titan II 16 Seat, 2 W/C-Chevy","ICE",null,0,null,null,23.976554536187564,15.618193891102258,106132,null,"Gasoline"]
["2022 Jeep Grand Cherokee 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Jeep","Grand Cherokee 4WD","ICE",null,0,null,null,19,26,39390,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44857","Gasoline",null,"2019 Goshen G Force 20 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Goshen","G Force 20 Seat","ICE",null,0,null,null,43.638218923933216,24.025536261491322,141501,null,"Gasoline"]
["2022 Jeep Grand Wagoneer 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Jeep","Grand Wagoneer 2WD","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45291","Gasoline",null,"2019 Goshen Impulse 12 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Goshen","Impulse 12 Seat, 2 W/C-Ford (Diesel)","ICE",null,0,null,null,25.291397849462363,15.373202614379084,102652,null,"Diesel"]
["2022 Jeep Renegade Trailhawk 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Jeep","Renegade Trailhawk 4WD","ICE",null,0,null,null,22,27,29995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44854","Gasoline",null,"2019 Goshen Pacer II 8 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Goshen","Pacer II 8 Seat, 2 W/C-Chevy","ICE",null,0,null,null,23.854969574036513,13.281197063805759,100641,null,"Gasoline"]
["2022 Jeep Wrangler 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Jeep","Wrangler 4dr 4WD","ICE",null,0,null,null,13,17,33225,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44915","Gasoline",null,"2019 Lightning Systems E450 Cab & Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","E450 Cab & Chassis","BEV",86,138,6.7202857142857146,9.4084000000000003,null,null,173506,null,"Electricity"]
["2022 Kia EV6 RWD (Standard Range) BEV","Passenger Vehicles (Light-Duty)",2022,"Kia","EV6 RWD (Standard Range)","BEV",null,232,136,100,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44927","Electricity",null,"2019 Lion Electric Lion6 336 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lion Electric","Lion6 336 kWh","BEV",336,386,6.9179411764705883,9.0465384615384625,null,null,431250,null,"Electricity"]
["2022 Kia Forte FE ICE","Passenger Vehicles (Light-Duty)",2022,"Kia","Forte FE","ICE",null,0,null,null,31,41,19090,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44562","Gasoline",null,"2019 Metro Worldwide Metro Link 16 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Metro Link 16 Seat","ICE",null,0,null,null,null,null,103212,null,"Gasoline"]
["2022 Kia Rio ICE","Passenger Vehicles (Light-Duty)",2022,"Kia","Rio","ICE",null,0,null,null,33,41,16250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44559","Gasoline",null,"2019 Nissan NV3500 ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Nissan","NV3500","ICE",null,0,null,null,18.667460317460321,18.667460317460321,34475,null,"Gasoline"]
["2022 Kia Sorento AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Kia","Sorento AWD","ICE",null,0,null,null,23,25,31390,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44220","Gasoline",null,"2019 Ram Promaster Cargo Van ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Ram","Promaster Cargo Van","ICE",null,0,null,null,24.501041666666669,24.501041666666669,26998,null,"Gasoline"]
["2022 Kia Soul Eco dynamics ICE","Passenger Vehicles (Light-Duty)",2022,"Kia","Soul Eco dynamics","ICE",null,0,null,null,29,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43929","Gasoline",null,"2019 Starcraft Quest - Chevrolet ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Quest - Chevrolet","ICE",null,0,null,null,36.809076682316125,23.127826941986235,73152,null,"Gasoline"]
["2022 Kia Stinger RWD ICE","Passenger Vehicles (Light-Duty)",2022,"Kia","Stinger RWD","ICE",null,0,null,null,22,32,36090,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43699","Gasoline",null,"2019 Starcraft Starlite 16 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 16 Seat, 2 W/C-Ford (Diesel)","ICE",null,0,null,null,22.315939278937385,13.92599171107164,106878,null,"Diesel"]
["2022 MINI Cooper Convertible ICE","Passenger Vehicles (Light-Duty)",2022,"MINI","Cooper Convertible","ICE",null,0,null,null,27,37,27900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43780","Gasoline",null,"2019 Startrans Candidate CII 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 8 Seat, 2 W/C-Ford","ICE",null,0,null,null,23.854969574036513,13.281197063805759,80592,null,"Gasoline"]
["2022 MINI Cooper Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2022,"MINI","Cooper Hardtop 2 door","ICE",null,0,null,null,29,38,22900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43784","Gasoline",null,"2019 Startrans President P/P2 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","President P/P2 24 Seat","ICE",null,0,null,null,null,null,148602,null,"Gasoline"]
["2022 MINI Cooper S Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2022,"MINI","Cooper S Clubman All4","ICE",null,0,null,null,23,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43839","Gasoline",null,"2019 Startrans Senator SII 10 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 10 Seat, 2 W/C-Chevy","ICE",null,0,null,null,23.854969574036513,13.281197063805759,101882,null,"Gasoline"]
["2022 MINI Cooper S Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2022,"MINI","Cooper S Hardtop 4 door","ICE",null,0,null,null,28,38,27900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43829","Gasoline",null,"2019 Startrans Senator SII 16 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 16 Seat, 2 W/C-Ford","ICE",null,0,null,null,23.976554536187564,15.618193891102258,106034,null,"Gasoline"]
["2022 Mazda 3 4-Door 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Mazda","3 4-Door 2WD","ICE",null,0,null,null,28,36,20800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45028","Gasoline",null,"2018 BYD Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2018,"BYD","Step Van","BEV",221,201,13.067222222222222,13.835882352941177,null,null,218750,null,"Electricity"]
["2022 Mazda CX-30 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Mazda","CX-30 4WD","ICE",null,0,null,null,24,31,22200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45114","Gasoline",null,"2018 Ford E450 Super Duty Cab Chassis ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","E450 Super Duty Cab Chassis","ICE",null,0,null,null,31.785135135135135,31.785135135135135,50000,null,"Diesel"]
["2022 Mazda MX-5 ICE","Passenger Vehicles (Light-Duty)",2022,"Mazda","MX-5","ICE",null,0,null,null,26,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45026","Gasoline",null,"2018 Ford  F650 SD Diesel Straight Frame ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Ford ","F650 SD Diesel Straight Frame","ICE",null,0,null,null,31.785135135135135,31.785135135135135,81250,null,"Diesel"]
["2022 Mercedes-Benz AMG CLA45 4matic ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","AMG CLA45 4matic","ICE",null,0,null,null,20,28,55900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45064","Gasoline",null,"2018 Isuzu  NPR ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Isuzu ","NPR","ICE",null,0,null,null,31.785135135135135,31.785135135135135,62500,null,"Diesel"]
["2022 Mercedes-Benz AMG G63 ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","AMG G63","ICE",null,0,null,null,13,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45599","Gasoline",null,"2018 Lion Electric LionA 80 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Lion Electric","LionA 80 kWh","BEV",80,121,6.9179411764705883,11.7605,null,null,325000,null,"Electricity"]
["2022 Mercedes-Benz AMG GLE53 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","AMG GLE53 4matic Plus","ICE",null,0,null,null,18,22,73550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44675","Gasoline",null,"2018 Motiv EPIC F-59 Shuttle Bus 106 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Motiv","EPIC F-59 Shuttle Bus 106 kWh","BEV",106,121,4.9002083333333335,6.1897368421052636,null,null,266621,null,"Electricity"]
["2022 Mercedes-Benz AMG SL63 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","AMG SL63 4matic Plus","ICE",null,0,null,null,14,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45396","Gasoline",null,"2017 US Hybrid eCargo BEV","Medium-Duty Vehicles (Class 3-6)",2017,"US Hybrid","eCargo","BEV",36,121,3.5637878787878789,3.7937096774193551,null,null,0,null,"Electricity"]
["2022 Mercedes-Benz CLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","CLA250 4matic","ICE",null,0,null,null,24,33,40200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44468","Gasoline",null,"2017 Zenith Motors Shuttle Van 69 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Shuttle Van 69 kWh","BEV",69,217,3.7937096774193551,4.0553448275862074,null,null,151250,null,"Electricity"]
["2022 Mercedes-Benz E450 Convertible ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","E450 Convertible","ICE",null,0,null,null,22,29,73250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44696","Gasoline",null,"2014 Smith Newton D100 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D100 80Kw","BEV",80,0,null,null,null,null,0,null,"Electricity"]
["2022 Mercedes-Benz EQS 580 4matic BEV","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","EQS 580 4matic","BEV",null,340,92,99,null,null,119110,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45023","Electricity",null,"2014 Smith Newton D75 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D75 40Kw","BEV",40,0,null,null,null,null,0,null,"Electricity"]
["2022 Mercedes-Benz GLE450 4matic ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","GLE450 4matic","ICE",null,0,null,null,20,25,63500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44606","Gasoline",null,"2012 Azure Transit Connect Electric Van BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Azure","Transit Connect Electric Van","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 Mercedes-Benz Maybach S680 4Matic ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","Maybach S680 4Matic","ICE",null,0,null,null,12,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45591","Gasoline",null,"2012 Smith Newton D120 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D120 40Kw","BEV",40,0,null,null,null,null,0,null,"Electricity"]
["2022 Mercedes-Benz Metris (US Postal) ICE","Passenger Vehicles (Light-Duty)",2022,"Mercedes-Benz","Metris (US Postal)","ICE",null,0,null,null,20,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44955","Gasoline",null,"2011 Azure Transit Connect Electric Van BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Azure","Transit Connect Electric Van","BEV",null,0,null,null,null,null,0,null,"Electricity"]
["2022 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2022,"Mitsubishi","Mirage","ICE",null,0,null,null,33,41,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44288","Gasoline",null,"2011 Smith Newton D75 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D75 40Kw","BEV",40,0,null,null,null,null,0,null,"Electricity"]
["2022 Nissan Altima ICE","Passenger Vehicles (Light-Duty)",2022,"Nissan","Altima","ICE",null,0,null,null,28,39,24550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44803","Gasoline",null,"2021 Ford Mustang Mach-E BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E","BEV",68,370,2.0632456140350879,2.4001020408163267,null,null,53619,null,"Electricity"]
["2022 Nissan Altima SR ICE","Passenger Vehicles (Light-Duty)",2022,"Nissan","Altima SR","ICE",null,0,null,null,27,37,26550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44804","Gasoline",null,"2021 Toyota RAV4 Prime 4WD PHEV","Passenger Vehicles (Light-Duty)",2021,"Toyota","RAV4 Prime 4WD","PHEV",15,68,2.5022340425531917,2.5022340425531917,6.1897368421052636,6.1897368421052636,50180,null,"Gasoline and Electricity"]
["2022 Nissan Frontier 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Nissan","Frontier 4WD","ICE",null,0,null,null,17,22,31340,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44459","Gasoline",null,"2020 Ford Fusion Special Service PHEV PHEV","Passenger Vehicles (Light-Duty)",2020,"Ford","Fusion Special Service PHEV","PHEV",8,42,2.2189622641509437,2.4248453608247424,5.47,5.8802500000000002,43486,null,"Gasoline and Electricity"]
["2022 Nissan Rogue AWD SL/Platinum ICE","Passenger Vehicles (Light-Duty)",2022,"Nissan","Rogue AWD SL/Platinum","ICE",null,0,null,null,28,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44948","Gasoline",null,"2019 Chevrolet Express 2500 2WD Passenger Van ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Express 2500 2WD Passenger Van","ICE",0,0,null,null,21.382727272727273,14.700625,37022,null,"Gasoline"]
["2022 Nissan Rogue FWD ICE","Passenger Vehicles (Light-Duty)",2022,"Nissan","Rogue FWD","ICE",null,0,null,null,30,37,26700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44942","Gasoline",null,"2019 Chevrolet Silverado 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Silverado 1500 2WD","ICE",null,0,null,null,11.7605,10.226521739130437,35179,null,"Gasoline"]
["2022 Polestar 2 Single Motor BEV","Passenger Vehicles (Light-Duty)",2022,"Polestar","2 Single Motor","BEV",null,270,113,100,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44928","Electricity",null,"2019 GMC Sierra K10 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Sierra K10 4WD","ICE",null,0,null,null,15.680666666666667,12.379473684210527,48990,null,"Gasoline"]
["2022 Ram 1500 Classic 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Ram","1500 Classic 4WD","ICE",null,0,null,null,16,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44764","Gasoline",null,"2019 Tesla Model 3 Long Range Police Upfit BEV","Passenger Vehicles (Light-Duty)",2019,"Tesla","Model 3 Long Range Police Upfit","BEV",75,499,1.7294852941176473,1.9122764227642275,null,null,65865,null,"Electricity"]
["2022 Ram 1500 Classic 4WD ICE","Passenger Vehicles (Light-Duty)",2022,"Ram","1500 Classic 4WD","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44765","Gasoline",null,"2019 Yamaha TW200 ICE","Passenger Vehicles (Light-Duty)",2019,"Yamaha","TW200","ICE",null,0,null,null,3.0155128205128205,3.0155128205128205,6122,null,"Gasoline"]
["2022 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Subaru","Crosstrek AWD","ICE",null,0,null,null,27,34,22445,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44592","Gasoline"]
["2022 Subaru Impreza Sport 5-Door ICE","Passenger Vehicles (Light-Duty)",2022,"Subaru","Impreza Sport 5-Door","ICE",null,0,null,null,27,35,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44065","Gasoline"]
["2022 Subaru Impreza Sport 5-Door ICE","Passenger Vehicles (Light-Duty)",2022,"Subaru","Impreza Sport 5-Door","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44064","Gasoline"]
["2022 Tesla Model S BEV","Passenger Vehicles (Light-Duty)",2022,"Tesla","Model S","BEV",null,405,124,115,null,null,94990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45014","Electricity"]
["2022 Toyota 4Runner 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","4Runner 2WD","ICE",null,0,null,null,16,19,37305,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44437","Gasoline"]
["2022 Toyota Avalon Hybrid XLE ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Avalon Hybrid XLE","ICE",null,0,null,null,43,44,37250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44382","Gasoline"]
["2022 Toyota Camry LE/SE ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Camry LE/SE","ICE",null,0,null,null,28,39,25295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44348","Gasoline"]
["2022 Toyota Corolla APEX ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Corolla APEX","ICE",null,0,null,null,31,38,25220,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44077","Gasoline"]
["2022 Toyota Corolla Cross ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Corolla Cross","ICE",null,0,null,null,31,33,22195,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44588","Gasoline"]
["2022 Toyota Highlander ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Highlander","ICE",null,0,null,null,21,29,35205,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44650","Gasoline"]
["2022 Toyota Prius Eco ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Prius Eco","ICE",null,0,null,null,58,53,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44081","Gasoline"]
["2022 Toyota RAV4 AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","RAV4 AWD","ICE",null,0,null,null,25,33,29395,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=45005","Gasoline"]
["2022 Toyota Sienna AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Sienna AWD","ICE",null,0,null,null,35,36,36560,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44552","Gasoline"]
["2022 Toyota Tundra 2WD ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Tundra 2WD","ICE",null,0,null,null,18,24,35950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44895","Gasoline"]
["2022 Toyota Venza AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Toyota","Venza AWD","ICE",null,0,null,null,40,37,32890,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44884","Gasoline"]
["2022 Volkswagen Atlas Cross Sport ICE","Passenger Vehicles (Light-Duty)",2022,"Volkswagen","Atlas Cross Sport","ICE",null,0,null,null,18,24,33200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44198","Gasoline"]
["2022 Volkswagen GTI ICE","Passenger Vehicles (Light-Duty)",2022,"Volkswagen","GTI","ICE",null,0,null,null,25,34,29545,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44539","Gasoline"]
["2022 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2022,"Volkswagen","Jetta","ICE",null,0,null,null,29,43,20195,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44624","Gasoline"]
["2022 Volkswagen Tiguan ICE","Passenger Vehicles (Light-Duty)",2022,"Volkswagen","Tiguan","ICE",null,0,null,null,23,30,26295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44142","Gasoline"]
["2022 Volvo S90 B6 AWD ICE","Passenger Vehicles (Light-Duty)",2022,"Volvo","S90 B6 AWD","ICE",null,0,null,null,23,31,51850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44192","Gasoline"]
["2022 Volvo XC40 T4 ICE","Passenger Vehicles (Light-Duty)",2022,"Volvo","XC40 T4","ICE",null,0,null,null,23,32,34100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44199","Gasoline"]
["2022 Volvo XC60 T8 AWD Recharge PHEV","Passenger Vehicles (Light-Duty)",2022,"Volvo","XC60 T8 AWD Recharge","PHEV",null,19,59,55,24,27,54250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44268","Gasoline"]
["2021 BMW 228i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","228i xDrive Gran Coupe","ICE",null,0,null,null,23,33,37700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42818","Gasoline"]
["2021 BMW 230i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","230i xDrive Convertible","ICE",null,0,null,null,21,30,43850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43609","Gasoline"]
["2021 BMW 530e xDrive PHEV","Passenger Vehicles (Light-Duty)",2021,"BMW","530e xDrive","PHEV",null,19,59,67,22,28,59500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43739","Gasoline"]
["2021 BMW 750i xDrive ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","750i xDrive","ICE",null,0,null,null,17,24,103000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42543","Gasoline"]
["2021 BMW 840i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","840i xDrive Coupe","ICE",null,0,null,null,20,27,90900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42921","Gasoline"]
["2021 BMW M240i Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","M240i Convertible","ICE",null,0,null,null,19,27,50950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42879","Gasoline"]
["2021 BMW M4 Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","M4 Coupe","ICE",null,0,null,null,16,23,71800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43559","Gasoline"]
["2021 BMW M5 Competition ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","M5 Competition","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42937","Gasoline"]
["2021 BMW M850i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","M850i xDrive Coupe","ICE",null,0,null,null,17,25,130000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43641","Gasoline"]
["2021 BMW X2 sDrive28i ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","X2 sDrive28i","ICE",null,0,null,null,24,32,36600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43045","Gasoline"]
["2021 BMW X4 M ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","X4 M","ICE",null,0,null,null,14,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42599","Gasoline"]
["2021 BMW X5 xDrive45e PHEV","Passenger Vehicles (Light-Duty)",2021,"BMW","X5 xDrive45e","PHEV",null,31,47,54,19,22,65400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42807","Gasoline"]
["2021 BMW X6 xDrive40i ICE","Passenger Vehicles (Light-Duty)",2021,"BMW","X6 xDrive40i","ICE",null,0,null,null,21,25,67350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42866","Gasoline"]
["2021 BMW i3s with Range Extender PHEV","Passenger Vehicles (Light-Duty)",2021,"BMW","i3s with Range Extender","PHEV",null,126,107,93,30,31,51500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43746","Gasoline"]
["2021 Buick Encore GX FWD ICE","Passenger Vehicles (Light-Duty)",2021,"Buick","Encore GX FWD","ICE",null,0,null,null,28,31,24200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42521","Gasoline"]
["2021 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Camaro","ICE",null,0,null,null,16,26,25000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42886","Gasoline"]
["2021 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Camaro","ICE",null,0,null,null,22,30,25000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42889","Gasoline"]
["2021 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Malibu","ICE",null,0,null,null,29,36,22140,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42822","Gasoline"]
["2021 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Malibu","ICE",null,0,null,null,22,33,22140,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42941","Gasoline"]
["2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,19,22,33200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43192","Gasoline"]
["2021 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,14,21,33200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43870","Gasoline"]
["2021 Chevrolet Silverado 4WD TrailBoss ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado 4WD TrailBoss","ICE",null,0,null,null,15,19,48000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43193","Gasoline"]
["2021 Chevrolet Silverado Cab Chassis 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Silverado Cab Chassis 4WD","ICE",null,0,null,null,14,17,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43116","Gasoline"]
["2021 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Suburban 4WD","ICE",null,0,null,null,15,19,54700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42629","Gasoline"]
["2021 Chevrolet Suburban 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Suburban 4WD","ICE",null,0,null,null,14,19,54700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42627","Gasoline"]
["2021 Chevrolet Tahoe 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Chevrolet","Tahoe 4WD","ICE",null,0,null,null,13,19,52000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44043","Gasoline"]
["2021 Chrysler 300 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","300 AWD","ICE",null,0,null,null,18,27,34120,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43450","Gasoline"]
["2021 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2021,"Chrysler","Pacifica","ICE",null,0,null,null,19,28,35820,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43417","Gasoline"]
["2021 Dodge Challenger SRT Widebody ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Challenger SRT Widebody","ICE",null,0,null,null,13,21,65570,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43444","Gasoline"]
["2021 Dodge Charger SRT Widebody ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Charger SRT Widebody","ICE",null,0,null,null,12,21,70570,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43454","Gasoline"]
["2021 Dodge Durango SRT AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Dodge","Durango SRT AWD","ICE",null,0,null,null,12,17,64570,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43660","Gasoline"]
["2021 Ford Bronco Badlands 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Bronco Badlands 4WD","ICE",null,0,null,null,16,18,42095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43999","Gasoline"]
["2021 Ford EcoSport FWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","EcoSport FWD","ICE",null,0,null,null,27,29,19995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43157","Gasoline"]
["2021 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Escape AWD","ICE",null,0,null,null,23,31,26385,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43651","Gasoline"]
["2021 Ford Expedition MAX 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Expedition MAX 2WD","ICE",null,0,null,null,17,23,54810,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43590","Gasoline"]
["2021 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Explorer AWD","ICE",null,0,null,null,20,27,34675,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43292","Gasoline"]
["2021 Ford F150 Pickup 2WD HEV ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F150 Pickup 2WD HEV","ICE",null,0,null,null,25,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43614","Gasoline"]
["2021 Ford F150 RAPTOR 37 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","F150 RAPTOR 37 4WD","ICE",null,0,null,null,14,16,64145,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44371","Gasoline"]
["2021 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang","ICE",null,0,null,null,21,29,27155,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43667","Gasoline"]
["2021 Ford Mustang Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Convertible","ICE",null,0,null,null,20,28,32655,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43673","Gasoline"]
["2021 Ford Mustang Mach-E GT Performance BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E GT Performance","BEV",null,260,88,75,null,null,59900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44798","Electricity"]
["2021 Ford Ranger 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Ranger 2WD","ICE",null,0,null,null,21,26,24820,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43615","Gasoline"]
["2021 Ford Transit Connect Wagon LWB FWD ICE","Passenger Vehicles (Light-Duty)",2021,"Ford","Transit Connect Wagon LWB FWD","ICE",null,0,null,null,24,29,27400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43269","Gasoline"]
["2021 GMC Canyon 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Canyon 2WD","ICE",null,0,null,null,18,25,26800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42548","Gasoline"]
["2021 GMC Sierra 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 2WD","ICE",null,0,null,null,20,23,30100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43189","Gasoline"]
["2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,null,null,16,22,37300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43111","Gasoline"]
["2021 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD","ICE",null,0,null,null,14,20,37300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43873","Gasoline"]
["2021 GMC Sierra 4WD AT4 ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Sierra 4WD AT4","ICE",null,0,null,null,14,19,54700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44030","Gasoline"]
["2021 GMC Terrain FWD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Terrain FWD","ICE",null,0,null,null,25,30,25000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43369","Gasoline"]
["2021 GMC Yukon 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Yukon 4WD","ICE",null,0,null,null,15,20,54000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44049","Gasoline"]
["2021 GMC Yukon XL 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"GMC","Yukon XL 2WD","ICE",null,0,null,null,14,20,53700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44039","Gasoline"]
["2021 Honda Accord Hybrid Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Accord Hybrid Sport/Touring","ICE",null,0,null,null,44,41,36240,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43365","Gasoline"]
["2021 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Civic 4Dr","ICE",null,0,null,null,30,38,21050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43358","Gasoline"]
["2021 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","HR-V AWD","ICE",null,0,null,null,27,31,22520,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43313","Gasoline"]
["2021 Honda Odyssey ICE","Passenger Vehicles (Light-Duty)",2021,"Honda","Odyssey","ICE",null,0,null,null,19,28,31790,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42848","Gasoline"]
["2021 Hyundai Elantra Hybrid ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Elantra Hybrid","ICE",null,0,null,null,49,52,28100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43612","Gasoline"]
["2021 Hyundai Ioniq Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Ioniq Plug-in Hybrid","PHEV",null,29,123,115,52,51,26700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43725","Gasoline"]
["2021 Hyundai Kona FWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Kona FWD","ICE",null,0,null,null,27,33,20500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42594","Gasoline"]
["2021 Hyundai Santa Fe Hybrid Blue ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Santa Fe Hybrid Blue","ICE",null,0,null,null,36,31,33650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43653","Gasoline"]
["2021 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Tucson AWD","ICE",null,0,null,null,22,25,25100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42666","Gasoline"]
["2021 Hyundai Veloster ICE","Passenger Vehicles (Light-Duty)",2021,"Hyundai","Veloster","ICE",null,0,null,null,25,33,18900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42539","Gasoline"]
["2021 Jeep Cherokee 4WD Active Drive II ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Cherokee 4WD Active Drive II","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43068","Gasoline"]
["2021 Jeep Compass 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Compass 4WD","ICE",null,0,null,null,22,30,25995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42853","Gasoline"]
["2021 Jeep Grand Cherokee L 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Grand Cherokee L 4WD","ICE",null,0,null,null,14,22,38995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43968","Gasoline"]
["2021 Jeep Wrangler 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Wrangler 4dr 4WD","ICE",null,0,null,null,18,22,32400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=44092","Gasoline"]
["2021 Jeep Wrangler 4dr 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Jeep","Wrangler 4dr 4WD","ICE",null,0,null,null,21,24,32400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42909","Gasoline"]
["2021 Kia Forte ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Forte","ICE",null,0,null,null,25,32,19390,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42782","Gasoline"]
["2021 Kia Niro Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2021,"Kia","Niro Plug-in Hybrid","PHEV",null,26,110,99,48,44,29590,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43686","Gasoline"]
["2021 Kia Niro Touring ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Niro Touring","ICE",null,0,null,null,46,40,28390,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43631","Gasoline"]
["2021 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Soul","ICE",null,0,null,null,27,32,17590,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42499","Gasoline"]
["2021 Kia Stinger RWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Stinger RWD","ICE",null,0,null,null,17,25,33090,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42780","Gasoline"]
["2021 Kia Stinger RWD ICE","Passenger Vehicles (Light-Duty)",2021,"Kia","Stinger RWD","ICE",null,0,null,null,22,29,33090,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42778","Gasoline"]
["2021 MINI Cooper S Clubman ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S Clubman","ICE",null,0,null,null,22,32,29900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42825","Gasoline"]
["2021 MINI Cooper S Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper S Hardtop 4 door","ICE",null,0,null,null,23,33,27400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42533","Gasoline"]
["2021 MINI Cooper SE Countryman All4 PHEV","Passenger Vehicles (Light-Duty)",2021,"MINI","Cooper SE Countryman All4","PHEV",null,18,74,72,29,30,41500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43143","Gasoline"]
["2021 Mazda 3 4-Door 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","3 4-Door 2WD","ICE",null,0,null,null,26,35,20650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43043","Gasoline"]
["2021 Mazda 6 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","6","ICE",null,0,null,null,26,35,24475,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43300","Gasoline"]
["2021 Mazda 6 ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","6","ICE",null,0,null,null,23,31,24475,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43301","Gasoline"]
["2021 Mazda CX-9 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"Mazda","CX-9 2WD","ICE",null,0,null,null,22,28,34160,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43127","Gasoline"]
["2021 Mercedes-Benz AMG C43 4matic Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","AMG C43 4matic Convertible","ICE",null,0,null,null,19,27,65500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43528","Gasoline"]
["2021 Mercedes-Benz AMG C63 S Convertible ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","AMG C63 S Convertible","ICE",null,0,null,null,17,25,85600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43523","Gasoline"]
["2021 Mercedes-Benz AMG E63 S 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","AMG E63 S 4matic Plus","ICE",null,0,null,null,16,23,107500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43537","Gasoline"]
["2021 Mercedes-Benz AMG GLC63 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","AMG GLC63 4matic Plus","ICE",null,0,null,null,15,22,73900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43549","Gasoline"]
["2021 Mercedes-Benz AMG GLE63 S 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","AMG GLE63 S 4matic Plus","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42873","Gasoline"]
["2021 Mercedes-Benz AMG GT 63 S 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","AMG GT 63 S 4matic Plus","ICE",null,0,null,null,16,21,161900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43536","Gasoline"]
["2021 Mercedes-Benz AMG S63 4matic Plus Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","AMG S63 4matic Plus Coupe","ICE",null,0,null,null,16,26,173100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43534","Gasoline"]
["2021 Mercedes-Benz CLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","CLA250 4matic","ICE",null,0,null,null,24,33,39850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42930","Gasoline"]
["2021 Mercedes-Benz E450 4matic Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","E450 4matic Coupe","ICE",null,0,null,null,23,30,67450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43338","Gasoline"]
["2021 Mercedes-Benz GLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","GLA250 4matic","ICE",null,0,null,null,24,33,38230,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42730","Gasoline"]
["2021 Mercedes-Benz GLC300 4matic ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","GLC300 4matic","ICE",null,0,null,null,21,28,45200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43280","Gasoline"]
["2021 Mercedes-Benz S560 4matic Coupe ICE","Passenger Vehicles (Light-Duty)",2021,"Mercedes-Benz","S560 4matic Coupe","ICE",null,0,null,null,16,26,131400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43533","Gasoline"]
["2021 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2021,"Mitsubishi","Mirage","ICE",null,0,null,null,36,43,14295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43567","Gasoline"]
["2021 Nissan 370Z ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","370Z","ICE",null,0,null,null,17,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43627","Gasoline"]
["2021 Nissan Altima SR/Platinum ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Altima SR/Platinum","ICE",null,0,null,null,25,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43395","Gasoline"]
["2021 Nissan Leaf (62 kW-hr battery pack) BEV","Passenger Vehicles (Light-Duty)",2021,"Nissan","Leaf (62 kW-hr battery pack)","BEV",null,226,118,97,null,null,38270,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43665","Electricity"]
["2021 Nissan Rogue AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Rogue AWD","ICE",null,0,null,null,26,33,27250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43375","Gasoline"]
["2021 Nissan Rogue FWD  SV/SL/Platinum ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Rogue FWD  SV/SL/Platinum","ICE",null,0,null,null,26,34,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43371","Gasoline"]
["2021 Nissan Titan 4WD PRO-4X ICE","Passenger Vehicles (Light-Duty)",2021,"Nissan","Titan 4WD PRO-4X","ICE",null,0,null,null,15,20,48470,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42953","Gasoline"]
["2021 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ram","1500 2WD","ICE",null,0,null,null,15,22,32795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43009","Gasoline"]
["2021 Ram 1500 Classic 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Ram","1500 Classic 4WD","ICE",null,0,null,null,15,21,33270,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43469","Gasoline"]
["2021 Subaru Crosstrek AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Crosstrek AWD","ICE",null,0,null,null,22,29,22245,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42605","Gasoline"]
["2021 Subaru Impreza 5-Door ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Impreza 5-Door","ICE",null,0,null,null,24,31,19295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42724","Gasoline"]
["2021 Subaru Outback AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Subaru","Outback AWD","ICE",null,0,null,null,23,30,26795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42859","Gasoline"]
["2021 Tesla Model S Performance (19in Wheels) BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Model S Performance (19in Wheels)","BEV",null,387,114,106,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43516","Electricity"]
["2021 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","4Runner 4WD","ICE",null,0,null,null,16,19,38640,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42981","Gasoline"]
["2021 Toyota Avalon Hybrid ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Avalon Hybrid","ICE",null,0,null,null,43,43,39600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42944","Gasoline"]
["2021 Toyota Camry ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Camry","ICE",null,0,null,null,22,33,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43302","Gasoline"]
["2021 Toyota Camry XSE ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Camry XSE","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43304","Gasoline"]
["2021 Toyota Corolla Hatchback ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Corolla Hatchback","ICE",null,0,null,null,28,37,20465,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42745","Gasoline"]
["2021 Toyota Highlander AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Highlander AWD","ICE",null,0,null,null,20,27,36685,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43137","Gasoline"]
["2021 Toyota Prius ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Prius","ICE",null,0,null,null,54,50,25735,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42808","Gasoline"]
["2021 Toyota RAV4 AWD LE ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","RAV4 AWD LE","ICE",null,0,null,null,27,34,27650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42971","Gasoline"]
["2021 Toyota Sequoia 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Sequoia 4WD","ICE",null,0,null,null,13,17,53625,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43212","Gasoline"]
["2021 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2021,"Toyota","Tacoma 4WD","ICE",null,0,null,null,18,22,29475,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43084","Gasoline"]
["2021 Volkswagen Atlas Cross Sport 4motion ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","Atlas Cross Sport 4motion","ICE",null,0,null,null,17,23,32755,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43282","Gasoline"]
["2021 Volkswagen GTI ICE","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","GTI","ICE",null,0,null,null,23,30,28695,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43245","Gasoline"]
["2021 Volkswagen ID.4 Pro S BEV","Passenger Vehicles (Light-Duty)",2021,"Volkswagen","ID.4 Pro S","BEV",null,250,104,89,null,null,44495,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=43558","Electricity"]
["2021 Volvo S90 AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","S90 AWD","ICE",null,0,null,null,21,32,51550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42677","Gasoline"]
["2021 Volvo V90 CC AWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","V90 CC AWD","ICE",null,0,null,null,20,30,54900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42682","Gasoline"]
["2021 Volvo XC60 FWD ICE","Passenger Vehicles (Light-Duty)",2021,"Volvo","XC60 FWD","ICE",null,0,null,null,22,29,41700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42684","Gasoline"]
["2020 BMW 230i Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","230i Coupe","ICE",null,0,null,null,21,32,35300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41310","Gasoline"]
["2020 BMW 230i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","230i xDrive Convertible","ICE",null,0,null,null,21,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41313","Gasoline"]
["2020 BMW 440i Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","440i Coupe","ICE",null,0,null,null,19,27,51350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41348","Gasoline"]
["2020 BMW 440i xDrive Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","440i xDrive Coupe","ICE",null,0,null,null,22,30,53350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41349","Gasoline"]
["2020 BMW 530i xDrive ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","530i xDrive","ICE",null,0,null,null,24,31,56200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41723","Gasoline"]
["2020 BMW 840i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","840i xDrive Gran Coupe","ICE",null,0,null,null,20,27,87800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41727","Gasoline"]
["2020 BMW M235i xDrive ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","M235i xDrive","ICE",null,0,null,null,23,32,45500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42462","Gasoline"]
["2020 BMW M240i Coupe M Performance ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","M240i Coupe M Performance","ICE",null,0,null,null,19,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41315","Gasoline"]
["2020 BMW M4 Convertible Competition ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","M4 Convertible Competition","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41331","Gasoline"]
["2020 BMW M5 Competition ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","M5 Competition","ICE",null,0,null,null,15,21,110000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42003","Gasoline"]
["2020 BMW M8 Competition Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","M8 Competition Gran Coupe","ICE",null,0,null,null,15,21,143000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42236","Gasoline"]
["2020 BMW X1 xDrive28i ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","X1 xDrive28i","ICE",null,0,null,null,23,31,37200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41742","Gasoline"]
["2020 BMW X3 xDrive30e PHEV","Passenger Vehicles (Light-Duty)",2020,"BMW","X3 xDrive30e","PHEV",null,18,59,61,21,27,48550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42524","Gasoline"]
["2020 BMW X4 xDrive30i ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","X4 xDrive30i","ICE",null,0,null,null,23,28,51100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41759","Gasoline"]
["2020 BMW X6 M50i ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","X6 M50i","ICE",null,0,null,null,16,22,85650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41775","Gasoline"]
["2020 BMW X7 xDrive50i ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","X7 xDrive50i","ICE",null,0,null,null,15,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41776","Gasoline"]
["2020 Buick Enclave AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Enclave AWD","ICE",null,0,null,null,17,25,44000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41525","Gasoline"]
["2020 Buick Envision AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Envision AWD","ICE",null,0,null,null,20,25,35250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41442","Gasoline"]
["2020 Buick Regal AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Buick","Regal AWD","ICE",null,0,null,null,21,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41558","Gasoline"]
["2020 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Camaro","ICE",null,0,null,null,22,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41549","Gasoline"]
["2020 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Camaro","ICE",null,0,null,null,13,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41546","Gasoline"]
["2020 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Equinox AWD","ICE",null,0,null,null,22,28,27900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41505","Gasoline"]
["2020 Chevrolet Silverado 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 2WD","ICE",null,0,null,null,16,21,28300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41818","Gasoline"]
["2020 Chevrolet Silverado 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD","ICE",null,0,null,null,16,20,35500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41838","Gasoline"]
["2020 Chevrolet Silverado 4WD TrailBoss ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Silverado 4WD TrailBoss","ICE",null,0,null,null,14,18,39500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42437","Gasoline"]
["2020 Chevrolet Sonic 5 ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Sonic 5","ICE",null,0,null,null,26,34,19420,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41538","Gasoline"]
["2020 Chevrolet Suburban C1500 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Suburban C1500 2WD","ICE",null,0,null,null,14,23,53800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41605","Gasoline"]
["2020 Chevrolet Traverse AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Traverse AWD","ICE",null,0,null,null,17,25,34900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41526","Gasoline"]
["2020 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2020,"Chrysler","Pacifica","ICE",null,0,null,null,19,28,34045,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41893","Gasoline"]
["2020 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Challenger","ICE",null,0,null,null,15,24,28095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42324","Gasoline"]
["2020 Dodge Challenger Widebody ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Challenger Widebody","ICE",null,0,null,null,15,24,50490,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42326","Gasoline"]
["2020 Dodge Charger SRT Widebody ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Charger SRT Widebody","ICE",null,0,null,null,12,21,69995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42331","Gasoline"]
["2020 Dodge Journey ICE","Passenger Vehicles (Light-Duty)",2020,"Dodge","Journey","ICE",null,0,null,null,19,25,23675,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42442","Gasoline"]
["2020 Ford EcoSport AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","EcoSport AWD","ICE",null,0,null,null,23,29,21590,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41630","Gasoline"]
["2020 Ford Escape FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape FWD","ICE",null,0,null,null,27,33,24885,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42074","Gasoline"]
["2020 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Explorer AWD","ICE",null,0,null,null,20,27,34765,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41487","Gasoline"]
["2020 Ford F150 Pickup 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","F150 Pickup 2WD","ICE",null,0,null,null,20,26,28745,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42173","Gasoline"]
["2020 Ford Fusion FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Fusion FWD","ICE",null,0,null,null,23,34,23170,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41798","Gasoline"]
["2020 Ford Mustang Bullitt ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Mustang Bullitt","ICE",null,0,null,null,14,23,46705,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41995","Gasoline"]
["2020 Ford Mustang Convertible ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Mustang Convertible","ICE",null,0,null,null,15,24,32170,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41957","Gasoline"]
["2020 Ford Shelby GT350 Mustang ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Shelby GT350 Mustang","ICE",null,0,null,null,14,21,59140,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41994","Gasoline"]
["2020 GMC Canyon 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon 2WD","ICE",null,0,null,null,18,25,22200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41619","Gasoline"]
["2020 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Canyon 4WD","ICE",null,0,null,null,19,24,31100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41628","Gasoline"]
["2020 GMC Sierra 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra 4WD","ICE",null,0,null,null,15,20,34200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41858","Gasoline"]
["2020 GMC Sierra Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra Cab Chassis 2WD","ICE",null,0,null,null,14,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41867","Gasoline"]
["2020 GMC Sierra Cab Chassis 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Sierra Cab Chassis 4WD","ICE",null,0,null,null,14,16,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41865","Gasoline"]
["2020 GMC Yukon C1500 XL 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"GMC","Yukon C1500 XL 2WD","ICE",null,0,null,null,14,23,52400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41582","Gasoline"]
["2020 Honda Accord Hybrid ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Accord Hybrid","ICE",null,0,null,null,48,47,25470,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42135","Gasoline"]
["2020 Honda CR-V FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","CR-V FWD","ICE",null,0,null,null,28,34,25050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42298","Gasoline"]
["2020 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Civic 4Dr","ICE",null,0,null,null,32,42,19750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42150","Gasoline"]
["2020 Honda Fit ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Fit","ICE",null,0,null,null,29,36,16190,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42396","Gasoline"]
["2020 Honda Fit ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Fit","ICE",null,0,null,null,33,40,16190,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42394","Gasoline"]
["2020 Honda Pilot AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Honda","Pilot AWD","ICE",null,0,null,null,18,26,33550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41762","Gasoline"]
["2020 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Elantra","ICE",null,0,null,null,26,33,20050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41454","Gasoline"]
["2020 Hyundai Ioniq ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Ioniq","ICE",null,0,null,null,55,54,25150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42242","Gasoline"]
["2020 Hyundai Kona FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Kona FWD","ICE",null,0,null,null,28,32,20300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41420","Gasoline"]
["2020 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Sonata","ICE",null,0,null,null,27,36,23600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42246","Gasoline"]
["2020 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Sonata","ICE",null,0,null,null,28,38,23600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42245","Gasoline"]
["2020 Hyundai Venue ICE","Passenger Vehicles (Light-Duty)",2020,"Hyundai","Venue","ICE",null,0,null,null,30,34,17350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42095","Gasoline"]
["2020 Jeep Cherokee FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Cherokee FWD","ICE",null,0,null,null,23,31,25840,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41659","Gasoline"]
["2020 Jeep Compass FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Compass FWD","ICE",null,0,null,null,22,31,22105,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41870","Gasoline"]
["2020 Jeep Grand Cherokee Trackhawk 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Grand Cherokee Trackhawk 4WD","ICE",null,0,null,null,11,17,87400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41973","Gasoline"]
["2020 Jeep Wrangler 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler 4WD","ICE",null,0,null,null,18,23,28295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41677","Gasoline"]
["2020 Jeep Wrangler Unlimited 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Jeep","Wrangler Unlimited 4WD","ICE",null,0,null,null,21,22,31795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41766","Gasoline"]
["2020 Kia K900 ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","K900","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41537","Gasoline"]
["2020 Kia Niro Touring ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Niro Touring","ICE",null,0,null,null,46,40,28290,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42309","Gasoline"]
["2020 Kia Sedona ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Sedona","ICE",null,0,null,null,18,24,27600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41407","Gasoline"]
["2020 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Soul","ICE",null,0,null,null,25,31,17490,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41222","Gasoline"]
["2020 Kia Stinger AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Kia","Stinger AWD","ICE",null,0,null,null,21,29,35290,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41597","Gasoline"]
["2020 MINI Cooper Countryman All4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper Countryman All4","ICE",null,0,null,null,24,33,30400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41737","Gasoline"]
["2020 MINI Cooper S Convertible ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","Cooper S Convertible","ICE",null,0,null,null,26,34,32400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41695","Gasoline"]
["2020 MINI John Cooper Works Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2020,"MINI","John Cooper Works Clubman All4","ICE",null,0,null,null,23,31,39400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41740","Gasoline"]
["2020 Mazda 6 ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","6","ICE",null,0,null,null,23,31,24100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42305","Gasoline"]
["2020 Mazda CX-3 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-3 4WD","ICE",null,0,null,null,27,32,22040,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42362","Gasoline"]
["2020 Mazda CX-9 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mazda","CX-9 2WD","ICE",null,0,null,null,22,28,33890,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42345","Gasoline"]
["2020 Mercedes-Benz A220 4matic ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","A220 4matic","ICE",null,0,null,null,24,34,34800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42115","Gasoline"]
["2020 Mercedes-Benz AMG C63 S ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","AMG C63 S","ICE",null,0,null,null,18,27,75700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42225","Gasoline"]
["2020 Mercedes-Benz AMG E63 S 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","AMG E63 S 4matic Plus","ICE",null,0,null,null,15,23,107350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42240","Gasoline"]
["2020 Mercedes-Benz AMG GLC63 4matic Plus ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","AMG GLC63 4matic Plus","ICE",null,0,null,null,16,22,73750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42206","Gasoline"]
["2020 Mercedes-Benz AMG GT Coupe ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","AMG GT Coupe","ICE",null,0,null,null,16,22,115900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41516","Gasoline"]
["2020 Mercedes-Benz AMG SLC43 ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","AMG SLC43","ICE",null,0,null,null,20,29,64650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42211","Gasoline"]
["2020 Mercedes-Benz C300 Convertible ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","C300 Convertible","ICE",null,0,null,null,21,29,53950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41910","Gasoline"]
["2020 Mercedes-Benz E350 4matic ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","E350 4matic","ICE",null,0,null,null,22,30,56550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42005","Gasoline"]
["2020 Mercedes-Benz G550 ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","G550","ICE",null,0,null,null,13,17,130900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42272","Gasoline"]
["2020 Mercedes-Benz GLC350e 4matic PHEV","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","GLC350e 4matic","PHEV",null,22,67,70,23,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42756","Gasoline"]
["2020 Mercedes-Benz Metris (Cargo Van) ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","Metris (Cargo Van)","ICE",null,0,null,null,20,24,27180,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41934","Gasoline"]
["2020 Mercedes-Benz Metris (Passenger Van) ICE","Passenger Vehicles (Light-Duty)",2020,"Mercedes-Benz","Metris (Passenger Van)","ICE",null,0,null,null,19,23,31350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41933","Gasoline"]
["2020 Mitsubishi Eclipse Cross 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Eclipse Cross 4WD","ICE",null,0,null,null,25,26,25695,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41769","Gasoline"]
["2020 Mitsubishi Outlander 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Outlander 4WD","ICE",null,0,null,null,20,27,26895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42047","Gasoline"]
["2020 Mitsubishi Outlander 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Mitsubishi","Outlander 4WD","ICE",null,0,null,null,24,29,26895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41484","Gasoline"]
["2020 Nissan 370Z Roadster ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","370Z Roadster","ICE",null,0,null,null,18,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41377","Gasoline"]
["2020 Nissan Frontier 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Frontier 2WD","ICE",null,0,null,null,18,24,26790,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42612","Gasoline"]
["2020 Nissan Leaf SV/SL (62 kW-hr battery pack) BEV","Passenger Vehicles (Light-Duty)",2020,"Nissan","Leaf SV/SL (62 kW-hr battery pack)","BEV",62,215,114,94,null,null,34190,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42563","Electricity"]
["2020 Nissan Rogue AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Nissan","Rogue AWD","ICE",null,0,null,null,25,32,26840,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41681","Gasoline"]
["2020 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Ram","1500 2WD","ICE",null,0,null,null,20,25,32145,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41651","Gasoline"]
["2020 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Ram","1500 2WD","ICE",null,0,null,null,17,23,32145,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41652","Gasoline"]
["2020 Subaru BRZ ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","BRZ","ICE",null,0,null,null,21,29,28845,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41543","Gasoline"]
["2020 Subaru Impreza 4-Door ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Impreza 4-Door","ICE",null,0,null,null,28,36,18695,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42008","Gasoline"]
["2020 Subaru Impreza 5-Door ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","Impreza 5-Door","ICE",null,0,null,null,28,36,19195,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42025","Gasoline"]
["2020 Subaru WRX ICE","Passenger Vehicles (Light-Duty)",2020,"Subaru","WRX","ICE",null,0,null,null,18,24,27495,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41555","Gasoline"]
["2020 Tesla Model 3 Standard Range Plus BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model 3 Standard Range Plus","BEV",54,250,148,132,null,null,37990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42278","Electricity"]
["2020 Tesla Model S Standard Range BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model S Standard Range","BEV",75,287,113,105,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42285","Electricity"]
["2020 Toyota 4Runner 2WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","4Runner 2WD","ICE",null,0,null,null,16,19,36020,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41938","Gasoline"]
["2020 Toyota Avalon XLE ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Avalon XLE","ICE",null,0,null,null,22,32,35875,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41811","Gasoline"]
["2020 Toyota Camry AWD XLE/XSE ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Camry AWD XLE/XSE","ICE",null,0,null,null,25,34,30855,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42511","Gasoline"]
["2020 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Corolla","ICE",null,0,null,null,29,36,19600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41215","Gasoline"]
["2020 Toyota Corolla Hatchback ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Corolla Hatchback","ICE",null,0,null,null,32,41,20290,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42093","Gasoline"]
["2020 Toyota Highlander Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Highlander Hybrid AWD","ICE",null,0,null,null,35,35,39800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42478","Gasoline"]
["2020 Toyota RAV4 ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","RAV4","ICE",null,0,null,null,28,35,25950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42182","Gasoline"]
["2020 Toyota RAV4 AWD TRD OFFROAD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","RAV4 AWD TRD OFFROAD","ICE",null,0,null,null,25,32,35280,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42188","Gasoline"]
["2020 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2020,"Toyota","Tacoma 4WD","ICE",null,0,null,null,18,22,29125,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42032","Gasoline"]
["2020 Volkswagen Arteon 4motion ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Arteon 4motion","ICE",null,0,null,null,20,29,37895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42420","Gasoline"]
["2020 Volkswagen Atlas Cross Sport ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Atlas Cross Sport","ICE",null,0,null,null,21,24,30545,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42100","Gasoline"]
["2020 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2020,"Volkswagen","Jetta","ICE",null,0,null,null,30,40,18895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42432","Gasoline"]
["2020 Volvo S60 FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","S60 FWD","ICE",null,0,null,null,23,34,36050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41490","Gasoline"]
["2020 Volvo V60 FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","V60 FWD","ICE",null,0,null,null,23,34,39650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41494","Gasoline"]
["2020 Volvo XC60 AWD ICE","Passenger Vehicles (Light-Duty)",2020,"Volvo","XC60 AWD","ICE",null,0,null,null,20,27,42450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41508","Gasoline"]
["2019 BMW 230i Convertible ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","230i Convertible","ICE",null,0,null,null,23,33,41100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40439","Gasoline"]
["2019 BMW 330i xDrive Sports Wagon ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","330i xDrive Sports Wagon","ICE",null,0,null,null,23,33,45000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40501","Gasoline"]
["2019 BMW 430i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","430i xDrive Gran Coupe","ICE",null,0,null,null,23,33,46600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39989","Gasoline"]
["2019 BMW 440i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","440i xDrive Convertible","ICE",null,0,null,null,20,29,62000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39972","Gasoline"]
["2019 BMW 530e xDrive PHEV","Passenger Vehicles (Light-Duty)",2019,"BMW","530e xDrive","PHEV",null,15,66,68,27,31,55700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40557","Gasoline"]
["2019 BMW 650i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","650i xDrive Gran Coupe","ICE",null,0,null,null,17,25,96100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39999","Gasoline"]
["2019 BMW I8 Coupe PHEV","Passenger Vehicles (Light-Duty)",2019,"BMW","I8 Coupe","PHEV",null,18,68,70,26,29,147500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40079","Gasoline"]
["2019 BMW M240i Coupe M Performance ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","M240i Coupe M Performance","ICE",null,0,null,null,21,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40441","Gasoline"]
["2019 BMW M4 CS ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","M4 CS","ICE",null,0,null,null,17,23,103100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40467","Gasoline"]
["2019 BMW M550i xDrive ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","M550i xDrive","ICE",null,0,null,null,18,25,74450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40479","Gasoline"]
["2019 BMW X1 sDrive28i ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","X1 sDrive28i","ICE",null,0,null,null,23,32,34950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41093","Gasoline"]
["2019 BMW X3 M40i ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","X3 M40i","ICE",null,0,null,null,20,27,54650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40513","Gasoline"]
["2019 BMW X6 sDrive35i ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","X6 sDrive35i","ICE",null,0,null,null,18,24,63550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40518","Gasoline"]
["2019 BMW Z4 sDrive30i ICE","Passenger Vehicles (Light-Duty)",2019,"BMW","Z4 sDrive30i","ICE",null,0,null,null,25,32,49700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41146","Gasoline"]
["2019 Buick Encore ICE","Passenger Vehicles (Light-Duty)",2019,"Buick","Encore","ICE",null,0,null,null,25,30,23200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40738","Gasoline"]
["2019 Buick LaCrosse eAssist ICE","Passenger Vehicles (Light-Duty)",2019,"Buick","LaCrosse eAssist","ICE",null,0,null,null,25,35,29570,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40237","Gasoline"]
["2019 Chevrolet Blazer AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Blazer AWD","ICE",null,0,null,null,18,25,36000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41177","Gasoline"]
["2019 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Camaro","ICE",null,0,null,null,16,27,25000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40463","Gasoline"]
["2019 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Colorado 4WD","ICE",null,0,null,null,19,24,28700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40391","Gasoline"]
["2019 Chevrolet Cruze Premier ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Cruze Premier","ICE",null,0,null,null,28,38,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40632","Gasoline"]
["2019 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Equinox AWD","ICE",null,0,null,null,22,28,27600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40280","Gasoline"]
["2019 Chevrolet Silverado C10 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Silverado C10 2WD","ICE",null,0,null,null,16,21,32200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41103","Gasoline"]
["2019 Chevrolet Silverado C10 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Silverado C10 2WD","ICE",null,0,null,null,17,23,32200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40504","Gasoline"]
["2019 Chevrolet Silverado K10 4WD TrailBoss ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Silverado K10 4WD TrailBoss","ICE",null,0,null,null,15,20,39500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40426","Gasoline"]
["2019 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Spark","ICE",null,0,null,null,30,38,13220,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40230","Gasoline"]
["2019 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Spark","ICE",null,0,null,null,29,38,13220,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40231","Gasoline"]
["2019 Chevrolet Traverse FWD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Traverse FWD","ICE",null,0,null,null,18,27,29930,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40296","Gasoline"]
["2019 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2019,"Chrysler","Pacifica","ICE",null,0,null,null,19,28,26985,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40545","Gasoline"]
["2019 Chrysler Pacifica ICE","Passenger Vehicles (Light-Duty)",2019,"Chrysler","Pacifica","ICE",null,0,null,null,18,28,26985,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40544","Gasoline"]
["2019 Dodge Charger AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Dodge","Charger AWD","ICE",null,0,null,null,18,27,33320,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40620","Gasoline"]
["2019 Dodge Journey ICE","Passenger Vehicles (Light-Duty)",2019,"Dodge","Journey","ICE",null,0,null,null,19,25,22995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41173","Gasoline"]
["2019 Dodge Journey AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Dodge","Journey AWD","ICE",null,0,null,null,16,24,28045,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41178","Gasoline"]
["2019 Ford Edge AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Edge AWD","ICE",null,0,null,null,19,26,31990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40823","Gasoline"]
["2019 Ford Escape FWD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Escape FWD","ICE",null,0,null,null,21,29,24105,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40909","Gasoline"]
["2019 Ford Explorer AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Explorer AWD","ICE",null,0,null,null,18,25,34515,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40805","Gasoline"]
["2019 Ford F150 3.5L 4WD GVWR>7599 LBS ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","F150 3.5L 4WD GVWR>7599 LBS","ICE",null,0,null,null,16,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41033","Gasoline"]
["2019 Ford F150 Pickup 4WD Limited ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","F150 Pickup 4WD Limited","ICE",null,0,null,null,17,21,70560,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41040","Gasoline"]
["2019 Ford Flex AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Flex AWD","ICE",null,0,null,null,16,22,35240,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40154","Gasoline"]
["2019 Ford Fusion Energi Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2019,"Ford","Fusion Energi Plug-in Hybrid","PHEV",9,26,109,97,43,40,36595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40809","Gasoline"]
["2019 Ford Mustang Bullitt ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Mustang Bullitt","ICE",null,0,null,null,15,24,46595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40327","Gasoline"]
["2019 Ford Mustang Performance Package ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Mustang Performance Package","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40328","Gasoline"]
["2019 Ford Transit Connect USPS ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Transit Connect USPS","ICE",null,0,null,null,20,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41117","Gasoline"]
["2019 Ford Transit T150 Wagon ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Transit T150 Wagon","ICE",null,0,null,null,14,18,35840,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40794","Gasoline"]
["2019 GMC Canyon Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Canyon Cab Chassis 2WD","ICE",null,0,null,null,15,15,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40659","Gasoline"]
["2019 GMC Sierra C10 Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Sierra C10 Cab Chassis 2WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41120","Gasoline"]
["2019 GMC Sierra K10 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Sierra K10 4WD","ICE",null,0,null,null,15,20,34200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41115","Gasoline"]
["2019 GMC Sierra LTD C15 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Sierra LTD C15 2WD","ICE",null,0,null,null,15,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40259","Gasoline"]
["2019 GMC Terrain FWD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Terrain FWD","ICE",null,0,null,null,22,28,25000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40268","Gasoline"]
["2019 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2019,"Honda","Accord","ICE",null,0,null,null,30,38,23720,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40890","Gasoline"]
["2019 Honda CR-V AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Honda","CR-V AWD","ICE",null,0,null,null,25,31,25850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40857","Gasoline"]
["2019 Honda Civic 2Dr ICE","Passenger Vehicles (Light-Duty)",2019,"Honda","Civic 2Dr","ICE",null,0,null,null,29,36,20750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40840","Gasoline"]
["2019 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2019,"Honda","Civic 4Dr","ICE",null,0,null,null,32,42,19550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40845","Gasoline"]
["2019 Honda Fit ICE","Passenger Vehicles (Light-Duty)",2019,"Honda","Fit","ICE",null,0,null,null,31,36,16190,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40076","Gasoline"]
["2019 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Honda","HR-V AWD","ICE",null,0,null,null,27,31,22020,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40422","Gasoline"]
["2019 Honda Pilot AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Honda","Pilot AWD","ICE",null,0,null,null,18,26,33350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40403","Gasoline"]
["2019 Hyundai Accent ICE","Passenger Vehicles (Light-Duty)",2019,"Hyundai","Accent","ICE",null,0,null,null,28,38,14995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40331","Gasoline"]
["2019 Hyundai Elantra GT ICE","Passenger Vehicles (Light-Duty)",2019,"Hyundai","Elantra GT","ICE",null,0,null,null,23,30,20450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40896","Gasoline"]
["2019 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Hyundai","Kona AWD","ICE",null,0,null,null,25,30,21390,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40432","Gasoline"]
["2019 Hyundai Santa Fe XL Ultimate AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Hyundai","Santa Fe XL Ultimate AWD","ICE",null,0,null,null,17,22,41400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40150","Gasoline"]
["2019 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2019,"Hyundai","Sonata","ICE",null,0,null,null,25,33,22850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40531","Gasoline"]
["2019 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Hyundai","Tucson AWD","ICE",null,0,null,null,21,26,24600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40918","Gasoline"]
["2019 Hyundai Veloster N ICE","Passenger Vehicles (Light-Duty)",2019,"Hyundai","Veloster N","ICE",null,0,null,null,22,28,26900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40693","Gasoline"]
["2019 Jeep Cherokee FWD ICE","Passenger Vehicles (Light-Duty)",2019,"Jeep","Cherokee FWD","ICE",null,0,null,null,23,31,25045,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39892","Gasoline"]
["2019 Jeep Grand Cherokee 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Jeep","Grand Cherokee 4WD","ICE",null,0,null,null,14,22,34245,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40674","Gasoline"]
["2019 Jeep Renegade 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Jeep","Renegade 4WD","ICE",null,0,null,null,21,29,23525,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41181","Gasoline"]
["2019 Jeep Wrangler Unlimited 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Jeep","Wrangler Unlimited 4WD","ICE",null,0,null,null,18,23,31545,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40969","Gasoline"]
["2019 Kia Forte FE ICE","Passenger Vehicles (Light-Duty)",2019,"Kia","Forte FE","ICE",null,0,null,null,31,41,17790,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40489","Gasoline"]
["2019 Kia Optima ICE","Passenger Vehicles (Light-Duty)",2019,"Kia","Optima","ICE",null,0,null,null,27,37,22990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40336","Gasoline"]
["2019 Kia Rio ICE","Passenger Vehicles (Light-Duty)",2019,"Kia","Rio","ICE",null,0,null,null,29,37,15390,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40695","Gasoline"]
["2019 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2019,"Kia","Soul","ICE",null,0,null,null,26,31,16490,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40251","Gasoline"]
["2019 Kia Sportage FWD ICE","Passenger Vehicles (Light-Duty)",2019,"Kia","Sportage FWD","ICE",null,0,null,null,21,26,23750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40109","Gasoline"]
["2019 MINI Cooper Countryman ICE","Passenger Vehicles (Light-Duty)",2019,"MINI","Cooper Countryman","ICE",null,0,null,null,24,33,26900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40011","Gasoline"]
["2019 MINI Cooper Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2019,"MINI","Cooper Hardtop 4 door","ICE",null,0,null,null,27,35,22900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39975","Gasoline"]
["2019 MINI Cooper S Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2019,"MINI","Cooper S Clubman All4","ICE",null,0,null,null,23,31,30900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40021","Gasoline"]
["2019 MINI JCW Countryman All4 ICE","Passenger Vehicles (Light-Duty)",2019,"MINI","JCW Countryman All4","ICE",null,0,null,null,22,30,37900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40058","Gasoline"]
["2019 MINI John Cooper Works Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2019,"MINI","John Cooper Works Clubman All4","ICE",null,0,null,null,21,30,35900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40024","Gasoline"]
["2019 Mazda 3 5-Door 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Mazda","3 5-Door 2WD","ICE",null,0,null,null,26,35,23600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41367","Gasoline"]
["2019 Mazda 6 ICE","Passenger Vehicles (Light-Duty)",2019,"Mazda","6","ICE",null,0,null,null,26,35,23800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41264","Gasoline"]
["2019 Mazda CX-5 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Mazda","CX-5 4WD","ICE",null,0,null,null,24,30,25750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41044","Gasoline"]
["2019 Mercedes-Benz AMG C63 Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","AMG C63 Coupe","ICE",null,0,null,null,17,26,68750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41071","Gasoline"]
["2019 Mercedes-Benz AMG E53 4matic Plus Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","AMG E53 4matic Plus Coupe","ICE",null,0,null,null,21,28,73700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40931","Gasoline"]
["2019 Mercedes-Benz AMG GLC43 4matic ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","AMG GLC43 4matic","ICE",null,0,null,null,19,25,57000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41124","Gasoline"]
["2019 Mercedes-Benz AMG GLE63 S Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","AMG GLE63 S Coupe","ICE",null,0,null,null,14,18,113000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40982","Gasoline"]
["2019 Mercedes-Benz AMG GT R Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","AMG GT R Coupe","ICE",null,0,null,null,15,20,159350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40925","Gasoline"]
["2019 Mercedes-Benz AMG S63 4matic Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","AMG S63 4matic Coupe","ICE",null,0,null,null,17,27,169450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40818","Gasoline"]
["2019 Mercedes-Benz C300 4matic Convertible ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","C300 4matic Convertible","ICE",null,0,null,null,21,29,53850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40686","Gasoline"]
["2019 Mercedes-Benz E300 ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","E300","ICE",null,0,null,null,21,30,53500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40639","Gasoline"]
["2019 Mercedes-Benz E450 4matic Convertible ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","E450 4matic Convertible","ICE",null,0,null,null,19,26,69800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40690","Gasoline"]
["2019 Mercedes-Benz GLC350e 4matic PHEV","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","GLC350e 4matic","PHEV",null,10,55,57,24,27,50650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41132","Gasoline"]
["2019 Mercedes-Benz Maybach S650 ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","Maybach S650","ICE",null,0,null,null,13,21,199900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41098","Gasoline"]
["2019 Mercedes-Benz S560 4matic Coupe ICE","Passenger Vehicles (Light-Duty)",2019,"Mercedes-Benz","S560 4matic Coupe","ICE",null,0,null,null,17,26,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40932","Gasoline"]
["2019 Mitsubishi Eclipse Cross ES 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Mitsubishi","Eclipse Cross ES 2WD","ICE",null,0,null,null,26,29,23595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40356","Gasoline"]
["2019 Mitsubishi Mirage ICE","Passenger Vehicles (Light-Duty)",2019,"Mitsubishi","Mirage","ICE",null,0,null,null,36,43,13795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40937","Gasoline"]
["2019 Mitsubishi Outlander Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Mitsubishi","Outlander Sport 4WD","ICE",null,0,null,null,23,29,23645,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40753","Gasoline"]
["2019 Nissan Altima AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Nissan","Altima AWD","ICE",null,0,null,null,26,36,25350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40886","Gasoline"]
["2019 Nissan Frontier 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Nissan","Frontier 2WD","ICE",null,0,null,null,16,23,19290,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40646","Gasoline"]
["2019 Nissan Leaf SV/SL (62 kW-hr battery pack) BEV","Passenger Vehicles (Light-Duty)",2019,"Nissan","Leaf SV/SL (62 kW-hr battery pack)","BEV",62,215,114,94,null,null,38510,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41277","Electricity"]
["2019 Nissan Pathfinder 4WD Platinum ICE","Passenger Vehicles (Light-Duty)",2019,"Nissan","Pathfinder 4WD Platinum","ICE",null,0,null,null,19,26,44560,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40861","Gasoline"]
["2019 Nissan Rogue Sport AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Nissan","Rogue Sport AWD","ICE",null,0,null,null,24,30,23690,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41101","Gasoline"]
["2019 Nissan Titan 4WD PRO4X ICE","Passenger Vehicles (Light-Duty)",2019,"Nissan","Titan 4WD PRO4X","ICE",null,0,null,null,15,20,44880,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40791","Gasoline"]
["2019 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ram","1500 2WD","ICE",null,0,null,null,15,22,31795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39940","Gasoline"]
["2019 Subaru Ascent ICE","Passenger Vehicles (Light-Duty)",2019,"Subaru","Ascent","ICE",null,0,null,null,21,27,31995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40053","Gasoline"]
["2019 Subaru Crosstrek Hybrid AWD PHEV","Passenger Vehicles (Light-Duty)",2019,"Subaru","Crosstrek Hybrid AWD","PHEV",9,17,99,80,36,35,34995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41134","Gasoline"]
["2019 Subaru Impreza Sport 5-Door ICE","Passenger Vehicles (Light-Duty)",2019,"Subaru","Impreza Sport 5-Door","ICE",null,0,null,null,22,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40207","Gasoline"]
["2019 Subaru WRX ICE","Passenger Vehicles (Light-Duty)",2019,"Subaru","WRX","ICE",null,0,null,null,17,22,27195,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40105","Gasoline"]
["2019 Tesla Model 3 Standard Range BEV","Passenger Vehicles (Light-Duty)",2019,"Tesla","Model 3 Standard Range","BEV",62,220,138,124,null,null,35000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41415","Electricity"]
["2019 Tesla Model S Standard Range BEV","Passenger Vehicles (Light-Duty)",2019,"Tesla","Model S Standard Range","BEV",100,285,113,105,null,null,75000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41513","Electricity"]
["2019 Toyota Avalon Hybrid ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","Avalon Hybrid","ICE",null,0,null,null,43,43,39150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40089","Gasoline"]
["2019 Toyota Avalon XLE ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","Avalon XLE","ICE",null,0,null,null,22,32,35650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40088","Gasoline"]
["2019 Toyota Camry XSE ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","Camry XSE","ICE",null,0,null,null,22,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40607","Gasoline"]
["2019 Toyota Corolla Hatchback ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","Corolla Hatchback","ICE",null,0,null,null,32,42,20140,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40334","Gasoline"]
["2019 Toyota Highlander AWD LE ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","Highlander AWD LE","ICE",null,0,null,null,20,27,35340,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40765","Gasoline"]
["2019 Toyota RAV4 ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","RAV4","ICE",null,0,null,null,26,35,25650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41122","Gasoline"]
["2019 Toyota Sequoia 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","Sequoia 2WD","ICE",null,0,null,null,13,17,49050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40626","Gasoline"]
["2019 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Toyota","Tacoma 4WD","ICE",null,0,null,null,17,21,28925,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40733","Gasoline"]
["2019 Volkswagen Arteon 4motion ICE","Passenger Vehicles (Light-Duty)",2019,"Volkswagen","Arteon 4motion","ICE",null,0,null,null,20,27,37645,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41272","Gasoline"]
["2019 Volkswagen Atlas ICE","Passenger Vehicles (Light-Duty)",2019,"Volkswagen","Atlas","ICE",null,0,null,null,20,26,30895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40914","Gasoline"]
["2019 Volkswagen Golf ICE","Passenger Vehicles (Light-Duty)",2019,"Volkswagen","Golf","ICE",null,0,null,null,29,37,21845,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41004","Gasoline"]
["2019 Volkswagen Passat ICE","Passenger Vehicles (Light-Duty)",2019,"Volkswagen","Passat","ICE",null,0,null,null,25,36,25295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40494","Gasoline"]
["2019 Volkswagen Tiguan ICE","Passenger Vehicles (Light-Duty)",2019,"Volkswagen","Tiguan","ICE",null,0,null,null,22,29,24295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40913","Gasoline"]
["2019 Volvo S90 AWD PHEV PHEV","Passenger Vehicles (Light-Duty)",2019,"Volvo","S90 AWD PHEV","PHEV",10.4,21,70,72,26,33,63900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40405","Gasoline"]
["2019 Volvo XC60 AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Volvo","XC60 AWD","ICE",null,0,null,null,19,27,44900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40341","Gasoline"]
["2019 smart EQ fortwo (convertible) BEV","Passenger Vehicles (Light-Duty)",2019,"smart","EQ fortwo (convertible)","BEV",17.2,57,112,91,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=41187","Electricity"]
["2018 BMW 320i ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","320i","ICE",null,0,null,null,24,35,34900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39134","Gasoline"]
["2018 BMW 330i xDrive Sports Wagon ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","330i xDrive Sports Wagon","ICE",null,0,null,null,23,33,44650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39180","Gasoline"]
["2018 BMW 340i ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","340i","ICE",null,0,null,null,19,29,48950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39138","Gasoline"]
["2018 BMW 430i xDrive Convertible ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","430i xDrive Convertible","ICE",null,0,null,null,22,32,53650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38601","Gasoline"]
["2018 BMW 530e xDrive PHEV","Passenger Vehicles (Light-Duty)",2018,"BMW","530e xDrive","PHEV",null,15,66,68,27,31,54950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38755","Gasoline"]
["2018 BMW 530i ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","530i","ICE",null,0,null,null,24,34,52650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39153","Gasoline"]
["2018 BMW 650i xDrive Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","650i xDrive Gran Coupe","ICE",null,0,null,null,16,25,96000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38627","Gasoline"]
["2018 BMW M2 ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","M2","ICE",null,0,null,null,20,26,54500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39123","Gasoline"]
["2018 BMW M3 ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","M3","ICE",null,0,null,null,17,24,66500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38975","Gasoline"]
["2018 BMW M4 Coupe ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","M4 Coupe","ICE",null,0,null,null,17,24,68700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38623","Gasoline"]
["2018 BMW M760i xDrive ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","M760i xDrive","ICE",null,0,null,null,13,20,156700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38718","Gasoline"]
["2018 BMW X3 M40i ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","X3 M40i","ICE",null,0,null,null,20,27,54500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39683","Gasoline"]
["2018 BMW X5 xDrive50i ICE","Passenger Vehicles (Light-Duty)",2018,"BMW","X5 xDrive50i","ICE",null,0,null,null,15,21,74050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39521","Gasoline"]
["2018 BMW i3 (94Ah) with Range Extender PHEV","Passenger Vehicles (Light-Duty)",2018,"BMW","i3 (94Ah) with Range Extender","PHEV",null,97,117,101,36,33,48300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39834","Gasoline"]
["2018 Buick Encore ICE","Passenger Vehicles (Light-Duty)",2018,"Buick","Encore","ICE",null,0,null,null,27,33,22990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38950","Gasoline"]
["2018 Buick LaCrosse eAssist ICE","Passenger Vehicles (Light-Duty)",2018,"Buick","LaCrosse eAssist","ICE",null,0,null,null,25,35,29565,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39292","Gasoline"]
["2018 Chevrolet Bolt EV BEV","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Bolt EV","BEV",60,238,128,110,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39786","Electricity"]
["2018 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Camaro","ICE",null,0,null,null,14,20,25905,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38816","Gasoline"]
["2018 Chevrolet Colorado 2WD ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Colorado 2WD","ICE",null,0,null,null,20,26,20200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39067","Gasoline"]
["2018 Chevrolet Cruze ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Cruze","ICE",null,0,null,null,29,40,16975,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39142","Gasoline"]
["2018 Chevrolet Equinox FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Equinox FWD","ICE",null,0,null,null,22,29,23580,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38685","Gasoline"]
["2018 Chevrolet Malibu Hybrid ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Malibu Hybrid","ICE",null,0,null,null,49,43,27875,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39339","Gasoline"]
["2018 Chevrolet Silverado K15 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Silverado K15 4WD","ICE",null,0,null,null,16,22,32225,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39359","Gasoline"]
["2018 Chevrolet Sonic 5 ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Sonic 5","ICE",null,0,null,null,27,35,17795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39181","Gasoline"]
["2018 Chevrolet Spark ACTIV ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Spark ACTIV","ICE",null,0,null,null,29,38,16120,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39417","Gasoline"]
["2018 Chevrolet Traverse FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Chevrolet","Traverse FWD","ICE",null,0,null,null,20,26,29930,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39405","Gasoline"]
["2018 Chrysler 300 ICE","Passenger Vehicles (Light-Duty)",2018,"Chrysler","300","ICE",null,0,null,null,19,30,28995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39050","Gasoline"]
["2018 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2018,"Dodge","Challenger","ICE",null,0,null,null,15,23,27295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39043","Gasoline"]
["2018 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2018,"Dodge","Charger","ICE",null,0,null,null,16,25,28995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39057","Gasoline"]
["2018 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Dodge","Durango AWD","ICE",null,0,null,null,18,25,40495,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39102","Gasoline"]
["2018 Fiat 124 Spider ICE","Passenger Vehicles (Light-Duty)",2018,"Fiat","124 Spider","ICE",null,0,null,null,25,36,24995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39484","Gasoline"]
["2018 Fiat 500 X ICE","Passenger Vehicles (Light-Duty)",2018,"Fiat","500 X","ICE",null,0,null,null,22,30,19995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39672","Gasoline"]
["2018 Ford EcoSport FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","EcoSport FWD","ICE",null,0,null,null,27,29,19995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39623","Gasoline"]
["2018 Ford Edge FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","Edge FWD","ICE",null,0,null,null,21,29,29315,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39545","Gasoline"]
["2018 Ford Expedition MAX 2WD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","Expedition MAX 2WD","ICE",null,0,null,null,17,23,54475,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39635","Gasoline"]
["2018 Ford F150 2.7L 4WD GVWR>6799 LBS ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","F150 2.7L 4WD GVWR>6799 LBS","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39257","Gasoline"]
["2018 Ford F150 4WD BASE PAYLOAD LT TIRE ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","F150 4WD BASE PAYLOAD LT TIRE","ICE",null,0,null,null,18,23,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39256","Gasoline"]
["2018 Ford F150 Pickup 2WD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","F150 Pickup 2WD","ICE",null,0,null,null,20,26,27705,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39241","Gasoline"]
["2018 Ford Flex AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","Flex AWD","ICE",null,0,null,null,15,21,34945,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38861","Gasoline"]
["2018 Ford Focus FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","Focus FWD","ICE",null,0,null,null,26,38,17950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39604","Gasoline"]
["2018 Ford Focus ST FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","Focus ST FWD","ICE",null,0,null,null,22,30,25170,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39611","Gasoline"]
["2018 Ford GT ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","GT","ICE",null,0,null,null,11,18,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39788","Gasoline"]
["2018 Ford Taurus AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","Taurus AWD","ICE",null,0,null,null,16,24,31970,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39662","Gasoline"]
["2018 Ford Transit Connect Wagon FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Ford","Transit Connect Wagon FWD","ICE",null,0,null,null,19,27,25905,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38836","Gasoline"]
["2018 GMC Acadia FWD ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","Acadia FWD","ICE",null,0,null,null,18,25,29000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38958","Gasoline"]
["2018 GMC Sierra C15 Cab Chassis 2WD ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","Sierra C15 Cab Chassis 2WD","ICE",null,0,null,null,15,20,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38996","Gasoline"]
["2018 GMC Sierra K15 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","Sierra K15 4WD","ICE",null,0,null,null,15,20,32645,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38992","Gasoline"]
["2018 GMC Yukon K1500 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"GMC","Yukon K1500 4WD","ICE",null,0,null,null,16,22,52080,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39024","Gasoline"]
["2018 Honda Accord 2.0T Sport/Touring ICE","Passenger Vehicles (Light-Duty)",2018,"Honda","Accord 2.0T Sport/Touring","ICE",null,0,null,null,22,32,33800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39751","Gasoline"]
["2018 Honda Accord Hybrid ICE","Passenger Vehicles (Light-Duty)",2018,"Honda","Accord Hybrid","ICE",null,0,null,null,47,47,25100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39918","Gasoline"]
["2018 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2018,"Honda","Civic 4Dr","ICE",null,0,null,null,31,40,18940,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39566","Gasoline"]
["2018 Honda Clarity EV BEV","Passenger Vehicles (Light-Duty)",2018,"Honda","Clarity EV","BEV",25.5,89,126,103,null,null,36620,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40044","Electricity"]
["2018 Honda Fit ICE","Passenger Vehicles (Light-Duty)",2018,"Honda","Fit","ICE",null,0,null,null,31,36,16190,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38979","Gasoline"]
["2018 Honda Pilot FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Honda","Pilot FWD","ICE",null,0,null,null,20,27,30900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39793","Gasoline"]
["2018 Hyundai Elantra ICE","Passenger Vehicles (Light-Duty)",2018,"Hyundai","Elantra","ICE",null,0,null,null,32,40,16950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38926","Gasoline"]
["2018 Hyundai Elantra GT ICE","Passenger Vehicles (Light-Duty)",2018,"Hyundai","Elantra GT","ICE",null,0,null,null,23,31,19350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38792","Gasoline"]
["2018 Hyundai Kona AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Hyundai","Kona AWD","ICE",null,0,null,null,26,29,20800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39826","Gasoline"]
["2018 Hyundai Kona FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Hyundai","Kona FWD","ICE",null,0,null,null,27,33,19500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39824","Gasoline"]
["2018 Hyundai Sonata ICE","Passenger Vehicles (Light-Duty)",2018,"Hyundai","Sonata","ICE",null,0,null,null,23,32,22650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38719","Gasoline"]
["2018 Hyundai Tucson AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Hyundai","Tucson AWD","ICE",null,0,null,null,24,28,23950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39630","Gasoline"]
["2018 Jeep Cherokee FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Jeep","Cherokee FWD","ICE",null,0,null,null,21,29,24395,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39090","Gasoline"]
["2018 Jeep Compass 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Jeep","Compass 4WD","ICE",null,0,null,null,22,31,22495,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38898","Gasoline"]
["2018 Jeep New Wrangler 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Jeep","New Wrangler 4WD","ICE",null,0,null,null,17,25,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39805","Gasoline"]
["2018 Jeep Renegade 2WD ICE","Passenger Vehicles (Light-Duty)",2018,"Jeep","Renegade 2WD","ICE",null,0,null,null,22,30,18445,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39804","Gasoline"]
["2018 Karma Revero PHEV","Passenger Vehicles (Light-Duty)",2018,"Karma","Revero","PHEV",null,37,59,61,20,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39409","Gasoline"]
["2018 Kia K900 ICE","Passenger Vehicles (Light-Duty)",2018,"Kia","K900","ICE",null,0,null,null,17,25,50900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39757","Gasoline"]
["2018 Kia Niro Touring ICE","Passenger Vehicles (Light-Duty)",2018,"Kia","Niro Touring","ICE",null,0,null,null,46,40,32000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39618","Gasoline"]
["2018 Kia Optima Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2018,"Kia","Optima Plug-in Hybrid","PHEV",9.8000000000000007,29,103,104,38,43,35210,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39783","Gasoline"]
["2018 Kia Sorento AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Kia","Sorento AWD","ICE",null,0,null,null,21,25,29990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38693","Gasoline"]
["2018 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2018,"Kia","Soul","ICE",null,0,null,null,26,31,16200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38889","Gasoline"]
["2018 Kia Sportage FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Kia","Sportage FWD","ICE",null,0,null,null,22,29,23600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38747","Gasoline"]
["2018 MINI Cooper Clubman ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","Cooper Clubman","ICE",null,0,null,null,24,32,24800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39162","Gasoline"]
["2018 MINI Cooper Hardtop 4 door ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","Cooper Hardtop 4 door","ICE",null,0,null,null,28,37,22600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39125","Gasoline"]
["2018 MINI Cooper S Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","Cooper S Clubman All4","ICE",null,0,null,null,22,31,30300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39174","Gasoline"]
["2018 MINI Cooper S Countryman All4 ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","Cooper S Countryman All4","ICE",null,0,null,null,21,31,31700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39173","Gasoline"]
["2018 MINI John Cooper Works Clubman All4 ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","John Cooper Works Clubman All4","ICE",null,0,null,null,21,31,35900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39237","Gasoline"]
["2018 MINI John Cooper Works Hardtop ICE","Passenger Vehicles (Light-Duty)",2018,"MINI","John Cooper Works Hardtop","ICE",null,0,null,null,23,32,31800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39131","Gasoline"]
["2018 Mazda 3 5-Door ICE","Passenger Vehicles (Light-Duty)",2018,"Mazda","3 5-Door","ICE",null,0,null,null,28,37,19345,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38874","Gasoline"]
["2018 Mazda CX-5 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Mazda","CX-5 4WD","ICE",null,0,null,null,24,30,25450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39781","Gasoline"]
["2018 Mercedes-Benz AMG C43 4matic ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","AMG C43 4matic","ICE",null,0,null,null,20,27,53400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39227","Gasoline"]
["2018 Mercedes-Benz AMG C63 S Coupe ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","AMG C63 S Coupe","ICE",null,0,null,null,17,23,75500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39325","Gasoline"]
["2018 Mercedes-Benz AMG E63 S 4matic (wagon) ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","AMG E63 S 4matic (wagon)","ICE",null,0,null,null,16,22,106950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39357","Gasoline"]
["2018 Mercedes-Benz AMG GLC63 S 4matic Coupe ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","AMG GLC63 S 4matic Coupe","ICE",null,0,null,null,15,22,80750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=40041","Gasoline"]
["2018 Mercedes-Benz AMG GT Coupe ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","AMG GT Coupe","ICE",null,0,null,null,16,22,112400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38846","Gasoline"]
["2018 Mercedes-Benz AMG S63 4matic Convertible ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","AMG S63 4matic Convertible","ICE",null,0,null,null,15,24,179500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39946","Gasoline"]
["2018 Mercedes-Benz C300 ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","C300","ICE",null,0,null,null,24,33,40250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39226","Gasoline"]
["2018 Mercedes-Benz CLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","CLA250 4matic","ICE",null,0,null,null,24,32,34700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38735","Gasoline"]
["2018 Mercedes-Benz G550 ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","G550","ICE",null,0,null,null,13,14,123600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39749","Gasoline"]
["2018 Mercedes-Benz GLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","GLA250 4matic","ICE",null,0,null,null,23,31,35400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38769","Gasoline"]
["2018 Mercedes-Benz Metris (Cargo Van) ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","Metris (Cargo Van)","ICE",null,0,null,null,21,24,25995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39458","Gasoline"]
["2018 Mercedes-Benz Metris (Cargo Van, LWB) ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","Metris (Cargo Van, LWB)","ICE",null,0,null,null,21,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39859","Gasoline"]
["2018 Mercedes-Benz SL450 ICE","Passenger Vehicles (Light-Duty)",2018,"Mercedes-Benz","SL450","ICE",null,0,null,null,20,28,88200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39411","Gasoline"]
["2018 Mitsubishi Mirage G4 ICE","Passenger Vehicles (Light-Duty)",2018,"Mitsubishi","Mirage G4","ICE",null,0,null,null,35,41,14395,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39152","Gasoline"]
["2018 Mitsubishi Outlander PHEV PHEV","Passenger Vehicles (Light-Duty)",2018,"Mitsubishi","Outlander PHEV","PHEV",12,22,78,70,25,26,34595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39830","Gasoline"]
["2018 Nissan 370Z Roadster ICE","Passenger Vehicles (Light-Duty)",2018,"Nissan","370Z Roadster","ICE",null,0,null,null,18,25,41920,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38710","Gasoline"]
["2018 Nissan Frontier 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Nissan","Frontier 4WD","ICE",null,0,null,null,16,21,28110,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39515","Gasoline"]
["2018 Nissan GT-R ICE","Passenger Vehicles (Light-Duty)",2018,"Nissan","GT-R","ICE",null,0,null,null,16,22,99990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39652","Gasoline"]
["2018 Nissan NV200 NYC Taxi ICE","Passenger Vehicles (Light-Duty)",2018,"Nissan","NV200 NYC Taxi","ICE",null,0,null,null,23,26,30400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39459","Gasoline"]
["2018 Nissan Sentra Nismo ICE","Passenger Vehicles (Light-Duty)",2018,"Nissan","Sentra Nismo","ICE",null,0,null,null,25,30,25790,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39661","Gasoline"]
["2018 Nissan Sentra Nismo ICE","Passenger Vehicles (Light-Duty)",2018,"Nissan","Sentra Nismo","ICE",null,0,null,null,25,31,25790,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39659","Gasoline"]
["2018 Subaru BRZ ICE","Passenger Vehicles (Light-Duty)",2018,"Subaru","BRZ","ICE",null,0,null,null,24,33,25595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39706","Gasoline"]
["2018 Subaru Forester AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Subaru","Forester AWD","ICE",null,0,null,null,22,28,22795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38645","Gasoline"]
["2018 Subaru Impreza Sport 5-Door ICE","Passenger Vehicles (Light-Duty)",2018,"Subaru","Impreza Sport 5-Door","ICE",null,0,null,null,27,35,22595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38893","Gasoline"]
["2018 Subaru WRX STI Type RA ICE","Passenger Vehicles (Light-Duty)",2018,"Subaru","WRX STI Type RA","ICE",null,0,null,null,16,22,36095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39792","Gasoline"]
["2018 Tesla Model S P100D BEV","Passenger Vehicles (Light-Duty)",2018,"Tesla","Model S P100D","BEV",100,315,92,105,null,null,135000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39840","Electricity"]
["2018 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","4Runner 4WD","ICE",null,0,null,null,17,20,36685,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39380","Gasoline"]
["2018 Toyota Avalon ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","Avalon","ICE",null,0,null,null,21,30,33500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38787","Gasoline"]
["2018 Toyota Corolla LE Eco ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","Corolla LE Eco","ICE",null,0,null,null,29,38,19435,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39345","Gasoline"]
["2018 Toyota Highlander ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","Highlander","ICE",null,0,null,null,20,27,42280,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39730","Gasoline"]
["2018 Toyota Prius ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","Prius","ICE",null,0,null,null,54,50,23475,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39752","Gasoline"]
["2018 Toyota RAV4 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","RAV4 AWD","ICE",null,0,null,null,22,28,26060,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39371","Gasoline"]
["2018 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","Tacoma 4WD","ICE",null,0,null,null,19,22,28475,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39766","Gasoline"]
["2018 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2018,"Toyota","Tundra 4WD","ICE",null,0,null,null,13,17,34370,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39265","Gasoline"]
["2018 Volkswagen Atlas ICE","Passenger Vehicles (Light-Duty)",2018,"Volkswagen","Atlas","ICE",null,0,null,null,22,26,30750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39468","Gasoline"]
["2018 Volkswagen GTI ICE","Passenger Vehicles (Light-Duty)",2018,"Volkswagen","GTI","ICE",null,0,null,null,24,32,26415,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39610","Gasoline"]
["2018 Volkswagen Golf R ICE","Passenger Vehicles (Light-Duty)",2018,"Volkswagen","Golf R","ICE",null,0,null,null,21,29,39785,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38912","Gasoline"]
["2018 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2018,"Volkswagen","Jetta","ICE",null,0,null,null,24,33,18645,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39229","Gasoline"]
["2018 Volvo S60 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Volvo","S60 AWD","ICE",null,0,null,null,22,32,60000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38782","Gasoline"]
["2018 Volvo S60 Inscription FWD ICE","Passenger Vehicles (Light-Duty)",2018,"Volvo","S60 Inscription FWD","ICE",null,0,null,null,25,36,36950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38780","Gasoline"]
["2018 Volvo V60 CC AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Volvo","V60 CC AWD","ICE",null,0,null,null,22,30,41850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38795","Gasoline"]
["2018 Volvo XC60 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Volvo","XC60 AWD","ICE",null,0,null,null,21,27,41500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38807","Gasoline"]
["2018 Volvo XC90 AWD ICE","Passenger Vehicles (Light-Duty)",2018,"Volvo","XC90 AWD","ICE",null,0,null,null,20,27,54050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38810","Gasoline"]
["2017 BMW 320i ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","320i","ICE",null,0,null,null,23,35,33450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37759","Gasoline"]
["2017 BMW 330i xDrive ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","330i xDrive","ICE",null,0,null,null,23,33,40750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37889","Gasoline"]
["2017 BMW 430i Convertible ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","430i Convertible","ICE",null,0,null,null,23,34,50300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37880","Gasoline"]
["2017 BMW 440i Coupe ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","440i Coupe","ICE",null,0,null,null,21,32,48500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37968","Gasoline"]
["2017 BMW 535i Gran Turismo ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","535i Gran Turismo","ICE",null,0,null,null,19,27,60900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37632","Gasoline"]
["2017 BMW 640i Convertible ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","640i Convertible","ICE",null,0,null,null,20,29,85100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37327","Gasoline"]
["2017 BMW 650i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","650i Gran Coupe","ICE",null,0,null,null,17,24,91200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37824","Gasoline"]
["2017 BMW 740i ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","740i","ICE",null,0,null,null,21,29,81500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37979","Gasoline"]
["2017 BMW M240i Convertible ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","M240i Convertible","ICE",null,0,null,null,19,29,49050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38010","Gasoline"]
["2017 BMW M3 ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","M3","ICE",null,0,null,null,17,24,64000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37761","Gasoline"]
["2017 BMW M6 Coupe ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","M6 Coupe","ICE",null,0,null,null,15,22,113700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37330","Gasoline"]
["2017 BMW X3 xDrive28i ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","X3 xDrive28i","ICE",null,0,null,null,21,28,42050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37344","Gasoline"]
["2017 BMW X5 sDrive35i ICE","Passenger Vehicles (Light-Duty)",2017,"BMW","X5 sDrive35i","ICE",null,0,null,null,18,25,56600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37793","Gasoline"]
["2017 BMW i3 BEV (60  Amp-hour battery) BEV","Passenger Vehicles (Light-Duty)",2017,"BMW","i3 BEV (60  Amp-hour battery)","BEV",null,81,137,111,null,null,42400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38000","Electricity"]
["2017 Buick Envision AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Buick","Envision AWD","ICE",null,0,null,null,21,28,37720,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37671","Gasoline"]
["2017 Buick Envision FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Buick","Envision FWD","ICE",null,0,null,null,22,29,34065,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37784","Gasoline"]
["2017 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Camaro","ICE",null,0,null,null,20,30,25905,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37613","Gasoline"]
["2017 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Colorado 4WD","ICE",null,0,null,null,17,24,28000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38389","Gasoline"]
["2017 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Colorado 4WD","ICE",null,0,null,null,19,24,28000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38388","Gasoline"]
["2017 Chevrolet Cruze Premier ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Cruze Premier","ICE",null,0,null,null,29,39,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37908","Gasoline"]
["2017 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Malibu","ICE",null,0,null,null,27,36,21680,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37928","Gasoline"]
["2017 Chevrolet Malibu ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Malibu","ICE",null,0,null,null,22,33,21680,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38096","Gasoline"]
["2017 Chevrolet Silverado K15 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Silverado K15 4WD","ICE",null,0,null,null,16,22,31525,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37652","Gasoline"]
["2017 Chevrolet Sonic 5 ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Sonic 5","ICE",null,0,null,null,24,34,17580,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37940","Gasoline"]
["2017 Chevrolet Spark ICE","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Spark","ICE",null,0,null,null,30,38,13000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37882","Gasoline"]
["2017 Chevrolet Volt PHEV","Passenger Vehicles (Light-Duty)",2017,"Chevrolet","Volt","PHEV",18.399999999999999,53,113,99,43,42,33220,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37309","Gasoline"]
["2017 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2017,"Dodge","Challenger","ICE",null,0,null,null,14,23,26995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38410","Gasoline"]
["2017 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2017,"Dodge","Challenger","ICE",null,0,null,null,16,25,26995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38318","Gasoline"]
["2017 Dodge Charger AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Dodge","Charger AWD","ICE",null,0,null,null,18,27,30245,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38335","Gasoline"]
["2017 Dodge Journey AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Dodge","Journey AWD","ICE",null,0,null,null,16,24,26795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37791","Gasoline"]
["2017 Fiat 500 ICE","Passenger Vehicles (Light-Duty)",2017,"Fiat","500","ICE",null,0,null,null,27,33,14995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37807","Gasoline"]
["2017 Fiat 500 X AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Fiat","500 X AWD","ICE",null,0,null,null,21,29,23890,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38183","Gasoline"]
["2017 Ford Edge FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Edge FWD","ICE",null,0,null,null,20,29,28950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38359","Gasoline"]
["2017 Ford Escape AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Escape AWD","ICE",null,0,null,null,22,28,27000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37363","Gasoline"]
["2017 Ford Explorer FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Explorer FWD","ICE",null,0,null,null,19,27,31160,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37595","Gasoline"]
["2017 Ford F150 2WD BASE PAYLOAD LT TIRE ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","F150 2WD BASE PAYLOAD LT TIRE","ICE",null,0,null,null,19,24,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38268","Gasoline"]
["2017 Ford F150 Pickup 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","F150 Pickup 4WD","ICE",null,0,null,null,18,23,31755,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38273","Gasoline"]
["2017 Ford Flex FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Flex FWD","ICE",null,0,null,null,16,23,30025,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38418","Gasoline"]
["2017 Ford Fusion AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Fusion AWD","ICE",null,0,null,null,20,29,27535,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37381","Gasoline"]
["2017 Ford Fusion FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Fusion FWD","ICE",null,0,null,null,23,34,22610,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37382","Gasoline"]
["2017 Ford Mustang ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Mustang","ICE",null,0,null,null,15,24,25185,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37580","Gasoline"]
["2017 Ford Mustang Performance Package ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Mustang Performance Package","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37582","Gasoline"]
["2017 Ford Transit Connect Van 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"Ford","Transit Connect Van 2WD","ICE",null,0,null,null,20,27,23010,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37833","Gasoline"]
["2017 GMC Acadia FWD ICE","Passenger Vehicles (Light-Duty)",2017,"GMC","Acadia FWD","ICE",null,0,null,null,18,25,29070,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37406","Gasoline"]
["2017 GMC Canyon 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"GMC","Canyon 4WD","ICE",null,0,null,null,19,24,29050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38391","Gasoline"]
["2017 GMC Sierra C15 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"GMC","Sierra C15 2WD","ICE",null,0,null,null,16,22,28205,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38186","Gasoline"]
["2017 GMC Sierra K15 Cab Chassis 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"GMC","Sierra K15 Cab Chassis 4WD","ICE",null,0,null,null,15,19,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37668","Gasoline"]
["2017 GMC Yukon C1500 XL 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"GMC","Yukon C1500 XL 2WD","ICE",null,0,null,null,16,23,51230,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37684","Gasoline"]
["2017 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2017,"Honda","Accord","ICE",null,0,null,null,26,34,22355,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37626","Gasoline"]
["2017 Honda CR-V FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Honda","CR-V FWD","ICE",null,0,null,null,28,34,24045,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38449","Gasoline"]
["2017 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2017,"Honda","Civic 4Dr","ICE",null,0,null,null,32,42,18740,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38249","Gasoline"]
["2017 Honda Civic 5Dr Sport ICE","Passenger Vehicles (Light-Duty)",2017,"Honda","Civic 5Dr Sport","ICE",null,0,null,null,30,39,21300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38258","Gasoline"]
["2017 Honda HR-V AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Honda","HR-V AWD","ICE",null,0,null,null,27,31,21465,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38161","Gasoline"]
["2017 Honda Ridgeline FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Honda","Ridgeline FWD","ICE",null,0,null,null,19,26,29475,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37403","Gasoline"]
["2017 Hyundai Azera ICE","Passenger Vehicles (Light-Duty)",2017,"Hyundai","Azera","ICE",null,0,null,null,20,28,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37730","Gasoline"]
["2017 Hyundai Elantra GT ICE","Passenger Vehicles (Light-Duty)",2017,"Hyundai","Elantra GT","ICE",null,0,null,null,24,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37353","Gasoline"]
["2017 Hyundai Santa Fe AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Hyundai","Santa Fe AWD","ICE",null,0,null,null,18,24,32550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37230","Gasoline"]
["2017 Hyundai Santa Fe Ultimate AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Hyundai","Santa Fe Ultimate AWD","ICE",null,0,null,null,17,22,40450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37231","Gasoline"]
["2017 Hyundai Sonata Sport Limited ICE","Passenger Vehicles (Light-Duty)",2017,"Hyundai","Sonata Sport Limited","ICE",null,0,null,null,25,35,23400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37433","Gasoline"]
["2017 Hyundai Tucson FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Hyundai","Tucson FWD","ICE",null,0,null,null,23,30,22700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37541","Gasoline"]
["2017 Jeep Cherokee 4WD Active Drive II ICE","Passenger Vehicles (Light-Duty)",2017,"Jeep","Cherokee 4WD Active Drive II","ICE",null,0,null,null,21,27,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38284","Gasoline"]
["2017 Jeep Compass 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Jeep","Compass 4WD","ICE",null,0,null,null,20,25,21940,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37737","Gasoline"]
["2017 Jeep Grand Cherokee 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"Jeep","Grand Cherokee 2WD","ICE",null,0,null,null,19,26,30395,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37857","Gasoline"]
["2017 Jeep New Compass 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Jeep","New Compass 4WD","ICE",null,0,null,null,22,30,22495,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38534","Gasoline"]
["2017 Jeep Wrangler Unlimited 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Jeep","Wrangler Unlimited 4WD","ICE",null,0,null,null,16,21,27895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38223","Gasoline"]
["2017 Kia Cadenza ICE","Passenger Vehicles (Light-Duty)",2017,"Kia","Cadenza","ICE",null,0,null,null,20,28,31990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37830","Gasoline"]
["2017 Kia Forte Koup ICE","Passenger Vehicles (Light-Duty)",2017,"Kia","Forte Koup","ICE",null,0,null,null,25,32,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38092","Gasoline"]
["2017 Kia Optima Plug-in Hybrid PHEV","Passenger Vehicles (Light-Duty)",2017,"Kia","Optima Plug-in Hybrid","PHEV",9.8000000000000007,29,103,104,38,43,35210,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38406","Gasoline"]
["2017 Kia Sedona SXL ICE","Passenger Vehicles (Light-Duty)",2017,"Kia","Sedona SXL","ICE",null,0,null,null,17,22,28900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37356","Gasoline"]
["2017 Kia Soul ICE","Passenger Vehicles (Light-Duty)",2017,"Kia","Soul","ICE",null,0,null,null,25,30,16100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38067","Gasoline"]
["2017 Kia Sportage FE FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Kia","Sportage FE FWD","ICE",null,0,null,null,23,30,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37263","Gasoline"]
["2017 Kia Sportage FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Kia","Sportage FWD","ICE",null,0,null,null,21,26,23200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37264","Gasoline"]
["2017 MINI Cooper Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2017,"MINI","Cooper Hardtop 2 door","ICE",null,0,null,null,28,38,20950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37753","Gasoline"]
["2017 MINI Cooper S Clubman ICE","Passenger Vehicles (Light-Duty)",2017,"MINI","Cooper S Clubman","ICE",null,0,null,null,22,31,27650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38179","Gasoline"]
["2017 MINI Cooper S Countryman ICE","Passenger Vehicles (Light-Duty)",2017,"MINI","Cooper S Countryman","ICE",null,0,null,null,23,32,29100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38555","Gasoline"]
["2017 MINI John Cooper Works Hardtop ICE","Passenger Vehicles (Light-Duty)",2017,"MINI","John Cooper Works Hardtop","ICE",null,0,null,null,25,32,30900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37821","Gasoline"]
["2017 Mazda 3 5-Door ICE","Passenger Vehicles (Light-Duty)",2017,"Mazda","3 5-Door","ICE",null,0,null,null,27,36,19095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38328","Gasoline"]
["2017 Mazda 6 ICE","Passenger Vehicles (Light-Duty)",2017,"Mazda","6","ICE",null,0,null,null,27,35,21945,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38033","Gasoline"]
["2017 Mazda MX-5 ICE","Passenger Vehicles (Light-Duty)",2017,"Mazda","MX-5","ICE",null,0,null,null,26,35,24915,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38175","Gasoline"]
["2017 Mercedes-Benz AMG C63 S ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","AMG C63 S","ICE",null,0,null,null,18,24,72800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38095","Gasoline"]
["2017 Mercedes-Benz AMG E43 4matic ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","AMG E43 4matic","ICE",null,0,null,null,18,25,72400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38376","Gasoline"]
["2017 Mercedes-Benz AMG GLE63 ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","AMG GLE63","ICE",null,0,null,null,13,17,101690,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37867","Gasoline"]
["2017 Mercedes-Benz AMG GT S ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","AMG GT S","ICE",null,0,null,null,16,22,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37957","Gasoline"]
["2017 Mercedes-Benz C300 ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","C300","ICE",null,0,null,null,24,34,39500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38025","Gasoline"]
["2017 Mercedes-Benz CLA250 4matic ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","CLA250 4matic","ICE",null,0,null,null,23,32,34400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38142","Gasoline"]
["2017 Mercedes-Benz E400 4matic (station wagon) ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","E400 4matic (station wagon)","ICE",null,0,null,null,19,25,62300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38588","Gasoline"]
["2017 Mercedes-Benz GLA250 ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","GLA250","ICE",null,0,null,null,24,33,32850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38119","Gasoline"]
["2017 Mercedes-Benz GLC300 4matic ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","GLC300 4matic","ICE",null,0,null,null,21,28,41150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37853","Gasoline"]
["2017 Mercedes-Benz Metris (Cargo Van) ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","Metris (Cargo Van)","ICE",null,0,null,null,21,24,25995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38348","Gasoline"]
["2017 Mercedes-Benz S65 AMG Convertible ICE","Passenger Vehicles (Light-Duty)",2017,"Mercedes-Benz","S65 AMG Convertible","ICE",null,0,null,null,14,21,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38051","Gasoline"]
["2017 Mitsubishi Lancer ICE","Passenger Vehicles (Light-Duty)",2017,"Mitsubishi","Lancer","ICE",null,0,null,null,27,34,17795,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38146","Gasoline"]
["2017 Mitsubishi Outlander 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Mitsubishi","Outlander 4WD","ICE",null,0,null,null,24,29,24995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38288","Gasoline"]
["2017 Nissan 370Z ICE","Passenger Vehicles (Light-Duty)",2017,"Nissan","370Z","ICE",null,0,null,null,19,26,29990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37454","Gasoline"]
["2017 Nissan Altima SR ICE","Passenger Vehicles (Light-Duty)",2017,"Nissan","Altima SR","ICE",null,0,null,null,26,37,24470,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38149","Gasoline"]
["2017 Nissan Frontier 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Nissan","Frontier 4WD","ICE",null,0,null,null,15,21,27320,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38301","Gasoline"]
["2017 Nissan Maxima ICE","Passenger Vehicles (Light-Duty)",2017,"Nissan","Maxima","ICE",null,0,null,null,21,30,32610,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37533","Gasoline"]
["2017 Nissan Pathfinder 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"Nissan","Pathfinder 2WD","ICE",null,0,null,null,20,27,30290,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38163","Gasoline"]
["2017 Nissan Rogue Hybrid  FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Nissan","Rogue Hybrid  FWD","ICE",null,0,null,null,33,35,26240,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38510","Gasoline"]
["2017 Nissan Sentra Nismo ICE","Passenger Vehicles (Light-Duty)",2017,"Nissan","Sentra Nismo","ICE",null,0,null,null,25,31,24990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38517","Gasoline"]
["2017 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"Ram","1500 2WD","ICE",null,0,null,null,15,22,26495,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37991","Gasoline"]
["2017 Subaru Forester AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Subaru","Forester AWD","ICE",null,0,null,null,26,32,22595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37453","Gasoline"]
["2017 Subaru Impreza 5-Door ICE","Passenger Vehicles (Light-Duty)",2017,"Subaru","Impreza 5-Door","ICE",null,0,null,null,24,31,18895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38540","Gasoline"]
["2017 Tesla Model 3 Long Range BEV","Passenger Vehicles (Light-Duty)",2017,"Tesla","Model 3 Long Range","BEV",80.5,310,131,120,null,null,44000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39769","Electricity"]
["2017 Tesla Model S (60 kW-hr battery pack) BEV","Passenger Vehicles (Light-Duty)",2017,"Tesla","Model S (60 kW-hr battery pack)","BEV",60,210,98,101,null,null,68000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38557","Electricity"]
["2017 Tesla Model X AWD - 100D BEV","Passenger Vehicles (Light-Duty)",2017,"Tesla","Model X AWD - 100D","BEV",100,295,86,89,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=39831","Electricity"]
["2017 Toyota 4Runner 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Toyota","4Runner 4WD","ICE",null,0,null,null,17,20,36085,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38514","Gasoline"]
["2017 Toyota Camry ICE","Passenger Vehicles (Light-Duty)",2017,"Toyota","Camry","ICE",null,0,null,null,21,30,23070,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37534","Gasoline"]
["2017 Toyota Highlander ICE","Passenger Vehicles (Light-Duty)",2017,"Toyota","Highlander","ICE",null,0,null,null,20,27,30630,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38416","Gasoline"]
["2017 Toyota Highlander Hybrid AWD LE Plus ICE","Passenger Vehicles (Light-Duty)",2017,"Toyota","Highlander Hybrid AWD LE Plus","ICE",null,0,null,null,30,28,47880,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38426","Gasoline"]
["2017 Toyota Prius Prime PHEV","Passenger Vehicles (Light-Duty)",2017,"Toyota","Prius Prime","PHEV",8.8000000000000007,25,145,121,55,53,27100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38531","Gasoline"]
["2017 Toyota Sequoia 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"Toyota","Sequoia 2WD","ICE",null,0,null,null,13,17,45560,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38306","Gasoline"]
["2017 Toyota Tundra 2WD ICE","Passenger Vehicles (Light-Duty)",2017,"Toyota","Tundra 2WD","ICE",null,0,null,null,15,19,30120,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38121","Gasoline"]
["2017 Toyota Tundra 4WD ICE","Passenger Vehicles (Light-Duty)",2017,"Toyota","Tundra 4WD","ICE",null,0,null,null,13,17,33170,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38128","Gasoline"]
["2017 Volkswagen Beetle Dune ICE","Passenger Vehicles (Light-Duty)",2017,"Volkswagen","Beetle Dune","ICE",null,0,null,null,24,31,23995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38243","Gasoline"]
["2017 Volkswagen Golf SportWagen ICE","Passenger Vehicles (Light-Duty)",2017,"Volkswagen","Golf SportWagen","ICE",null,0,null,null,25,35,21580,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37983","Gasoline"]
["2017 Volkswagen Golf SportWagen ICE","Passenger Vehicles (Light-Duty)",2017,"Volkswagen","Golf SportWagen","ICE",null,0,null,null,25,34,21580,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37982","Gasoline"]
["2017 Volkswagen Passat ICE","Passenger Vehicles (Light-Duty)",2017,"Volkswagen","Passat","ICE",null,0,null,null,23,34,22440,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37726","Gasoline"]
["2017 Volvo S60 Polestar AWD ICE","Passenger Vehicles (Light-Duty)",2017,"Volvo","S60 Polestar AWD","ICE",null,0,null,null,20,27,60000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38059","Gasoline"]
["2017 Volvo S90 FWD ICE","Passenger Vehicles (Light-Duty)",2017,"Volvo","S90 FWD","ICE",null,0,null,null,23,34,46950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37557","Gasoline"]
["2017 Volvo XC90 AWD PHEV PHEV","Passenger Vehicles (Light-Duty)",2017,"Volvo","XC90 AWD PHEV","PHEV",9.1999999999999993,14,53,55,24,27,67800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37703","Gasoline"]
["2016 BMW 228i ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","228i","ICE",null,0,null,null,23,35,32850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36788","Gasoline"]
["2016 BMW 228i ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","228i","ICE",null,0,null,null,22,33,32850,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36638","Gasoline"]
["2016 BMW 328i xDrive Gran Turismo ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","328i xDrive Gran Turismo","ICE",null,0,null,null,22,33,43000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36685","Gasoline"]
["2016 BMW 428i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","428i Gran Coupe","ICE",null,0,null,null,23,34,41650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36727","Gasoline"]
["2016 BMW 435i Coupe ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","435i Coupe","ICE",null,0,null,null,20,30,48150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36656","Gasoline"]
["2016 BMW 528i xDrive ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","528i xDrive","ICE",null,0,null,null,22,33,52500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36680","Gasoline"]
["2016 BMW 640i Coupe ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","640i Coupe","ICE",null,0,null,null,20,30,77300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36065","Gasoline"]
["2016 BMW 640i Gran Coupe ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","640i Gran Coupe","ICE",null,0,null,null,20,30,79500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36085","Gasoline"]
["2016 BMW ActiveHybrid 5 ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","ActiveHybrid 5","ICE",null,0,null,null,23,30,62100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37112","Gasoline"]
["2016 BMW M235i xDrive ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","M235i xDrive","ICE",null,0,null,null,20,30,46150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36712","Gasoline"]
["2016 BMW M4 Convertible ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","M4 Convertible","ICE",null,0,null,null,17,26,74200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36715","Gasoline"]
["2016 BMW M6 Convertible ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","M6 Convertible","ICE",null,0,null,null,14,20,119700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36084","Gasoline"]
["2016 BMW X3 xDrive28i ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","X3 xDrive28i","ICE",null,0,null,null,21,28,40950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36141","Gasoline"]
["2016 BMW X5 xDrive40e PHEV","Passenger Vehicles (Light-Duty)",2016,"BMW","X5 xDrive40e","PHEV",null,14,55,57,23,25,62100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37068","Gasoline"]
["2016 BMW Z4 sDrive35i ICE","Passenger Vehicles (Light-Duty)",2016,"BMW","Z4 sDrive35i","ICE",null,0,null,null,17,23,57500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36063","Gasoline"]
["2016 BYD e6 BEV","Passenger Vehicles (Light-Duty)",2016,"BYD","e6","BEV",60,187,73,71,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37800","Electricity"]
["2016 Buick Encore ICE","Passenger Vehicles (Light-Duty)",2016,"Buick","Encore","ICE",null,0,null,null,27,33,24065,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37204","Gasoline"]
["2016 Buick Regal AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Buick","Regal AWD","ICE",null,0,null,null,19,27,31415,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36454","Gasoline"]
["2016 Chevrolet Camaro ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Camaro","ICE",null,0,null,null,21,29,25700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37249","Gasoline"]
["2016 Chevrolet Colorado 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Colorado 4WD","ICE",null,0,null,null,17,24,27545,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36596","Gasoline"]
["2016 Chevrolet Corvette ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Corvette","ICE",null,0,null,null,16,29,55400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36440","Gasoline"]
["2016 Chevrolet Equinox AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Equinox AWD","ICE",null,0,null,null,16,23,26960,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36506","Gasoline"]
["2016 Chevrolet Impala ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Impala","ICE",null,0,null,null,22,31,27095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36688","Gasoline"]
["2016 Chevrolet SS ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","SS","ICE",null,0,null,null,14,22,46575,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37167","Gasoline"]
["2016 Chevrolet Silverado K15 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Silverado K15 4WD","ICE",null,0,null,null,15,21,31035,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37046","Gasoline"]
["2016 Chevrolet Sonic ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Sonic","ICE",null,0,null,null,27,36,14345,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36449","Gasoline"]
["2016 Chevrolet Sonic RS ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Sonic RS","ICE",null,0,null,null,26,33,20095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36448","Gasoline"]
["2016 Chevrolet Tahoe K1500 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Tahoe K1500 4WD","ICE",null,0,null,null,16,22,50000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36622","Gasoline"]
["2016 Chevrolet Volt PHEV","Passenger Vehicles (Light-Duty)",2016,"Chevrolet","Volt","PHEV",18.399999999999999,53,113,99,43,42,33170,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36863","Gasoline"]
["2016 Dodge Challenger ICE","Passenger Vehicles (Light-Duty)",2016,"Dodge","Challenger","ICE",null,0,null,null,19,30,26995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36951","Gasoline"]
["2016 Dodge Charger ICE","Passenger Vehicles (Light-Duty)",2016,"Dodge","Charger","ICE",null,0,null,null,16,25,27995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36969","Gasoline"]
["2016 Dodge Charger SRT8 ICE","Passenger Vehicles (Light-Duty)",2016,"Dodge","Charger SRT8","ICE",null,0,null,null,13,22,50995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36973","Gasoline"]
["2016 Dodge Durango AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Dodge","Durango AWD","ICE",null,0,null,null,18,25,33095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37210","Gasoline"]
["2016 Dodge Journey ICE","Passenger Vehicles (Light-Duty)",2016,"Dodge","Journey","ICE",null,0,null,null,19,25,20995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36494","Gasoline"]
["2016 Fiat 500 Abarth ICE","Passenger Vehicles (Light-Duty)",2016,"Fiat","500 Abarth","ICE",null,0,null,null,28,33,22575,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36842","Gasoline"]
["2016 Ford C-MAX Hybrid FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","C-MAX Hybrid FWD","ICE",null,0,null,null,41,36,24170,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36915","Gasoline"]
["2016 Ford Escape FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","Escape FWD","ICE",null,0,null,null,23,31,23590,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36496","Gasoline"]
["2016 Ford Expedition EL 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","Expedition EL 2WD","ICE",null,0,null,null,15,21,48145,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36692","Gasoline"]
["2016 Ford F150 Pickup 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","F150 Pickup 2WD","ICE",null,0,null,null,19,25,26540,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37039","Gasoline"]
["2016 Ford F150 Pickup 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","F150 Pickup 4WD","ICE",null,0,null,null,16,22,31185,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37048","Gasoline"]
["2016 Ford Flex FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","Flex FWD","ICE",null,0,null,null,16,23,29600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37187","Gasoline"]
["2016 Ford Focus ST FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","Focus ST FWD","ICE",null,0,null,null,22,30,24425,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36990","Gasoline"]
["2016 Ford Fusion FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","Fusion FWD","ICE",null,0,null,null,24,36,22750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36156","Gasoline"]
["2016 Ford Mustang Convertible ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","Mustang Convertible","ICE",null,0,null,null,20,29,29645,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36879","Gasoline"]
["2016 Ford Transit T150 Wagon ICE","Passenger Vehicles (Light-Duty)",2016,"Ford","Transit T150 Wagon","ICE",null,0,null,null,15,19,33175,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36910","Gasoline"]
["2016 GMC Acadia AWD ICE","Passenger Vehicles (Light-Duty)",2016,"GMC","Acadia AWD","ICE",null,0,null,null,15,22,36175,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36355","Gasoline"]
["2016 GMC Sierra C15 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"GMC","Sierra C15 2WD","ICE",null,0,null,null,15,21,27715,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37013","Gasoline"]
["2016 GMC Terrain AWD ICE","Passenger Vehicles (Light-Duty)",2016,"GMC","Terrain AWD","ICE",null,0,null,null,16,23,28550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36510","Gasoline"]
["2016 GMC Terrain FWD ICE","Passenger Vehicles (Light-Duty)",2016,"GMC","Terrain FWD","ICE",null,0,null,null,22,31,23975,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36499","Gasoline"]
["2016 Honda Accord ICE","Passenger Vehicles (Light-Duty)",2016,"Honda","Accord","ICE",null,0,null,null,23,33,22205,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36850","Gasoline"]
["2016 Honda Civic 2Dr ICE","Passenger Vehicles (Light-Duty)",2016,"Honda","Civic 2Dr","ICE",null,0,null,null,30,39,19050,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37286","Gasoline"]
["2016 Honda Civic 4Dr ICE","Passenger Vehicles (Light-Duty)",2016,"Honda","Civic 4Dr","ICE",null,0,null,null,27,38,18640,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37076","Gasoline"]
["2016 Honda Odyssey ICE","Passenger Vehicles (Light-Duty)",2016,"Honda","Odyssey","ICE",null,0,null,null,19,27,29400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36767","Gasoline"]
["2016 Hyundai Azera Limited ICE","Passenger Vehicles (Light-Duty)",2016,"Hyundai","Azera Limited","ICE",null,0,null,null,19,28,39300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36322","Gasoline"]
["2016 Hyundai Elantra GT ICE","Passenger Vehicles (Light-Duty)",2016,"Hyundai","Elantra GT","ICE",null,0,null,null,24,32,18800,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36036","Gasoline"]
["2016 Hyundai Genesis RWD ICE","Passenger Vehicles (Light-Duty)",2016,"Hyundai","Genesis RWD","ICE",null,0,null,null,18,28,38750,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36481","Gasoline"]
["2016 Hyundai Santa Fe Sport AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Hyundai","Santa Fe Sport AWD","ICE",null,0,null,null,18,24,26700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36213","Gasoline"]
["2016 Hyundai Sonata Hybrid SE ICE","Passenger Vehicles (Light-Duty)",2016,"Hyundai","Sonata Hybrid SE","ICE",null,0,null,null,39,42,26000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36101","Gasoline"]
["2016 Hyundai Tucson FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Hyundai","Tucson FWD","ICE",null,0,null,null,23,30,22700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36293","Gasoline"]
["2016 Hyundai Veloster ICE","Passenger Vehicles (Light-Duty)",2016,"Hyundai","Veloster","ICE",null,0,null,null,28,35,18000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36020","Gasoline"]
["2016 Jeep Compass 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Jeep","Compass 4WD","ICE",null,0,null,null,20,25,21695,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36428","Gasoline"]
["2016 Jeep Grand Cherokee 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Jeep","Grand Cherokee 4WD","ICE",null,0,null,null,14,22,32295,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37215","Gasoline"]
["2016 Jeep Patriot 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Jeep","Patriot 4WD","ICE",null,0,null,null,20,23,19695,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36430","Gasoline"]
["2016 Jeep Wrangler 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Jeep","Wrangler 4WD","ICE",null,0,null,null,17,21,23895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36928","Gasoline"]
["2016 Kia Forte 5 ICE","Passenger Vehicles (Light-Duty)",2016,"Kia","Forte 5","ICE",null,0,null,null,21,29,18090,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36229","Gasoline"]
["2016 Kia Forte Koup ICE","Passenger Vehicles (Light-Duty)",2016,"Kia","Forte Koup","ICE",null,0,null,null,22,29,19890,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36216","Gasoline"]
["2016 Kia Optima Hybrid ICE","Passenger Vehicles (Light-Duty)",2016,"Kia","Optima Hybrid","ICE",null,0,null,null,35,38,25995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36469","Gasoline"]
["2016 Kia Sedona ICE","Passenger Vehicles (Light-Duty)",2016,"Kia","Sedona","ICE",null,0,null,null,18,24,26400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36057","Gasoline"]
["2016 Kia Sorento FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Kia","Sorento FWD","ICE",null,0,null,null,20,27,25100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=35985","Gasoline"]
["2016 Kia Sportage FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Kia","Sportage FWD","ICE",null,0,null,null,21,28,22150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36327","Gasoline"]
["2016 MINI Cooper Hardtop 2 door ICE","Passenger Vehicles (Light-Duty)",2016,"MINI","Cooper Hardtop 2 door","ICE",null,0,null,null,27,36,20700,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36790","Gasoline"]
["2016 MINI Cooper Paceman ICE","Passenger Vehicles (Light-Duty)",2016,"MINI","Cooper Paceman","ICE",null,0,null,null,25,29,23550,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36567","Gasoline"]
["2016 MINI Cooper S Countryman ICE","Passenger Vehicles (Light-Duty)",2016,"MINI","Cooper S Countryman","ICE",null,0,null,null,26,32,26100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36663","Gasoline"]
["2016 MINI Cooper S Paceman ICE","Passenger Vehicles (Light-Duty)",2016,"MINI","Cooper S Paceman","ICE",null,0,null,null,26,32,26900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36667","Gasoline"]
["2016 MINI John Cooper Works Hardtop ICE","Passenger Vehicles (Light-Duty)",2016,"MINI","John Cooper Works Hardtop","ICE",null,0,null,null,23,30,30600,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36721","Gasoline"]
["2016 Mazda 3 4-Door ICE","Passenger Vehicles (Light-Duty)",2016,"Mazda","3 4-Door","ICE",null,0,null,null,29,39,18895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36520","Gasoline"]
["2016 Mazda 6 ICE","Passenger Vehicles (Light-Duty)",2016,"Mazda","6","ICE",null,0,null,null,25,36,21495,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=35983","Gasoline"]
["2016 Mazda CX-9 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Mazda","CX-9 2WD","ICE",null,0,null,null,22,28,31520,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37523","Gasoline"]
["2016 Mercedes-Benz AMG C63 S ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","AMG C63 S","ICE",null,0,null,null,18,25,73250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36738","Gasoline"]
["2016 Mercedes-Benz AMG GL63 ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","AMG GL63","ICE",null,0,null,null,13,17,119450,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36708","Gasoline"]
["2016 Mercedes-Benz AMG S63 4matic ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","AMG S63 4matic","ICE",null,0,null,null,15,23,143250,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36540","Gasoline"]
["2016 Mercedes-Benz C300 ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","C300","ICE",null,0,null,null,25,34,38950,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36739","Gasoline"]
["2016 Mercedes-Benz CLS550 ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","CLS550","ICE",null,0,null,null,18,26,74100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36526","Gasoline"]
["2016 Mercedes-Benz E400 ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","E400","ICE",null,0,null,null,20,29,63100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36166","Gasoline"]
["2016 Mercedes-Benz G550 ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","G550","ICE",null,0,null,null,13,14,119900,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37090","Gasoline"]
["2016 Mercedes-Benz Maybach S 600 ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","Maybach S 600","ICE",null,0,null,null,13,20,189350,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36186","Gasoline"]
["2016 Mercedes-Benz Metris (Passenger Van) ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","Metris (Passenger Van)","ICE",null,0,null,null,20,23,32500,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36977","Gasoline"]
["2016 Mercedes-Benz SLK300 ICE","Passenger Vehicles (Light-Duty)",2016,"Mercedes-Benz","SLK300","ICE",null,0,null,null,24,32,47000,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36556","Gasoline"]
["2016 Mitsubishi Outlander Sport 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Mitsubishi","Outlander Sport 2WD","ICE",null,0,null,null,23,28,19595,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37258","Gasoline"]
["2016 Mitsubishi Outlander Sport 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Mitsubishi","Outlander Sport 4WD","ICE",null,0,null,null,23,29,22195,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37259","Gasoline"]
["2016 Nissan Frontier 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Nissan","Frontier 2WD","ICE",null,0,null,null,17,22,18290,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36938","Gasoline"]
["2016 Nissan Juke Nismo RS AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Nissan","Juke Nismo RS AWD","ICE",null,0,null,null,25,29,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37037","Gasoline"]
["2016 Nissan Leaf (24 kW-hr battery pack) BEV","Passenger Vehicles (Light-Duty)",2016,"Nissan","Leaf (24 kW-hr battery pack)","BEV",24,84,126,101,null,null,29010,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37066","Electricity"]
["2016 Nissan Quest ICE","Passenger Vehicles (Light-Duty)",2016,"Nissan","Quest","ICE",null,0,null,null,20,27,26580,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37106","Gasoline"]
["2016 Nissan Versa ICE","Passenger Vehicles (Light-Duty)",2016,"Nissan","Versa","ICE",null,0,null,null,31,39,11990,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36568","Gasoline"]
["2016 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Ram","1500 2WD","ICE",null,0,null,null,15,22,26145,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36543","Gasoline"]
["2016 Scion tC ICE","Passenger Vehicles (Light-Duty)",2016,"Scion","tC","ICE",null,0,null,null,23,30,19385,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36571","Gasoline"]
["2016 Subaru Impreza Sport AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Subaru","Impreza Sport AWD","ICE",null,0,null,null,27,35,21095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36830","Gasoline"]
["2016 Subaru Impreza Sport AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Subaru","Impreza Sport AWD","ICE",null,0,null,null,24,33,21095,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36829","Gasoline"]
["2016 Subaru XV Crosstrek Hybrid AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Subaru","XV Crosstrek Hybrid AWD","ICE",null,0,null,null,29,33,26395,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36833","Gasoline"]
["2016 Tesla Model S AWD - 70D BEV","Passenger Vehicles (Light-Duty)",2016,"Tesla","Model S AWD - 70D","BEV",70,240,101,102,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37238","Electricity"]
["2016 Tesla Model X AWD - 60D BEV","Passenger Vehicles (Light-Duty)",2016,"Tesla","Model X AWD - 60D","BEV",60,200,91,94,null,null,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=38173","Electricity"]
["2016 Toyota Avalon ICE","Passenger Vehicles (Light-Duty)",2016,"Toyota","Avalon","ICE",null,0,null,null,21,30,32650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37105","Gasoline"]
["2016 Toyota Corolla ICE","Passenger Vehicles (Light-Duty)",2016,"Toyota","Corolla","ICE",null,0,null,null,28,36,17300,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36802","Gasoline"]
["2016 Toyota Highlander 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Toyota","Highlander 2WD","ICE",null,0,null,null,19,25,30490,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37124","Gasoline"]
["2016 Toyota Prius ICE","Passenger Vehicles (Light-Duty)",2016,"Toyota","Prius","ICE",null,0,null,null,54,50,24200,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37163","Gasoline"]
["2016 Toyota Sequoia 2WD ICE","Passenger Vehicles (Light-Duty)",2016,"Toyota","Sequoia 2WD","ICE",null,0,null,null,13,17,45325,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36813","Gasoline"]
["2016 Toyota Tacoma 4WD ICE","Passenger Vehicles (Light-Duty)",2016,"Toyota","Tacoma 4WD","ICE",null,0,null,null,19,21,25185,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36923","Gasoline"]
["2016 Toyota Yaris ICE","Passenger Vehicles (Light-Duty)",2016,"Toyota","Yaris","ICE",null,0,null,null,30,36,14895,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36197","Gasoline"]
["2016 Volkswagen Beetle Dune ICE","Passenger Vehicles (Light-Duty)",2016,"Volkswagen","Beetle Dune","ICE",null,0,null,null,24,31,null,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37467","Gasoline"]
["2016 Volkswagen GTI ICE","Passenger Vehicles (Light-Duty)",2016,"Volkswagen","GTI","ICE",null,0,null,null,25,33,24995,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36573","Gasoline"]
["2016 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2016,"Volkswagen","Jetta","ICE",null,0,null,null,24,33,17680,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36677","Gasoline"]
["2016 Volkswagen Jetta ICE","Passenger Vehicles (Light-Duty)",2016,"Volkswagen","Jetta","ICE",null,0,null,null,28,39,17680,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36822","Gasoline"]
["2016 Volvo S60 AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Volvo","S60 AWD","ICE",null,0,null,null,22,31,35650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=37193","Gasoline"]
["2016 Volvo S60 Inscription AWD ICE","Passenger Vehicles (Light-Duty)",2016,"Volvo","S60 Inscription AWD","ICE",null,0,null,null,20,28,40400,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36222","Gasoline"]
["2016 Volvo V60 FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Volvo","V60 FWD","ICE",null,0,null,null,25,37,36150,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36292","Gasoline"]
["2016 Volvo XC70 FWD ICE","Passenger Vehicles (Light-Duty)",2016,"Volvo","XC70 FWD","ICE",null,0,null,null,23,30,37100,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36240","Gasoline"]
["2016 smart fortwo coupe ICE","Passenger Vehicles (Light-Duty)",2016,"smart","fortwo coupe","ICE",null,0,null,null,33,39,14650,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=36934","Gasoline"]
["2023 Generic School Bus Type C ICE","Heavy-Duty Vehicles (Class 7-8)",2023,"Generic School Bus","Type C","ICE",null,null,null,null,6,8,103140,null,"Diesel"]
["2023 Kenworth T680 Sleeper Cab ICE","Heavy-Duty Vehicles (Class 7-8)",2023,"Kenworth","T680 Sleeper Cab","ICE",null,null,null,null,7,7,215000,"https://www.commercialtrucktrader.com/New-2022-Any-Kenworth-T680/trucks-for-sale?make=KENWORTH%7C2312164&model=T680%7C764946349&condition=N&year=2022%3A%2A&page=1","Diesel"]
["2022 Gillig 30' Low Floor Diesel ICE","Heavy-Duty Vehicles (Class 7-8)",2022,"Gillig","30' Low Floor Diesel","ICE",null,null,null,null,4,7,452303,"https://www.gillig.com/low-floor","Diesel"]
["2022 Lion Electric LionC 176 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2022,"Lion Electric","LionC 176 kWh","BEV",176,125,21,20,null,null,372950,"https://thelionelectric.com/en/products/electric","Electricity"]
["2022 MCI J4500e Charge BEV","Heavy-Duty Vehicles (Class 7-8)",2022,"MCI","J4500e Charge","BEV",544,230,17,24,null,null,null,"https://www.mcicoach.com/literatureAssets/J4500e/","Electricity"]
["2022 Rosenbauer RTX EV Fire Truck BEV","Heavy-Duty Vehicles (Class 7-8)",2022,"Rosenbauer","RTX EV Fire Truck","BEV",132,60,15,15,null,null,900000,"https://rosenbaueramerica.com/rosenbauer-revolutionary-technology/. Range found here: https://rosenbauer.com/blog/en/the-rt-to-the-scene-and-beyond/#:~:text=In%20the%20RT%2FRTX%20configuration%20with%20one%20or%20two,100%20km%20can%20be%20given%20as%20a%20guideline. Price found here: https://www.motorbiscuit.com/first-electric-fire-truck-joins-la-fire-department-rosenbauer-rtx/","Electricity"]
["2021 Blue Bird All American RE Electric BEV","Heavy-Duty Vehicles (Class 7-8)",2021,"Blue Bird","All American RE Electric","BEV",160,120,21,20,null,null,362605,"https://blue-bird.com/buses/allamerican/all-american-re-electric-bus","Electricity"]
["2021 IC Corporation CE School Bus ICE","Heavy-Duty Vehicles (Class 7-8)",2021,"IC Corporation","CE School Bus","ICE",null,null,null,null,3,6,90000,null,"Gasoline"]
["2021 Mack LR Electric ICE","Heavy-Duty Vehicles (Class 7-8)",2021,"Mack","LR Electric","ICE",null,null,null,null,5,5,560000,"https://www.macktrucks.com/trucks/","Electricity"]
["2021 Peterbilt 567 ICE","Heavy-Duty Vehicles (Class 7-8)",2021,"Peterbilt","567","ICE",null,null,null,null,7,7,130000,"https://www.commercialtrucktrader.com/New-Peterbilt-567-Conventional-Day-Cab/trucks-for-sale?make=PETERBILT%7C2313546&model=567%7C764953106&category=Conventional%20-%20Day%20Cab%7C2000601&price=100000%3A*&condition=N&zip=98801&radius=any","Diesel"]
["2020 BYD C8M 35' All-Electric Coach Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"BYD","C8M 35' All-Electric Coach Bus","BEV",313,200,16,17,null,null,512500,"https://en.byd.com/wp-content/uploads/2019/07/c8m-cut-sheet_final_digital.pdf","Electricity"]
["2020 Blue Bird Vision Diesel ICE","Heavy-Duty Vehicles (Class 7-8)",2020,"Blue Bird","Vision Diesel","ICE",null,null,null,null,5,9,103425,"https://www.blue-bird.com/buses/vision","Diesel"]
["2020 Gillig 40' Low Floor Battery Electric Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Gillig","40' Low Floor Battery Electric Bus","BEV",444,150,null,null,null,null,null,"https://www.gillig.com/battery-electric","Electricity"]
["2020 International LoneStar Day Cab ICE","Heavy-Duty Vehicles (Class 7-8)",2020,"International","LoneStar Day Cab","ICE",null,null,null,null,7,7,135000,"https://www.commercialtrucktrader.com/2020-International-International-Lonestar-Conventional-Day-Cab/trucks-for-sale?make=INTERNATIONAL%7C2311614&model=INTERNATIONAL%20LONESTAR%7C764866533&category=Conventional%20-%20Day%20Cab%7C2000601&price=100000%3A*&year=2020%3A*","Diesel"]
["2020 Lion Electric LionC 88 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Lion Electric","LionC 88 kWh","BEV",88,65,21,20,null,null,305000,"https://thelionelectric.com/en/products/electric","Electricity"]
["2020 Lion Electric LionM 80 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Lion Electric","LionM 80 kWh","BEV",80,75,48,38,null,null,null,"https://thelionelectric.com/en/products","Electricity"]
["2020 New Flyer Xcelsior CHARGE 60' - 320 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"New Flyer","Xcelsior CHARGE 60' - 320 kWh","BEV",320,85,10,16,null,null,1194125,"https://www.newflyer.com/site-content/uploads/2019/06/Xcelsior-CHARGE.pdf","Electricity"]
["2020 Peterbilt 520EV BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Peterbilt","520EV","BEV",null,80,16,13,null,null,560000,"https://www.peterbilt.com/electric-vehicles","Electricity"]
["2020 Peterbilt 567 ICE","Heavy-Duty Vehicles (Class 7-8)",2020,"Peterbilt","567","ICE",null,null,null,null,7,7,130000,"https://www.commercialtrucktrader.com/New-Peterbilt-567-Conventional-Day-Cab/trucks-for-sale?make=PETERBILT%7C2313546&model=567%7C764953106&category=Conventional%20-%20Day%20Cab%7C2000601&price=100000%3A*&condition=N&zip=98801&radius=any","Diesel"]
["2020 Van Hool TD9 Electric BEV","Heavy-Duty Vehicles (Class 7-8)",2020,"Van Hool","TD9 Electric","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2019 BYD K9M 40' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"BYD","K9M 40' All-Electric Transit Bus","BEV",352,177,17,24,null,null,826785,"https://en.byd.com/wp-content/uploads/2019/01/byd-c9m-zero-emission-battery-electric-bus-specs-1-1.pdf","Electricity"]
["2019 Freightliner Cascadia Day Cab ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Freightliner","Cascadia Day Cab","ICE",null,null,null,null,7,7,135000,"https://www.commercialtrucktrader.com/2020-Freightliner-Cascadia-Conventional-Day-Cab/trucks-for-sale?make=FREIGHTLINER%7C2310628&model=CASCADIA%7C764865769&category=Conventional%20-%20Day%20Cab%7C2000601&price=100000%3A*&year=2020%3A*","Diesel"]
["2019 Gillig 30' Low Floor Diesel ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Gillig","30' Low Floor Diesel","ICE",null,null,null,null,4,7,426055,"https://www.gillig.com/low-floor","Diesel"]
["2019 GreenPower Motor Company EV300 all-electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"GreenPower Motor Company","EV300 all-electric Transit Bus","BEV",260,175,29,29,null,null,582549,"https://www.greenpowerbus.com/product-line/","Electricity"]
["2019 GreenPower Motor Company EV350 all-electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"GreenPower Motor Company","EV350 all-electric Transit Bus","BEV",430,200,16,17,null,null,837067,"https://www.greenpowerbus.com/product-line/","Electricity"]
["2019 MCI D4500 Coach Bus ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"MCI","D4500 Coach Bus","ICE",null,null,null,null,2,6,475135,"https://www.mcicoach.com/all-products/all-products.htm","Diesel"]
["2019 MCI MCI 45' High Floor Diesel ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"MCI","MCI 45' High Floor Diesel","ICE",null,null,null,null,2,6,586567,"https://www.mcicoach.com/all-products/all-products.htm","Diesel"]
["2019 New Flyer 40' Xcelsior Low Floor BAE Hybrid ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"New Flyer","40' Xcelsior Low Floor BAE Hybrid","ICE",null,null,null,null,5,8,608072,"https://www.newflyer.com/buses/xcelsior-family/","Diesel"]
["2019 New Flyer Xcelsior CHARGE 40' - 211 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"New Flyer","Xcelsior CHARGE 40' - 211 kWh","BEV",213,100,17,24,null,null,803600,"https://www.newflyer.com/site-content/uploads/2019/06/Xcelsior-CHARGE.pdf","Electricity"]
["2019 New Flyer Xcelsior CHARGE 60' - 466 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"New Flyer","Xcelsior CHARGE 60' - 466 kWh","BEV",466,135,10,16,null,null,1240250,"https://www.newflyer.com/site-content/uploads/2019/06/Xcelsior-CHARGE.pdf","Electricity"]
["2019 Nova Bus LFSe Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"Nova Bus","LFSe Transit Bus","BEV",230,null,null,null,null,null,null,"http://novabus.com/wp-content/uploads/2017/09/2018_LFSE_EN_REV.pdf","Electricity"]
["2019 Proterra 35' Catalyst XR+ BEV","Heavy-Duty Vehicles (Class 7-8)",2019,"Proterra","35' Catalyst XR+","BEV",330,118,16,17,null,null,675475,"https://www.proterra.com/wp-content/uploads/2020/06/Proterra-Catalyst-35-ft-Spec-Sheet-June-2020-Metric.pdf","Electricity"]
["2019 Schetky 30' Low Floor Diesel ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Schetky","30' Low Floor Diesel","ICE",null,null,null,null,4,7,406349,"https://www.schetkynw.com/","Diesel"]
["2019 Schetky 40' Low Floor CNG ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Schetky","40' Low Floor CNG","ICE",null,null,null,null,4,8,506201,"https://www.schetkynw.com/","Diesel"]
["2019 Thomas 311TS Propane ICE","Heavy-Duty Vehicles (Class 7-8)",2019,"Thomas","311TS Propane","ICE",null,null,null,null,4,8,100229,"https://www.k12.wa.us/policy-funding/student-transportation/student-transportation-allocation-reporting-system-stars/2019-20-state-quote-specifications","Diesel"]
["2018 BYD C9M 40' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"BYD","C9M 40' All-Electric Transit Bus","BEV",324,156,17,24,null,null,759525,"https://en.byd.com/wp-content/uploads/2019/01/byd-c9m-zero-emission-battery-electric-bus-specs-1-1.pdf","Electricity"]
["2018 BYD K9S 35' All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"BYD","K9S 35' All-Electric Transit Bus","BEV",352,215,16,17,null,null,631498,"https://en.byd.com/wp-content/uploads/2019/07/4504-byd-transit-cut-sheets_k9s-35_lr.pdf","Electricity"]
["2018 International LoneStar Day Cab ICE","Heavy-Duty Vehicles (Class 7-8)",2018,"International","LoneStar Day Cab","ICE",null,null,null,null,7,7,135000,"https://www.commercialtrucktrader.com/2020-International-International-Lonestar-Conventional-Day-Cab/trucks-for-sale?make=INTERNATIONAL%7C2311614&model=INTERNATIONAL%20LONESTAR%7C764866533&category=Conventional%20-%20Day%20Cab%7C2000601&price=100000%3A*&year=2020%3A*","Diesel"]
["2018 Lion Electric Lion8 Refuse BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"Lion Electric","Lion8 Refuse","BEV",150,90,20,20,null,null,500000,"https://thelionelectric.com/en/products/electric_truck_class8","Electricity"]
["2018 Lion Electric LionD 220 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"Lion Electric","LionD 220 kWh","BEV",220,155,21,20,null,null,395000,"https://thelionelectric.com/en/products/electric_school_bus","Electricity"]
["2018 New Flyer Xcelsior CHARGE 40' - 311 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"New Flyer","Xcelsior CHARGE 40' - 311 kWh","BEV",311,160,17,24,null,null,873300,"https://www.newflyer.com/site-content/uploads/2019/06/Xcelsior-CHARGE.pdf","Electricity"]
["2018 New Flyer Xcelsior CHARGE 60' - 267 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"New Flyer","Xcelsior CHARGE 60' - 267 kWh","BEV",267,70,10,16,null,null,1148000,"https://www.newflyer.com/site-content/uploads/2019/06/Xcelsior-CHARGE.pdf","Electricity"]
["2018 Peterbilt 389 Day Cab ICE","Heavy-Duty Vehicles (Class 7-8)",2018,"Peterbilt","389 Day Cab","ICE",null,null,null,null,7,7,150000,"https://www.commercialtrucktrader.com/New-Peterbilt-389-Conventional-Day-Cab/trucks-for-sale?make=PETERBILT%7C2313546&model=389%7C764936474&category=Conventional%20-%20Day%20Cab%7C2000601&condition=N","Diesel"]
["2018 Tesla Heavy Duty BEV","Heavy-Duty Vehicles (Class 7-8)",2018,"Tesla","Heavy Duty","BEV",570,300,14,12,null,null,150000,null,"Electricity"]
["2018 Volvo VNL Sleeper ICE","Heavy-Duty Vehicles (Class 7-8)",2018,"Volvo","VNL Sleeper","ICE",null,null,null,null,7,7,165000,"https://www.commercialtrucktrader.com/2020-Volvo-Vnl-Conventional-Sleeper/trucks-for-sale?make=VOLVO%7C2314540&model=VNL%7C764869548&category=Conventional%20-%20Sleeper%20Truck%7C2000603&price=100000%3A*&year=2020%3A*","Diesel"]
["2017 New Flyer Xcelsior CHARGE 35' - 160 kWh BEV","Heavy-Duty Vehicles (Class 7-8)",2017,"New Flyer","Xcelsior CHARGE 35' - 160 kWh","BEV",160,75,16,17,null,null,753375,"https://www.newflyer.com/site-content/uploads/2019/06/Xcelsior-CHARGE.pdf","Electricity"]
["2017 Van Hool C45E BEV","Heavy-Duty Vehicles (Class 7-8)",2017,"Van Hool","C45E","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2016 BYD K11M 60' Articulated All-Electric Transit Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2016,"BYD","K11M 60' Articulated All-Electric Transit Bus","BEV",466,170,10,16,null,null,1272548,"https://en.byd.com/wp-content/uploads/2019/07/k11-cut-sheet_final_digital.pdf","Electricity"]
["2016 Van Hool CX35E BEV","Heavy-Duty Vehicles (Class 7-8)",2016,"Van Hool","CX35E","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2015 BYD C8M 35' All-Electric Coach Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2015,"BYD","C8M 35' All-Electric Coach Bus","BEV",313,200,16,17,null,null,512500,"https://en.byd.com/wp-content/uploads/2019/07/c8m-cut-sheet_final_digital.pdf","Electricity"]
["2014 BYD C10M 45' All-Electric Coach Bus BEV","Heavy-Duty Vehicles (Class 7-8)",2014,"BYD","C10M 45' All-Electric Coach Bus","BEV",446,230,17,24,null,null,871250,"https://en.byd.com/wp-content/uploads/2019/01/byd-c10m-2019-spec-sheet-1.pdf","Electricity"]
["2023 Ford E-450 ICE","Medium-Duty Vehicles (Class 3-6)",2023,"Ford","E-450","ICE",null,null,null,null,9,9,37835,"https://www.fleet.ford.com/showroom/commercial-trucks/e-series-cutaway/2023/models/e450-cutaway-drw/","Gasoline"]
["2023 Ram Promaster 2500 Cargo Van ICE","Medium-Duty Vehicles (Class 3-6)",2023,"Ram","Promaster 2500 Cargo Van","ICE",null,null,null,null,10,10,44830,"https://www.ramtrucks.com/ram-promaster.html","Gasoline"]
["2022 Ford F-350 Flatbed ICE","Medium-Duty Vehicles (Class 3-6)",2022,"Ford","F-350 Flatbed","ICE",null,null,null,null,9,9,70000,"https://www.commercialtrucktrader.com/New-Ford-F350-Flatbed/trucks-for-sale?make=FORD%7C2310392&model=F350%7C764865624&category=Flatbed%20Truck%7C2000617&condition=N","Gasoline"]
["2022 Ford Transit Full Size Cargo Van ICE","Medium-Duty Vehicles (Class 3-6)",2022,"Ford","Transit Full Size Cargo Van","ICE",null,null,null,null,14,18,39970,"https://www.fleet.ford.com/showroom/commercial-trucks/transit-cargo-van/2022/models/transit-van/","Gasoline"]
["2022 Lightning Systems ZEV4 Flat/Stake Bed Truck BEV","Medium-Duty Vehicles (Class 3-6)",2022,"Lightning Systems","ZEV4 Flat/Stake Bed Truck","BEV",120,130,37,37,null,null,190000,"https://lightningemotors.com/zev4-flat-stake-bed-truck/","Electricity"]
["2022 Phoenix Motorcars Z500 - Flatbed Truck BEV","Medium-Duty Vehicles (Class 3-6)",2022,"Phoenix Motorcars","Z500 - Flatbed Truck","BEV",105,110,35,25,null,null,208299,"http://www.phoenixmotorcars.com/products/#trucks","Electricity"]
["2021 International DURASTAR 4300 ICE","Medium-Duty Vehicles (Class 3-6)",2021,"International","DURASTAR 4300","ICE",null,null,null,null,9,9,96387,"https://www.commercialtrucktrader.com/New-International-Durastar-4300/trucks-for-sale?make=INTERNATIONAL%7C2311614&model=DURASTAR%204300%7C764866473&condition=N","Diesel"]
["2020 Ford F-250 Flatbed ICE","Medium-Duty Vehicles (Class 3-6)",2020,"Ford","F-250 Flatbed","ICE",null,null,null,null,12,12,45000,"https://www.commercialtrucktrader.com/New-Ford-F250-Flatbed/trucks-for-sale?make=FORD%7C2310392&model=F250%7C764865616&category=Flatbed%20Truck%7C2000617&condition=N","Gasoline"]
["2020 Ford F-450 Flatbed ICE","Medium-Duty Vehicles (Class 3-6)",2020,"Ford","F-450 Flatbed","ICE",null,null,null,null,7,7,60000,"https://www.commercialtrucktrader.com/New-Ford-F450-Flatbed/trucks-for-sale?make=FORD%7C2310392&model=F450%7C764865632&category=Flatbed%20Truck%7C2000617&condition=N","Gasoline"]
["2020 Freightliner eM2 BEV","Medium-Duty Vehicles (Class 3-6)",2020,"Freightliner","eM2","BEV",325,230,23,21,null,null,190000,null,"Electricity"]
["2020 International DURASTAR 4300 ICE","Medium-Duty Vehicles (Class 3-6)",2020,"International","DURASTAR 4300","ICE",null,null,null,null,9,9,96387,"https://www.commercialtrucktrader.com/New-International-Durastar-4300/trucks-for-sale?make=INTERNATIONAL%7C2311614&model=DURASTAR%204300%7C764866473&condition=N","Diesel"]
["2020 Lion Electric Lion6 252 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2020,"Lion Electric","Lion6 252 kWh","BEV",252,180,34,26,null,null,305000,"https://thelionelectric.com/en/products","Electricity"]
["2020 Workhorse C-1000 Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2020,"Workhorse","C-1000 Step Van","BEV",70,100,39,24,null,null,133000,null,"Electricity"]
["2019 ARBOC Spirit of Mobility 10 Seat, 2 W/C ICE","Medium-Duty Vehicles (Class 3-6)",2019,"ARBOC","Spirit of Mobility 10 Seat, 2 W/C","ICE",null,null,null,null,10,18,134530,"https://arbocsv.com/","Gasoline"]
["2019 ARBOC Spirit of Mobility 12 Seat, 2 W/C ICE","Medium-Duty Vehicles (Class 3-6)",2019,"ARBOC","Spirit of Mobility 12 Seat, 2 W/C","ICE",null,null,null,null,9,15,135024,"https://arbocsv.com/","Gasoline"]
["2019 Champion Crusader Challenger 12 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Champion","Crusader Challenger 12 Seat, 2 W/C-Chevy","ICE",null,null,null,null,9,15,81803,"https://www.championbus.com/","Gasoline"]
["2019 Champion Defender 20 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Champion","Defender 20 Seat","ICE",null,null,null,null,null,null,85108,"https://www.championbus.com/","Gasoline"]
["2019 Champion Defender 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Champion","Defender 24 Seat","ICE",null,null,null,null,null,null,86103,"https://www.championbus.com/","Gasoline"]
["2019 Champion LF Transport 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Champion","LF Transport 8 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,108149,"https://www.championbus.com/","Gasoline"]
["2019 Diamond Diamond Coach 12 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Diamond","Diamond Coach 12 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,76656,"https://www.diamondcoach.com/","Gasoline"]
["2019 Diamond Diamond Coach 16 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Diamond","Diamond Coach 16 Seat, 2 W/C-Ford","ICE",null,null,null,null,10,15,79045,"https://www.diamondcoach.com/","Gasoline"]
["2019 Eldorado Aerolite/Aerotech 12 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Aerolite/Aerotech 12 Seat, 2 W/C-Chevy","ICE",null,null,null,null,9,15,63286,"https://www.eldorado-bus.com/","Gasoline"]
["2019 Eldorado Aerolite/Aerotech 7 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Aerolite/Aerotech 7 Seat, 2 W/C-Chevy","ICE",null,null,null,null,8,15,60152,"https://www.eldorado-bus.com/","Diesel"]
["2019 Eldorado Aerolite/Aerotech 7 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Aerolite/Aerotech 7 Seat, 2 W/C-Ford","ICE",null,null,null,null,8,15,57809,"https://www.eldorado-bus.com/","Diesel"]
["2019 Eldorado Ford F550 16 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Eldorado","Ford F550 16 Seat","ICE",null,null,null,null,null,null,118708,"https://www.eldorado-bus.com/","Gasoline"]
["2019 Elkhart ECII 12 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Elkhart","ECII 12 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,82487,"https://elkhartcoach.com/buses","Gasoline"]
["2019 Elkhart ECII 8 Seat, 1 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Elkhart","ECII 8 Seat, 1 W/C-Chevy","ICE",null,null,null,null,null,null,80499,"https://elkhartcoach.com/buses","Gasoline"]
["2019 Ford F-350 Service Body ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Ford","F-350 Service Body","ICE",null,null,null,null,10,10,56556,"https://www.commercialtrucktrader.com/New-Ford-F350-Utility-Service/trucks-for-sale?make=FORD%7C2310392&model=F350%7C764865624&category=Utility%20Truck%20-%20Service%20Truck%7C2002561&condition=N","Gasoline"]
["2019 Freightliner M2 106 Cab Chassis ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Freightliner","M2 106 Cab Chassis","ICE",null,null,null,null,7,7,75000,"https://www.commercialtrucktrader.com/New-Freightliner-M2-106-Cab-Chassis/trucks-for-sale?make=Freightliner%7C2310628&model=M2%20106%7C764865763&category=Cab%20Chassis%7C2000881&price=50000%3A*&condition=N","Diesel"]
["2019 Glaval Apollo 20 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Apollo 20 Seat","ICE",null,null,null,null,null,null,151845,"https://www.tescobus.com/bus-for-sale/glaval-bus/","Gasoline"]
["2019 Glaval Concorde 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Concorde 24 Seat","ICE",null,null,null,null,null,null,120314,"https://www.tescobus.com/bus-for-sale/glaval-bus/","Gasoline"]
["2019 Glaval Impulse 10 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Impulse 10 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,82254,"https://www.tescobus.com/bus-for-sale/glaval-bus/","Gasoline"]
["2019 Glaval Impulse 16 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Impulse 16 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,85372,"https://www.tescobus.com/bus-for-sale/glaval-bus/","Gasoline"]
["2019 Glaval Legacy 37 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Legacy 37 Seat","ICE",null,null,null,null,null,null,132681,"https://www.tescobus.com/bus-for-sale/glaval-bus/","Gasoline"]
["2019 Glaval Prime Time 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Prime Time 8 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,79685,"https://www.tescobus.com/bus-for-sale/glaval-bus/","Gasoline"]
["2019 Glaval Universal 10 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Glaval","Universal 10 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,82835,"https://www.tescobus.com/bus-for-sale/glaval-bus/","Gasoline"]
["2019 Goshen Impulse 10 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Goshen","Impulse 10 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,81856,null,"Gasoline"]
["2019 Goshen Impulse 16 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Goshen","Impulse 16 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,85656,null,"Gasoline"]
["2019 Goshen Pacer II 8 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Goshen","Pacer II 8 Seat, 2 W/C-Chevy","ICE",null,null,null,null,10,18,80513,null,"Gasoline"]
["2019 Lightning Systems 6500XD LCF - Cab & Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","6500XD LCF - Cab & Chassis","BEV",128,88,29,18,null,null,204620,"https://lightningsystems.com//lightningelectric-chevrolet-6500xd/","Electricity"]
["2019 Lightning Systems E450 Cab & Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","E450 Cab & Chassis","BEV",86,86,35,25,null,null,138805,"https://lightningsystems.com//lightningelectric-e450-cutaway/","Electricity"]
["2019 Lightning Systems F59 Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","F59 Step Van","BEV",96,80,39,24,null,null,174029,"https://lightningsystems.com/lightningelectric-f-59-delivery-van/","Electricity"]
["2019 Lightning Systems Transit 350HD 15 Passenger Van 43 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","Transit 350HD 15 Passenger Van 43 kWh","BEV",43,60,48,38,null,null,115419,"https://lightningsystems.com//lightningelectric-ford-transit-shuttle/","Electricity"]
["2019 Lightning Systems Transit 350HD 15 Passenger Van 43 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","Transit 350HD 15 Passenger Van 43 kWh","BEV",43,60,48,38,null,null,115419,"https://lightningsystems.com//lightningelectric-ford-transit-shuttle/","Electricity"]
["2019 Lightning Systems Transit 350HD 15 Passenger Van 86 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","Transit 350HD 15 Passenger Van 86 kWh","BEV",86,120,48,38,null,null,136719,"https://lightningsystems.com//lightningelectric-ford-transit-shuttle/","Electricity"]
["2019 Lightning Systems Transit 350HD 15 Passenger Van 86 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","Transit 350HD 15 Passenger Van 86 kWh","BEV",86,120,48,38,null,null,136719,"https://lightningsystems.com//lightningelectric-ford-transit-shuttle/","Electricity"]
["2019 Lightning Systems Transit 350HD Cargo Van 43kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","Transit 350HD Cargo Van 43kWh","BEV",43,60,48,38,null,null,109695,"https://lightningsystems.com/lightningelectric-ford-transit-cargo/","Electricity"]
["2019 Lightning Systems Transit 350HD Cargo Van 86 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lightning Systems","Transit 350HD Cargo Van 86 kWh","BEV",86,120,48,38,null,null,130995,"https://lightningsystems.com/lightningelectric-ford-transit-cargo/","Electricity"]
["2019 Lion Electric Lion6 336 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lion Electric","Lion6 336 kWh","BEV",336,240,34,26,null,null,345000,"https://thelionelectric.com/en/products","Electricity"]
["2019 Lion Electric LionA 160 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Lion Electric","LionA 160 kWh","BEV",160,150,34,20,null,null,330000,"https://thelionelectric.com/en/products/electric_mini_school_bus","Electricity"]
["2019 Mercedes-Benz Sprinter 2500 Cargo ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Mercedes-Benz","Sprinter 2500 Cargo","ICE",null,null,null,null,21,21,32104,"https://www.commercialtrucktrader.com/New-Mercedes-Benz-Sprinter-2500/trucks-for-sale?make=MERCEDES-BENZ%7C748455714&model=SPRINTER%7C764867656&trim=2500%7C66948&condition=N","Diesel"]
["2019 Mercedes-Benz Sprinter 3500 Cargo ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Mercedes-Benz","Sprinter 3500 Cargo","ICE",null,null,null,null,16,16,35713,"https://www.commercialtrucktrader.com/New-Mercedes-Benz-Sprinter-3500/trucks-for-sale?make=MERCEDES-BENZ%7C748455714&model=SPRINTER%7C764867656&trim=3500%7C66949&condition=N","Diesel"]
["2019 Metro Worldwide Metro Link 16 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Metro Link 16 Seat","ICE",null,null,null,null,null,null,82570,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 10 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 10 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,80970,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 10 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 10 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,80636,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 12 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 12 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,81406,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 12 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 12 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,81070,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 16 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 16 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,83255,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 7 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 7 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,77906,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 8 Seat, 1 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 8 Seat, 1 W/C-Ford","ICE",null,null,null,null,null,null,77798,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Metro Worldwide Winnebago Metro Link 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Metro Worldwide","Winnebago Metro Link 8 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,78206,"https://www.metroshuttlebus.com/","Gasoline"]
["2019 Motiv EPIC E-450 Cab & Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Motiv","EPIC E-450 Cab & Chassis","BEV",106,100,35,25,null,null,201239,"https://www.motivps.com/motivps/#applications","Electricity"]
["2019 Nissan NV3500 ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Nissan","NV3500","ICE",null,null,null,null,13,13,27580,"https://www.commercialtrucktrader.com/New-Nissan-Nv3500/trucks-for-sale?make=NISSAN%7C2313344&model=NV3500%7C764937845&condition=N","Gasoline"]
["2019 Peterbilt 220 ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Peterbilt","220","ICE",null,null,null,null,9,9,97035,"https://www.commercialtrucktrader.com/New-Peterbilt-220/trucks-for-sale?make=PETERBILT%7C2313546&model=220%7C764868193&condition=N&zip=98801&radius=any","Diesel"]
["2019 Phoenix Motorcars Z400 - Class 4 Cargo Van BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Phoenix Motorcars","Z400 - Class 4 Cargo Van","BEV",105,110,43,24,null,null,213299,"http://www.phoenixmotorcars.com/products/#trucks","Electricity"]
["2019 Phoenix Motorcars Z400 - Flatbed Truck BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Phoenix Motorcars","Z400 - Flatbed Truck","BEV",105,110,35,25,null,null,208299,"http://www.phoenixmotorcars.com/products/#trucks","Electricity"]
["2019 Phoenix Motorcars Z400 - Work Truck BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Phoenix Motorcars","Z400 - Work Truck","BEV",105,110,39,24,null,null,213299,"http://www.phoenixmotorcars.com/products/#trucks","Electricity"]
["2019 Ram Promaster Cargo Van ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Ram","Promaster Cargo Van","ICE",null,null,null,null,10,10,21598,"https://www.ramtrucks.com/ram-promaster.html?sid=1037056&KWNM=ram+promaster&KWID=43700048949615574&TR=1&channel=paidsearch&ds_rl=1273443&ds_rl=1266910&ds_rl=1267895&ds_rl=1271893&gclid=Cj0KCQjwz4z3BRCgARIsAES_OVepHaWnkb_FUmZqEg0GkNK87NUXijU6_qpB30zvjAXZG3moYKYLdrYaAlnJEALw_wcB&gclsrc=aw.ds","Gasoline"]
["2019 Starcraft Ford F550 XL 16 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Ford F550 XL 16 Seat","ICE",null,null,null,null,null,null,75390,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Ford F550 XL 20 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Ford F550 XL 20 Seat","ICE",null,null,null,null,null,null,81664,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Ford F550 XL 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Ford F550 XL 24 Seat","ICE",null,null,null,null,null,null,83178,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft IC XL 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","IC XL 24 Seat","ICE",null,null,null,null,null,null,126087,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft IC XL 28 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","IC XL 28 Seat","ICE",null,null,null,null,null,null,129378,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft IC XL 31 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","IC XL 31 Seat","ICE",null,null,null,null,null,null,129981,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft IC XL 33 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","IC XL 33 Seat","ICE",null,null,null,null,null,null,130278,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Quest - Chevrolet ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Quest - Chevrolet","ICE",null,null,null,null,6,10,58522,"https://www.k12.wa.us/policy-funding/student-transportation/student-transportation-allocation-reporting-system-stars/2019-20-state-quote-specifications","Gasoline"]
["2019 Starcraft Quest - Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Quest - Ford","ICE",null,null,null,null,6,12,63317,"https://www.k12.wa.us/policy-funding/student-transportation/student-transportation-allocation-reporting-system-stars/2019-20-state-quote-specifications","Diesel"]
["2019 Starcraft Starlite 10 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 10 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,81777,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 10 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 10 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,81312,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 12 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 12 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,82172,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 12 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 12 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,81839,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 16 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 16 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,59977,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 16 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 16 Seat, 2 W/C-Ford","ICE",null,null,null,null,10,15,85502,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 16 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 16 Seat, 2 W/C-Ford (Diesel)","ICE",null,null,null,null,11,17,85502,"https://www.startransbus.com/buses","Diesel"]
["2019 Starcraft Starlite 7 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 7 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,79684,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 8 Seat, 1 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 8 Seat, 1 W/C-Chevy","ICE",null,null,null,null,null,null,79130,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 8 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 8 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,81443,"https://www.starcraftbus.com/","Gasoline"]
["2019 Starcraft Starlite 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Starcraft","Starlite 8 Seat, 2 W/C-Ford","ICE",null,null,null,null,null,null,80899,"https://www.starcraftbus.com/","Gasoline"]
["2019 Startrans Candidate CII 10 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 10 Seat, 2 W/C-Ford","ICE",null,null,null,null,10,18,65619,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Candidate CII 10 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 10 Seat, 2 W/C-Ford (Diesel)","ICE",null,null,null,null,9,16,65619,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans Candidate CII 12 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 12 Seat, 2 W/C-Ford","ICE",null,null,null,null,9,15,64474,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Candidate CII 12 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 12 Seat, 2 W/C-Ford (Diesel)","ICE",null,null,null,null,9,15,64474,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans Candidate CII 8 Seat, 1 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 8 Seat, 1 W/C-Ford","ICE",null,null,null,null,null,null,64088,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Candidate CII 8 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 8 Seat, 2 W/C-Ford","ICE",null,null,null,null,10,18,64474,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Candidate CII 8 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Candidate CII 8 Seat, 2 W/C-Ford (Diesel)","ICE",null,null,null,null,9,16,64474,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans President P/P2 16 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","President P/P2 16 Seat","ICE",null,null,null,null,null,null,111884,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans President P/P2 20 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","President P/P2 20 Seat","ICE",null,null,null,null,null,null,117522,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans President P/P2 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","President P/P2 24 Seat","ICE",null,null,null,null,null,null,118882,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator II 16 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator II 16 Seat","ICE",null,null,null,null,null,null,76197,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator II 20 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator II 20 Seat","ICE",null,null,null,null,5,10,81836,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator II 20 Seat (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator II 20 Seat (Diesel)","ICE",null,null,null,null,7,12,81836,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans Senator II 24 Seat ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator II 24 Seat","ICE",null,null,null,null,null,null,83196,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 10 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 10 Seat, 2 W/C-Chevy","ICE",null,null,null,null,10,18,81506,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 10 Seat, 2 W/C-Chevy (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 10 Seat, 2 W/C-Chevy (Diesel)","ICE",null,null,null,null,9,16,81506,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans Senator SII 10 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 10 Seat, 2 W/C-Ford","ICE",null,null,null,null,10,18,81088,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 12 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 12 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,81864,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 12 Seat, 2 W/C-Chevy (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 12 Seat, 2 W/C-Chevy (Diesel)","ICE",null,null,null,null,9,15,81864,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans Senator SII 12 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 12 Seat, 2 W/C-Ford","ICE",null,null,null,null,9,15,81444,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 12 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 12 Seat, 2 W/C-Ford (Diesel)","ICE",null,null,null,null,9,15,81444,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans Senator SII 16 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 16 Seat, 2 W/C-Chevy","ICE",null,null,null,null,10,15,85143,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 16 Seat, 2 W/C-Ford ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 16 Seat, 2 W/C-Ford","ICE",null,null,null,null,10,15,84827,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 16 Seat, 2 W/C-Ford (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 16 Seat, 2 W/C-Ford (Diesel)","ICE",null,null,null,null,11,17,84827,"https://www.startransbus.com/buses","Diesel"]
["2019 Startrans Senator SII 8 Seat, 2 W/C-Chevy ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 8 Seat, 2 W/C-Chevy","ICE",null,null,null,null,null,null,81234,"https://www.startransbus.com/buses","Gasoline"]
["2019 Startrans Senator SII 8 Seat, 2 W/C-Chevy (Diesel) ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Startrans","Senator SII 8 Seat, 2 W/C-Chevy (Diesel)","ICE",null,null,null,null,9,16,81234,"https://www.startransbus.com/buses","Diesel"]
["2019 Thomas 051MS ICE","Medium-Duty Vehicles (Class 3-6)",2019,"Thomas","051MS","ICE",null,null,null,null,6,12,75450,"https://www.k12.wa.us/policy-funding/student-transportation/student-transportation-allocation-reporting-system-stars/2019-20-state-quote-specifications","Diesel"]
["2019 Workhorse E-100 Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Workhorse","E-100 Step Van","BEV",123,100,34,26,null,null,133000,null,"Electricity"]
["2019 Workhorse E-GEN Van BEV","Medium-Duty Vehicles (Class 3-6)",2019,"Workhorse","E-GEN Van","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2018 BYD C6M 23' All-Electric Coach Bus BEV","Medium-Duty Vehicles (Class 3-6)",2018,"BYD","C6M 23' All-Electric Coach Bus","BEV",121,124,29,29,null,null,333125,"https://en.byd.com/wp-content/uploads/2019/07/c6m-cut-sheet_final_digital.pdf","Electricity"]
["2018 BYD Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2018,"BYD","Step Van","BEV",221,125,18,17,null,null,175000,null,"Electricity"]
["2018 BYD T5 BEV","Medium-Duty Vehicles (Class 3-6)",2018,"BYD","T5","BEV",221,155,23,21,null,null,152500,null,"Electricity"]
["2018 BYD T7 BEV","Medium-Duty Vehicles (Class 3-6)",2018,"BYD","T7","BEV",221,124,18,17,null,null,165000,null,"Electricity"]
["2018 Blue Bird Microbird BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Blue Bird","Microbird","BEV",88,100,34,20,null,null,224716,"https://www.californiahvip.org/wp-content/uploads/2019/04/Micro-Bird-G5-School-Bus.pdf","Electricity"]
["2018 Chanje V81000 Panel Van BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Chanje","V81000 Panel Van","BEV",100,150,50,null,null,null,null,null,"Electricity"]
["2018 Ford E-450 Epic 4 Dearborn 100kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","E-450 Epic 4 Dearborn 100kWh","BEV",100,100,35,25,null,null,208570,null,"Electricity"]
["2018 Ford E-450 Epic 4 Dearborn 120kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","E-450 Epic 4 Dearborn 120kWh","BEV",120,120,35,25,null,null,230570,null,"Electricity"]
["2018 Ford E-450 Epic 4 Dearborn 80kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","E-450 Epic 4 Dearborn 80kWh","BEV",80,80,35,25,null,null,188570,null,"Electricity"]
["2018 Ford E450 Super Duty Cab Chassis ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","E450 Super Duty Cab Chassis","ICE",null,null,null,null,7,7,40000,"https://www.commercialtrucktrader.com/New-Ford-E450-Class-4-Class-5-Class-6-Medium-Duty-Cab-Chassis/trucks-for-sale?type=class4%2Cclass5%2Cclass6&make=FORD%7C2310392&model=E450%7C764865593&category=Cab%20Chassis%7C2000881&condition=N","Diesel"]
["2018 Ford F-59 Epic 5 Dearborn 106 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","F-59 Epic 5 Dearborn 106 kWh","BEV",106,90,39,24,null,null,208095,null,"Electricity"]
["2018 Ford F-59 Epic 5 Dearborn 127 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","F-59 Epic 5 Dearborn 127 kWh","BEV",127,90,39,24,null,null,228095,null,"Electricity"]
["2018 Ford F53 Stripped Chassis ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","F53 Stripped Chassis","ICE",null,null,null,null,7,7,null,null,"Diesel"]
["2018 Ford F59 Stripped Chassis ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","F59 Stripped Chassis","ICE",null,null,null,null,7,7,40000,"https://www.commercialtrucktrader.com/New-2019-Ford-F-59-Commercial-Stripped-Chassis-Class-4-Class-5-Class-6-Medium-Duty-Cab-Chassis/trucks-for-sale?type=class4%2Cclass5%2Cclass6&make=FORD%7C2310392&model=F-59%20COMMERCIAL%20STRIPPED%20CHASSIS%7C764975937&category=Cab%20Chassis%7C2000881&condition=N&year=2019%3A*","Diesel"]
["2018 Ford Transit 350 HD Cargo Van ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Ford","Transit 350 HD Cargo Van","ICE",null,null,null,null,14,18,42185,null,"Diesel"]
["2018 Ford  F650 SD Diesel Straight Frame ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Ford ","F650 SD Diesel Straight Frame","ICE",null,null,null,null,7,7,65000,"https://www.ford.com/commercial-trucks/f650-f750/pricing-and-incentives/","Diesel"]
["2018 Freightliner Custom Electric Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Freightliner","Custom Electric Chassis","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2018 Freightliner M2 106 Cab Chassis ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Freightliner","M2 106 Cab Chassis","ICE",null,null,null,null,7,7,75000,"https://www.commercialtrucktrader.com/New-Freightliner-M2-106-Cab-Chassis/trucks-for-sale?make=Freightliner%7C2310628&model=M2%20106%7C764865763&category=Cab%20Chassis%7C2000881&price=50000%3A*&condition=N","Diesel"]
["2018 Freightliner MT55 Step Van ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Freightliner","MT55 Step Van","ICE",null,null,null,null,7,7,75000,"https://www.commercialtrucktrader.com/New-2019-Freightliner-Mt55-Stepvan/trucks-for-sale?make=FREIGHTLINER%7C2310628&model=MT55%7C764865903&category=Stepvan%7C2013294&condition=N&year=2019%3A*","Diesel"]
["2018 Freightliner Sprinter 3500 Cargo ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Freightliner","Sprinter 3500 Cargo","ICE",null,null,null,null,13,17,42355,null,"Diesel"]
["2018 Freightliner eM2 BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Freightliner","eM2","BEV",325,230,23,21,null,null,190000,null,"Electricity"]
["2018 Fuso eCanter BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Fuso","eCanter","BEV",83,80,30,28,null,null,190000,null,"Electricity"]
["2018 International 4300 Box Truck ICE","Medium-Duty Vehicles (Class 3-6)",2018,"International","4300 Box Truck","ICE",null,null,null,null,7,7,85000,"https://www.commercialtrucktrader.com/New-2019-International-4300-Box-Straight/trucks-for-sale?make=INTERNATIONAL%7C2311614&model=4300%7C764866402&category=Box%20Truck%20-%20Straight%20Truck%7C2002281&condition=N&year=2019%3A*","Diesel"]
["2018 Isuzu  NPR ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Isuzu ","NPR","ICE",null,null,null,null,7,7,50000,"https://www.commercialtrucktrader.com/New-Isuzu-Npr/trucks-for-sale?make=ISUZU%7C2311932&model=NPR%7C764866627&price=40000%3A*&condition=N","Diesel"]
["2018 Lion Electric Lion6 168 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Lion Electric","Lion6 168 kWh","BEV",168,120,34,26,null,null,265000,"https://thelionelectric.com/en/products","Electricity"]
["2018 Lion Electric Lion6 252 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Lion Electric","Lion6 252 kWh","BEV",252,180,34,26,null,null,305000,"https://thelionelectric.com/en/products","Electricity"]
["2018 Lion Electric Lion6 336 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Lion Electric","Lion6 336 kWh","BEV",336,240,34,26,null,null,345000,"https://thelionelectric.com/en/products","Electricity"]
["2018 Lion Electric LionA 160 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Lion Electric","LionA 160 kWh","BEV",160,150,34,20,null,null,330000,"https://thelionelectric.com/en/products/electric_mini_school_bus","Electricity"]
["2018 Lion Electric LionA 80 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Lion Electric","LionA 80 kWh","BEV",80,75,34,20,null,null,260000,"https://thelionelectric.com/en/products/electric_mini_school_bus","Electricity"]
["2018 Mercedes Sprinter 3500 Cargo ICE","Medium-Duty Vehicles (Class 3-6)",2018,"Mercedes","Sprinter 3500 Cargo","ICE",null,null,null,null,13,17,42355,null,"Diesel"]
["2018 Motiv EPIC E-450 Cab & Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Motiv","EPIC E-450 Cab & Chassis","BEV",106,100,35,25,null,null,201239,"https://www.motivps.com/motivps/#applications","Electricity"]
["2018 Motiv EPIC E-450 Shuttle Bus BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Motiv","EPIC E-450 Shuttle Bus","BEV",106,85,48,38,null,null,193284,"https://www.motivps.com/motivps/","Electricity"]
["2018 Motiv EPIC F-59 - Step Van - 106 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Motiv","EPIC F-59 - Step Van - 106 kWh","BEV",106,75,39,24,null,null,208095,"https://www.motivps.com/motivps/portfolio-items/epicf59-allelectric-stepvan/","Electricity"]
["2018 Motiv EPIC F-59 - Step Van - 127 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Motiv","EPIC F-59 - Step Van - 127 kWh","BEV",127,90,39,24,null,null,228095,"https://www.motivps.com/motivps/portfolio-items/epicf59-allelectric-stepvan/","Electricity"]
["2018 Motiv EPIC F-59 Shuttle Bus 106 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Motiv","EPIC F-59 Shuttle Bus 106 kWh","BEV",106,75,48,38,null,null,213297,"https://www.motivps.com/motivps/","Electricity"]
["2018 Motiv EPIC F-59 Shuttle Bus 127 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Motiv","EPIC F-59 Shuttle Bus 127 kWh","BEV",127,100,48,38,null,null,233797,"https://www.motivps.com/motivps/","Electricity"]
["2018 Workhorse E-100 Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Workhorse","E-100 Step Van","BEV",123,100,34,26,null,null,133000,null,"Electricity"]
["2018 Workhorse E-GEN Van BEV","Medium-Duty Vehicles (Class 3-6)",2018,"Workhorse","E-GEN Van","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2017 BYD C6M 23' All-Electric Coach Bus BEV","Medium-Duty Vehicles (Class 3-6)",2017,"BYD","C6M 23' All-Electric Coach Bus","BEV",121,124,29,29,null,null,333125,"https://en.byd.com/wp-content/uploads/2019/07/c6m-cut-sheet_final_digital.pdf","Electricity"]
["2017 Chanje V81000 Panel Van BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Chanje","V81000 Panel Van","BEV",100,150,50,null,null,null,null,null,"Electricity"]
["2017 Freightliner Custom Electric Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Freightliner","Custom Electric Chassis","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2017 Fuso eCanter BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Fuso","eCanter","BEV",83,80,30,28,null,null,190000,null,"Electricity"]
["2017 US Hybrid eCargo BEV","Medium-Duty Vehicles (Class 3-6)",2017,"US Hybrid","eCargo","BEV",36,75,66,62,null,null,null,null,"Electricity"]
["2017 Workhorse E-100 Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Workhorse","E-100 Step Van","BEV",123,100,34,26,null,null,133000,null,"Electricity"]
["2017 Workhorse E-GEN Van BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Workhorse","E-GEN Van","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2017 Zenith Motors Cargo Van 52 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Cargo Van 52 kWh","BEV",52,80,49,46,null,null,99000,null,"Electricity"]
["2017 Zenith Motors Cargo Van 62 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Cargo Van 62 kWh","BEV",62,100,51,48,null,null,105000,null,"Electricity"]
["2017 Zenith Motors Cargo Van 69 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Cargo Van 69 kWh","BEV",69,135,62,58,null,null,null,null,"Electricity"]
["2017 Zenith Motors Shuttle Van 52 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Shuttle Van 52 kWh","BEV",52,80,49,46,null,null,109000,null,"Electricity"]
["2017 Zenith Motors Shuttle Van 62 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Shuttle Van 62 kWh","BEV",62,100,51,48,null,null,115000,null,"Electricity"]
["2017 Zenith Motors Shuttle Van 69 kWh BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Shuttle Van 69 kWh","BEV",69,135,62,58,null,null,121000,null,"Electricity"]
["2017 Zenith Motors Step Van BEV","Medium-Duty Vehicles (Class 3-6)",2017,"Zenith Motors","Step Van","BEV",100,90,28,26,null,null,null,null,"Electricity"]
["2016 BYD C6M 23' All-Electric Coach Bus BEV","Medium-Duty Vehicles (Class 3-6)",2016,"BYD","C6M 23' All-Electric Coach Bus","BEV",121,124,29,29,null,null,333125,"https://en.byd.com/wp-content/uploads/2019/07/c6m-cut-sheet_final_digital.pdf","Electricity"]
["2016 Freightliner Custom Electric Chassis BEV","Medium-Duty Vehicles (Class 3-6)",2016,"Freightliner","Custom Electric Chassis","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2015 BYD C6M 23' All-Electric Coach Bus BEV","Medium-Duty Vehicles (Class 3-6)",2015,"BYD","C6M 23' All-Electric Coach Bus","BEV",121,124,29,29,null,null,333125,"https://en.byd.com/wp-content/uploads/2019/07/c6m-cut-sheet_final_digital.pdf","Electricity"]
["2014 BYD C6M 23' All-Electric Coach Bus BEV","Medium-Duty Vehicles (Class 3-6)",2014,"BYD","C6M 23' All-Electric Coach Bus","BEV",121,124,29,29,null,null,333125,"https://en.byd.com/wp-content/uploads/2019/07/c6m-cut-sheet_final_digital.pdf","Electricity"]
["2014 Smith Newton D100 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D100 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D100 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D100 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D100 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D100 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D120 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D120 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D120 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D120 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D120 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D120 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D75 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D75 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D75 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D75 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2014 Smith Newton D75 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2014,"Smith","Newton D75 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Azure Transit Connect Electric Van BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Azure","Transit Connect Electric Van","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2013 Smith Newton D100 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D100 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D100 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D100 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D100 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D100 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D120 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D120 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D120 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D120 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D120 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D120 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D75 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D75 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D75 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D75 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2013 Smith Newton D75 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2013,"Smith","Newton D75 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Azure Transit Connect Electric Van BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Azure","Transit Connect Electric Van","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2012 Smith Newton D100 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D100 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D100 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D100 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D100 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D100 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D120 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D120 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D120 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D120 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D120 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D120 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D75 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D75 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D75 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D75 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2012 Smith Newton D75 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2012,"Smith","Newton D75 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Azure Transit Connect Electric Van BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Azure","Transit Connect Electric Van","BEV",null,null,null,null,null,null,null,null,"Electricity"]
["2011 Smith Newton D100 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D100 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D100 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D100 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D100 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D100 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D120 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D120 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D120 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D120 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D120 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D120 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D75 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D75 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D75 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D75 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2011 Smith Newton D75 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2011,"Smith","Newton D75 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D100 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D100 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D100 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D100 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D100 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D100 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D120 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D120 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D120 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D120 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D120 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D120 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D75 120Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D75 120Kw","BEV",120,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D75 40Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D75 40Kw","BEV",40,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2010 Smith Newton D75 80Kw BEV","Medium-Duty Vehicles (Class 3-6)",2010,"Smith","Newton D75 80Kw","BEV",80,null,null,null,null,null,null,"https://en.wikipedia.org/wiki/Smith_Electric_Vehicles#Newton_Truck","Electricity"]
["2024 Chevrolet Blazer EV BEV","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Blazer EV","BEV",100,247,65,73,null,null,44995,"https://www.chevrolet.com/electric/blazer-ev","Electricity"]
["2024 Chevrolet Equinox EV BEV","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Equinox EV","BEV",65,250,127,108,null,null,30000,"https://www.chevrolet.com/electric/equinox-ev","Electricity"]
["2024 Chevrolet Silverado EV WT BEV","Passenger Vehicles (Light-Duty)",2024,"Chevrolet","Silverado EV WT","BEV",200,400,67,67,null,null,39900,"https://www.gmenvolve.com/fleet/electric-vehicles/chevrolet-silverado","Electricity"]
["2024 Kia EV9 BEV","Passenger Vehicles (Light-Duty)",2024,"Kia","EV9","BEV",76.099999999999994,250,111,111,null,null,56000,"https://www.kia.com/us/en/ev9","Electricity"]
["2022 BMW R1250 ICE","Passenger Vehicles (Light-Duty)",2022,"BMW","R1250","ICE",null,null,null,null,50,50,19695,"https://www.bmwmotorcycles.com/en/models/tour/r1250rt.html","Gasoline"]
["2022 Chevrolet Bolt EUV LT FWD BEV","Passenger Vehicles (Light-Duty)",2022,"Chevrolet","Bolt EUV LT FWD","BEV",65,250,127,108,null,null,33000,null,"Electricity"]
["2022 Ford F-150 Lightning (Standard Range) BEV","Passenger Vehicles (Light-Duty)",2022,"Ford","F-150 Lightning (Standard Range)","BEV",null,230,75,65,null,null,39974,"https://www.ford.com/trucks/f150/f150-lightning/2022/","Electricity"]
["2022 Ford F-150 Lightning (Standard Range) - Service Body BEV","Passenger Vehicles (Light-Duty)",2022,"Ford","F-150 Lightning (Standard Range) - Service Body","BEV",null,230,75,65,null,null,44974,"https://www.ford.com/trucks/f150/f150-lightning/2022/","Electricity"]
["2022 Harley Davidson Electra Glide Standard ICE","Passenger Vehicles (Light-Duty)",2022,"Harley Davidson","Electra Glide Standard","ICE",null,null,null,null,43,43,19429,"https://www.harley-davidson.com/us/en/motorcycles/electra-glide-standard.html","Gasoline"]
["2022 Ram Promaster City ICE","Passenger Vehicles (Light-Duty)",2022,"Ram","Promaster City","ICE",null,null,null,null,21,28,32025,"https://www.ramtrucks.com/ram-promaster-city.html","Gasoline"]
["2022 Tesla Cybertruck dual-motor BEV","Passenger Vehicles (Light-Duty)",2022,"Tesla","Cybertruck dual-motor","BEV",107,300,94,81,null,null,48532,null,"Electricity"]
["2022 Zero DSR ZF 14.4 BEV","Passenger Vehicles (Light-Duty)",2022,"Zero","DSR ZF 14.4","BEV",14.4,105,243,209,null,null,17995,"https://www.zeromotorcycles.com/model/zero-dsr","Electricity"]
["2021 Ford Mustang Mach-E BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E","BEV",68,230,114,98,null,null,42895,"https://www.ford.com/suvs/mach-e/2021/","Electricity"]
["2021 Ford Mustang Mach-E RWD - Police upfit BEV","Passenger Vehicles (Light-Duty)",2021,"Ford","Mustang Mach-E RWD - Police upfit","BEV",68,230,114,98,null,null,45409,null,"Electricity"]
["2021 Lordstown Endurance BEV","Passenger Vehicles (Light-Duty)",2021,"Lordstown","Endurance","BEV",112,250,75,65,null,null,52500,"https://lordstownmotors.com/pages/endurance","Electricity"]
["2021 Lordstown Endurance - Police Upfit BEV","Passenger Vehicles (Light-Duty)",2021,"Lordstown","Endurance - Police Upfit","BEV",112,250,75,65,null,null,55059,"https://lordstownmotors.com/pages/endurance","Electricity"]
["2021 Lordstown Endurance - Service Body BEV","Passenger Vehicles (Light-Duty)",2021,"Lordstown","Endurance - Service Body","BEV",112,250,75,65,null,null,57500,"https://lordstownmotors.com/pages/endurance","Electricity"]
["2021 Tesla Cybertruck single-motor BEV","Passenger Vehicles (Light-Duty)",2021,"Tesla","Cybertruck single-motor","BEV",90,250,94,81,null,null,37894,null,"Electricity"]
["2021 Toyota RAV4 Prime 4WD PHEV","Passenger Vehicles (Light-Duty)",2021,"Toyota","RAV4 Prime 4WD","PHEV",15.12,42,94,94,38,38,40144,null,"Gasoline and Electricity"]
["2020 BMW R1250 ICE","Passenger Vehicles (Light-Duty)",2020,"BMW","R1250","ICE",null,null,null,null,50,50,19058,null,"Gasoline"]
["2020 Chevrolet Impala ICE","Passenger Vehicles (Light-Duty)",2020,"Chevrolet","Impala","ICE",null,0,null,null,19,28,27268,null,"Gasoline"]
["2020 Ford Escape AWD HEV ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape AWD HEV","ICE",null,null,null,null,43,37,31982,null,"Gasoline"]
["2020 Ford Escape FWD ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape FWD","ICE",null,null,null,null,27,33,26503,null,"Gasoline"]
["2020 Ford Escape FWD HEV ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape FWD HEV","ICE",null,null,null,null,44,37,30384,null,"Gasoline"]
["2020 Ford Escape FWD PHEV PHEV","Passenger Vehicles (Light-Duty)",2020,"Ford","Escape FWD PHEV","PHEV",14.4,37,114,91,43,38,34889,"https://www.fueleconomy.gov/feg/Find.do?action=sbs&id=42743","Gasoline and Electricity"]
["2020 Ford Explorer Interceptor Utility ICE","Passenger Vehicles (Light-Duty)",2020,"Ford","Explorer Interceptor Utility","ICE",null,null,null,null,15,20,36535,null,"Gasoline"]
["2020 Ford Fusion Special Service PHEV PHEV","Passenger Vehicles (Light-Duty)",2020,"Ford","Fusion Special Service PHEV","PHEV",7.6,26,106,97,43,40,34789,null,"Gasoline and Electricity"]
["2020 Harley Davidson Electra Glide Standard ICE","Passenger Vehicles (Light-Duty)",2020,"Harley Davidson","Electra Glide Standard","ICE",null,null,null,null,43,43,20234,null,"Gasoline"]
["2020 Ram 1500 Tradesman ICE","Passenger Vehicles (Light-Duty)",2020,"Ram","1500 Tradesman","ICE",null,null,null,null,19,24,38745,"https://www.autoblog.com/buy/2020-RAM-1500-Tradesman__4x4_Crew_Cab_153.5_in._WB/specs/","Gasoline"]
["2020 Rivian R1S 105 kWh BEV","Passenger Vehicles (Light-Duty)",2020,"Rivian","R1S 105 kWh","BEV",105,240,77,66,null,null,70000,null,"Electricity"]
["2020 Rivian R1S 105 kWh - Police Upfit BEV","Passenger Vehicles (Light-Duty)",2020,"Rivian","R1S 105 kWh - Police Upfit","BEV",105,240,77,66,null,null,72559,null,"Electricity"]
["2020 Rivian R1T 105 kWh BEV","Passenger Vehicles (Light-Duty)",2020,"Rivian","R1T 105 kWh","BEV",105,250,80,69,null,null,67500,null,"Electricity"]
["2020 Tesla Model Y - AWD BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y - AWD","BEV",88,315,129,112,null,null,52484,null,"Electricity"]
["2020 Tesla Model Y - AWD with 7 seats BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y - AWD with 7 seats","BEV",88,315,129,112,null,null,55455,null,"Electricity"]
["2020 Tesla Model Y - AWD with 7 seats Police Upfit BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y - AWD with 7 seats Police Upfit","BEV",88,315,129,112,null,null,64072,null,"Electricity"]
["2020 Tesla Model Y - AWD with Options BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y - AWD with Options","BEV",88,315,129,112,null,null,60408,null,"Electricity"]
["2020 Tesla Model Y - Basic BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y - Basic","BEV",88,315,129,112,null,null,47542,null,"Electricity"]
["2020 Tesla Model Y - Basic with 7 seats BEV","Passenger Vehicles (Light-Duty)",2020,"Tesla","Model Y - Basic with 7 seats","BEV",88,315,129,112,null,null,50513,null,"Electricity"]
["2019 Chevrolet Express 2500 2WD Cargo ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Express 2500 2WD Cargo","ICE",0,null,null,null,24,26,26569,"https://www.chevrolet.com/commercial/express/cargo","Gasoline"]
["2019 Chevrolet Express 2500 2WD Passenger ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Express 2500 2WD Passenger","ICE",0,null,null,null,11,16,29618,"https://www.chevrolet.com/commercial/express/passenger","Gasoline"]
["2019 Chevrolet Express 2500 2WD Passenger Van ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Express 2500 2WD Passenger Van","ICE",0,null,null,null,11,16,29618,"https://www.chevrolet.com/commercial/express/passenger","Gasoline"]
["2019 Chevrolet Silverado 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Silverado 1500 2WD","ICE",null,null,null,null,20,23,28143,null,"Gasoline"]
["2019 Chevrolet Suburban 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Chevrolet","Suburban 2WD","ICE",null,0,null,null,16,23,44680,null,"Gasoline"]
["2019 Dodge Charger Police ICE","Passenger Vehicles (Light-Duty)",2019,"Dodge","Charger Police","ICE",null,null,null,null,19,30,25507,null,"Gasoline"]
["2019 Dodge Charger Police AWD ICE","Passenger Vehicles (Light-Duty)",2019,"Dodge","Charger Police AWD","ICE",null,null,null,null,18,27,29767,null,"Gasoline"]
["2019 Dodge Grand Caravan FFV ICE","Passenger Vehicles (Light-Duty)",2019,"Dodge","Grand Caravan FFV","ICE",null,0,null,null,12,18,28531,null,"Gasoline"]
["2019 Ford Expedition SSV 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Expedition SSV 4WD","ICE",null,0,null,null,17,22,41879,null,"Gasoline"]
["2019 Ford Expedition SSV MAX 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Expedition SSV MAX 4WD","ICE",null,0,null,null,16,21,44648,null,"Gasoline"]
["2019 Ford Explorer Interceptor Utility ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Explorer Interceptor Utility","ICE",null,null,null,null,15,20,36535,null,"Gasoline"]
["2019 Ford Transit Connect Cargo Van 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Transit Connect Cargo Van 2WD","ICE",null,0,null,null,24,27,23479,null,"Gasoline"]
["2019 Ford Transit Connect Passenger Van 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Transit Connect Passenger Van 2WD","ICE",null,0,null,null,24,27,26275,null,"Gasoline"]
["2019 Ford Transit Mini Passenger Van ICE","Passenger Vehicles (Light-Duty)",2019,"Ford","Transit Mini Passenger Van","ICE",null,null,null,null,11,20,25523,"https://www.ford.com/commercial-trucks/transit-cargo-van/?searchid=9116898473|92514339576|119364243|&ef_id=Cj0KCQjwwOz6BRCgARIsAKEG4FU6jRhUGntyJcijtvhgi-DcNL0KObRfpJJ_ll0lU49xCq3sJxBdcLQaAqESEALw_wcB:G:s&s_kwcid=AL!2519!3!414389958466!e!!g!!ford%20transit","Gasoline"]
["2019 GMC Sierra C10 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Sierra C10 2WD","ICE",null,null,null,null,15,20,35678,null,"Gasoline"]
["2019 GMC Sierra K10 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"GMC","Sierra K10 4WD","ICE",null,null,null,null,15,19,39192,null,"Gasoline"]
["2019 Nissan Frontier FFV 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Nissan","Frontier FFV 4WD","ICE",null,0,null,null,11,14,30470,null,"Gasoline"]
["2019 Ram 1500 2WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ram","1500 2WD","ICE",null,null,null,null,20,25,21140,null,"Gasoline"]
["2019 Ram 1500 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ram","1500 4WD","ICE",null,null,null,null,19,24,23840,null,"Gasoline"]
["2019 Ram 1500 4WD - Diesel ICE","Passenger Vehicles (Light-Duty)",2019,"Ram","1500 4WD - Diesel","ICE",null,null,null,null,19,27,34075,null,"Gasoline"]
["2019 Ram 1500 Classic FFV 4WD ICE","Passenger Vehicles (Light-Duty)",2019,"Ram","1500 Classic FFV 4WD","ICE",null,null,null,null,11,16,34075,null,"Gasoline"]
["2019 Ram Promaster City ICE","Passenger Vehicles (Light-Duty)",2019,"Ram","Promaster City","ICE",null,null,null,null,21,28,23002,null,"Gasoline"]
["2019 Tesla Model 3 Long Range AWD Performance Police Upfit BEV","Passenger Vehicles (Light-Duty)",2019,"Tesla","Model 3 Long Range AWD Performance Police Upfit","BEV",75,310,120,112,null,null,65063,null,"Electricity"]
["2019 Tesla Model 3 Long Range AWD Police Upfit BEV","Passenger Vehicles (Light-Duty)",2019,"Tesla","Model 3 Long Range AWD Police Upfit","BEV",75,310,120,112,null,null,57139,null,"Electricity"]
["2019 Tesla Model 3 Long Range Police Upfit BEV","Passenger Vehicles (Light-Duty)",2019,"Tesla","Model 3 Long Range Police Upfit","BEV",75,310,136,123,null,null,52692,null,"Electricity"]
["2019 Yamaha TW200 ICE","Passenger Vehicles (Light-Duty)",2019,"Yamaha","TW200","ICE",null,null,null,null,78,78,4898,null,"Gasoline"]
["2019 Yamaha Zuma 125 ICE","Passenger Vehicles (Light-Duty)",2019,"Yamaha","Zuma 125","ICE",null,null,null,null,103,103,3620,null,"Gasoline"]
["2019 Zero DSRP 14.4 BEV","Passenger Vehicles (Light-Duty)",2019,"Zero","DSRP 14.4","BEV",12.6,91,243,209,null,null,21054,null,"Electricity"]
["2019 Zero DSRP 14.4+ BEV","Passenger Vehicles (Light-Duty)",2019,"Zero","DSRP 14.4+","BEV",15.8,114,243,209,null,null,23059,null,"Electricity"]
["2014 Chevrolet Express AWD ICE","Passenger Vehicles (Light-Duty)",2014,"Chevrolet","Express AWD","ICE",null,0,null,null,13,17,35145,null,"Gasoline"]

{"sheet":"Custom Rate Modeled","index":13,"n_rows":97,"n_cols":11,"rows_kept":97,"cut":false,"hidden":false,"merged":[]}
["Rate Type","Season","Months","Hour","Rate",null,"Rate Type","Season","Months","Hour","Rate"]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},0,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},0,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},1,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},1,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},2,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},2,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},3,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},3,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},4,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},4,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},5,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},5,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},6,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},6,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},7,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},7,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},8,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},8,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},9,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},9,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},10,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},10,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},11,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},11,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},12,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},12,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},13,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},13,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},14,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},14,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},15,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},15,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},16,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},16,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},17,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},17,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},18,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},18,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},19,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},19,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},20,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},20,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},21,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},21,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},22,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},22,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},23,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5},null,"Demand Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},23,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":6.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},0,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},0,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},1,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},1,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},2,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},2,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},3,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},3,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},4,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},4,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},5,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},5,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},6,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},6,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},7,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},7,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},8,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},8,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},9,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},9,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},10,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},10,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},11,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},11,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},12,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},12,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},13,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},13,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},14,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},14,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},15,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},15,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":12.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},16,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},16,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},17,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},17,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},18,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},18,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},19,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},19,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},20,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},20,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},21,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},21,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":18}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},22,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},22,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Demand Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},23,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5},null,"Demand Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},23,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},0,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},0,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},1,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},1,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},2,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},2,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},3,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},3,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},4,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},4,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},5,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},5,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},6,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},6,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},7,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},7,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},8,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},8,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},9,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},9,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},10,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},10,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},11,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},11,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},12,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},12,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},13,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},13,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},14,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},14,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},15,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},15,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":7.4999999999999997E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},16,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},16,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},17,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},17,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},18,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},18,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},19,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},19,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},20,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},20,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},21,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},21,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":9.5000000000000001E-2}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},22,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},22,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Winter",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},23,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03},null,"Energy Charge","Winter",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":4},23,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.03}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},0,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},0,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},1,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},1,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},2,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},2,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},3,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},3,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},4,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},4,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},5,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},5,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},6,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},6,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},7,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},7,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},8,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},8,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},9,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},9,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},10,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},10,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},11,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},11,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},12,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},12,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},13,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},13,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},14,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},14,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},15,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},15,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":8.5000000000000006E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},16,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},16,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},17,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},17,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},18,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},18,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},19,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},19,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},20,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},20,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},21,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},21,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":0.115}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},22,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},22,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]
["Energy Charge","Summer",{"$f":"IF(Base_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},23,{"$f":"_xlfn.SWITCH(Base_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Base_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Base_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Base_Custom_Rate_Table_Input[Hour], Base_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2},null,"Energy Charge","Summer",{"$f":"IF(Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]] = \"Winter\", Base_Custom_Rate_Months_User[Months in Winter], Base_Custom_Rate_Months_User[Months in Summer])","v":8},23,{"$f":"_xlfn.SWITCH(Comp_Custom_Rate_Table_Modeled[[#This Row],[Rate Type]]&Comp_Custom_Rate_Table_Modeled[[#This Row],[Season]],\n\"Demand ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Winter ($/kW)], , 0),\n\"Demand ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Demand Charge - Summer ($/kW)], , 0),\n\"Energy ChargeWinter\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Winter ($/kWh)], , 0),\n\"Energy ChargeSummer\", _xlfn.XLOOKUP(Comp_Custom_Rate_Table_Modeled[[#This Row],[Hour]], Comp_Custom_Rate_Table_Input[Hour], Comp_Custom_Rate_Table_Input[Energy Charge - Summer ($/kWh)], , 0),\n)","v":3.5000000000000003E-2}]

{"sheet":"Version","index":14,"n_rows":35,"n_cols":6,"rows_kept":35,"cut":false,"hidden":false,"merged":[]}
["Version History - Fleet Procurement Analysis Tool"]
[null,"Developed By"]
[]
[null,"Nick Nigro",null,null,"Philip Quebe"]
[null,"nick.nigro@atlaspolicy.com",null,null,"philip.quebe@cadmusgroup.com"]
[]
[null,"Version","Date","Author","Organization","Revisions"]
[null,1,42885,"Philip Quebe","The Cadmus Group, Inc.","First launch"]
[null,1.05,42887,"Philip Quebe","The Cadmus Group, Inc.","Minor bug fixes: sensitivity analysis and EV infrastructure inputs"]
[null,1.06,42919,"Nick Nigro","Atlas Public Policy","Added support for U.S. average emissions and fuel prices. Use ZIP Code 00000 to set to U.S. average. Added support for more comprehensive vehicle selection and vehicle incentives. Improved robustness of some table lookup calculations. Added link to vehicle details on fueleconomy.gov."]
[null,1.07,42983,"Nick Nigro","Atlas Public Policy","Fix to allow users to add custom vehicles to \"DB_Vehicles\" table."]
[null,1.08,43028,"Nick Nigro","Atlas Public Policy","Added support for Canadian market (metric system, Canadian province-specific data, etc.). Moved remaining hardcoded defaults to Data tab to make it easier for users to customize them. Speed up user experience when editing inputs. Updated GREET figures for gasoline emissions. Updated U.S. insurance costs. Argument files created with previous version of the tool will not work correctly."]
[null,1.0900000000000001,43056,"Philip Quebe","The Cadmus Group, Inc.","Improvements to sensitivity analysis functionality. Added ability to model both baseline and comparison scenarios in a single sensitivity chart. Simplified and organized sensitivity selection options."]
[null,1.1000000000000001,43073,"Philip Quebe","The Cadmus Group, Inc.","Backend code improvements"]
[null,1.1100000000000001,43117,"Nick Nigro","Atlas Public Policy","Add significantly more U.S.-based light-duty vehicles (over 2,000). Updated fuel price data for 2017."]
[null,1.1200000000000001,43567,"Nick Nigro","Atlas Public Policy","Update data through 2018 for U.S. and Canadian markets."]
[null,1.1299999999999999,43633,"Nick Nigro","Atlas Public Policy","Fixed bug with calculating costs for Purchased (loan) when lease year is set to a non-zero value."]
[null,1.1399999999999999,43725,"Nick Nigro","Atlas Public Policy","Upgrade to support medium- and heavy-duty vehicles.\nFixed bug with calculating maintenance costs for Canadian market.\nUpdated vehicle incentives for light-duty vehicles to remove federal incentive for Tesla and General Motors.\nAdded vehicles for model years 2019 and 2020."]
[null,1.1499999999999999,43789,"Nick Nigro","Atlas Public Policy","Fixed bug with custom vehicle selection."]
[null,1.1599999999999999,43810,"Nick Nigro","Atlas Public Policy","Fixed bug with vehicle selection."]
[null,1.17,43873,"Nick Nigro","Atlas Public Policy","Updated fuel prices for 2019, vehicle availability through February 2020, and eGrid for 2018. \nFixed bugs with cash flow chart and Load/Save feature."]
[null,1.18,44165,"Nick Nigro, Charles Satterfield","Atlas Public Policy","Improved descriptions in tool. Corrected emissions factor for NOx emissions for heavy-duty vehicles. Added many more vehicles to vehicle database from fueleconomy.gov and Atlas database of medium- and heavy-duty vehicles. Updated light-duty vehicle depreciation calculation for BEVs to reflect resale data from 2015-2019. Updated light-duty vehicle insurance costs and charging infrastructure costs. Updated medium- and heavy-duty vehicle maintenance costs using the 2019 version of AFLEET."]
[null,1.19,44293,"Nick Nigro, Josh Rosenberg","Atlas Public Policy","Updated data for U.S. and Canadian market for fuel prices, vehicles available, incentives, and inflation."]
[null,1.2,44295,"Nick Nigro, Josh Rosenberg","Atlas Public Policy","Resolved issue related to incorrect emissions modeled for Canadian provinces."]
[null,1.21,44453,"Josh Rosenberg","Atlas Public Policy","Updated vehicle availability and state incentives. Resolved issue where users were unable to select a charging level. Added license."]
[null,1.22,44510,"Nick Nigro","Atlas Public Policy","Corrected error in calculation of electricity prices from EIA."]
[null,1.23,44516,"Nick Nigro","Atlas Public Policy","Resolved regression with Save/Load settings."]
[null,1.24,44530,"Nick Nigro","Atlas Public Policy","Resolved another regression with Save/Load settings. Add Diesel Price to sensitivity variables."]
[null,1.25,44841,"Nick Nigro","Atlas Public Policy","Fixed formula for loan calculation. Previous calculation was attempting to do monthly accrual of principle and interest payments. This was inaccurate since the model is annual. This change affected loan calculations for vehicles and infrastructure. Also, updated data for 2022. "]
[null,1.26,44985,"Nick Nigro","Atlas Public Policy","Resolve issue with emissions calculations. "]
[null,1.3,45001,"James Di Filippo, Josh Rosenberg, Nick Nigro","Atlas Public Policy","Added in Billing Model to calculate electricity price based on custom charging billing setup. Added in LCFS Model to include inputs for Utility Value income and carbon fuel credits. Updated data for multiple sources. Resolved error in calculation of Canadian maintenance prices."]
[null,1.31,45048,"Nick Nigro","Atlas Public Policy","Correct error with User-Defined Custom Rate Structure when the Workbook structure is protected."]
[null,1.32,45356,"Nick Nigro, James Di Filippo","Atlas Public Policy","Updated maintenance costs with results from 2021 Argonne National Laboratory study. Updates to depreciation calculation for BEVs using new used vehicle data. Updates to fuel prices for 2023. Added more new vehicle models for model year 2023 and 2024."]
[null,1.33,45395,"Nick Nigro, Spencer Burget","Atlas Public Policy","Temporarily disable state incentives. Change federal incentives to a manual input following tax credit changes from Inflation Reduction Act. Resolve bugs with optimized rate calculation."]
[null,1.34,45736,"James Di Filippo, Dan Wilkins","Atlas Public Policy","Updated fuel prices for 2024 and vehicle availability through March 2025. Resolved bug with depreciation rate calculation that overestimated light duty BEV and PHEV residual values over longer (5+ year) ownership tenures."]

{"sheet":"License","index":15,"n_rows":1,"n_cols":1,"rows_kept":1,"cut":false,"hidden":false,"merged":[[0,0,31,13]]}
["Copyright (c) 2021 Atlas Public Policy L.L.C.\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in all\ncopies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\nSOFTWARE."]

{"sheet":"Lists_Hidden","index":16,"n_rows":45,"n_cols":24,"rows_kept":45,"cut":false,"hidden":true,"merged":[]}
["Lists (Hidden Tab) - EV Fleet Procurement Analysis Tool"]
[]
["Ownership Structures",null,"Pricing Approaches",null,"Input Fields","Field Range Name Base","Field Range Name Comp",null,"Help Description Field","U.S.","Canada",null,"Representative City","Province",null,"Constants","Value","Source",null,"Vehicle Class",null,"Charging Time",null,"Vehicle to Optimize"]
["Purchase (Cash)",null,"MSRP Less Discounts",null,{"$f":"IF(IFERROR(FIND(\"Comp\",G4,1)>0,FALSE),OFFSET(INDIRECT(G4),0,-3),IF(IFERROR(FIND(\"Base\",G4,1)>0,FALSE),OFFSET(INDIRECT(G4),0,-3),OFFSET(INDIRECT(G4),0,-1)))","v":"Electricity Cost ($/kWh)"},"Electricity_Price","Electricity_Price",null,"Gasoline_Price","Default gasoline cost is average price for last year available from U.S. Energy Information Administration and set based on ZIP code. Some prices are available at state level, while others are available at regional level (PADD).","Default gasoline cost is average price for the last year available from Natural Resources Canada and set based on a representative city from each province or territory.",null,"Charlottetown","Prince Edward Island",null,"Grams per Weight",{"$f":"IF(_Market=\"U.S.\", 453.592, 1000)","v":453.59199999999998},null,null,"Passenger Vehicles (Light-Duty)",null,"00:00:00",null,"Base"]
["Purchase (Loan)",null,"Dealer Cost Plus Markup",null,"Gasoline Price ($/Gallon)","Gasoline_Price","Gasoline_Price",null,"Electricity_Price","Default electricity cost is aggregated by state and the price is calculated based on revenue and energy delivered for commercial customers for last year available from U.S. Energy Information Administration’s survey of electric utilities (EIA-861M).","Default electricity cost is the price for a representative city from each province or territory, as defined by an annual report from Hydro Quebec.",null,"Edmonton","Alberta",null,"Kilometers per Mile",1.6093,null,null,"Heavy-Duty Vehicles (Class 7-8)",null,"01:00:00"]
["FMV (Closed-End) Lease",null,null,null,{"$f":"IF(IFERROR(FIND(\"Comp\",G6,1)>0,FALSE),OFFSET(INDIRECT(G6),0,-3),IF(IFERROR(FIND(\"Base\",G6,1)>0,FALSE),OFFSET(INDIRECT(G6),0,-3),OFFSET(INDIRECT(G6),0,-1)))","v":"Diesel Price ($/Gallon)"},"Diesel_Price","Diesel_Price",null,"Carbon_Price","The default cost of carbon is the social cost of carbon using a 3% discount rate, as defined by the U.S. federal government.","The default cost of carbon is the social cost of carbon using a 3% discount rate as defined by the Environment and Climate Change Canada.",null,"Halifax","Nova Scotia",null,"Gigajoules per Kilowatt-hours",3.5999999999999999E-3,null,null,"Medium-Duty Vehicles (Class 3-6)",null,"02:00:00"]
["FMV (Closed-End) Lease w/ Cash Purchase",null,null,null,"Cost of Carbon ($/Metric Ton)","Carbon_Price","Carbon_Price",null,"Inflation_Rate_General","Inflation rate is used for maintenance and other operating costs, excluding fuel. Default inflation rate is based on Federal Reserve’s medium term target. Inflation for fuel is based on data from U.S. Energy Information Administration.","Inflation rate is used for maintenance and other operating costs, excluding fuel. Default inflation rate is average from 2017-2027 from Canada's Energy Future Report.",null,"Moncton","New Brunswick",null,"Distance Metric",{"$f":"IF(_Market=\"U.S.\",\"Mile\",\"Kilometer\")","v":"Mile"},null,null,"*Custom",null,"03:00:00"]
["FMV (Closed-End) Lease w/ Loan Purchase",null,null,null,"Inflation Rate (Excluding Fuel) (%/Year)","Inflation_Rate_General","Inflation_Rate_General",null,"Base_V1_Fuel_Economy_Gas_City","The default value is the city fuel economy when powered by gasoline for the selected vehicle from www.fueleconomy.gov. This field is not relevant for battery electric vehicles.","The default value is the city fuel consumption when powered by gasoline for the selected vehicle from the Fuel Consumption Report. This field is not relevant for battery electric vehicles.",null,"Montreal","Quebec",null,"Distance Metric Abbreviation",{"$f":"IF(_Market=\"U.S.\",\"mi\",\"km\")","v":"mi"},null,null,null,null,"04:00:00"]
["TRAC (Open-End) Lease",null,null,null,"Fuel Economy Electric City (MPGe)","Base_V1_Fuel_Economy_Electric_City","Comp_V1_Fuel_Economy_Electric_City",null,"Base_V1_Fuel_Economy_Gas_Hwy","The default value is the highway fuel economy when powered by gasoline for the selected vehicle from www.fueleconomy.gov. This field is not relevant for battery electric vehicles.","The default value is the highway fuel consumption when powered by gasoline for the selected vehicle from the Fuel Consumption Report. This field is not relevant for battery electric vehicles.",null,"Regina","Saskatchewan",null,"Volume Metric",{"$f":"IF(_Market=\"U.S.\", \"Gallon\", \"Liter\")","v":"Gallon"},null,null,null,null,"05:00:00"]
["TRAC (Open-End) Lease w/ Cash Purchase",null,null,null,"Fuel Economy Electric Hwy (MPGe)","Base_V1_Fuel_Economy_Electric_Hwy","Comp_V1_Fuel_Economy_Electric_Hwy",null,"Base_V1_Fuel_Economy_Electric_City","The default value is the city fuel economy when powered by batteries for the selected vehicle from www.fueleconomy.gov. This field is not relevant for gasoline vehicles.","The default value is the city fuel consumption when powered by batteries for the selected vehicle from the Fuel Consumption Report. This field is not relevant for gasoline vehicles.",null,"St. John's","Newfoundland and Labrador",null,"Volume Metric Abbreviation","L",null,null,null,null,"06:00:00"]
["TRAC (Open-End) Lease w/ Loan Purchase",null,null,null,"Fuel Economy Gasoline/Diesel City (MPG)","Base_V1_Fuel_Economy_Gas_City","Comp_V1_Fuel_Economy_Gas_City",null,"Base_V1_Fuel_Economy_Electric_Hwy","The default value is the highway fuel economy when powered by batteries for the selected vehicle from www.fueleconomy.gov. This field is not relevant for gasoline vehicles.","The default value is the highway fuel consumption when powered by batteries for the selected vehicle from the Fuel Consumption Report. This field is not relevant for gasoline vehicles.",null,"Toronto","Ontario",null,"Fuel Use Metric",{"$f":"IF(_Market=\"U.S.\", \"Fuel Economy\", \"Fuel Consumption\")","v":"Fuel Economy"},null,null,null,null,"07:00:00"]
["Tax-Exempt Lease Purchase (Cash)",null,null,null,"Fuel Economy Gasoline/Diesel Highway (MPG)","Base_V1_Fuel_Economy_Gas_Hwy","Comp_V1_Fuel_Economy_Gas_Hwy",null,"Base_V1_VMT","The default value is 15,000 and users can customize this value to their expected number of miles traveled per year. The 15,000 value for annual vehicle mileage is the assumption used by Edmunds True Cost to Own calculator.","The default value is 24,135 km and users can customize this value to their expected number of kilometers traveled per year.",null,"Vancouver","British Columbia",null,"kWh per Gasoline Volume",{"$f":"IF(_Market=\"U.S.\", 33.7, 8.9)","v":33.700000000000003},"EPA figure for U.S. market. From 2020 Fuel Consumption Guide for Canada market.",null,null,null,"08:00:00"]
[null,null,null,null,"Expected Years of Use/Ownership (Years)","Base_V1_Years_Usage","Comp_V1_Years_Usage",null,"Base_V1_Miles_Gas","Default value is 100% for gasoline vehicles and 0% for battery electric vehicles. For plug-in hybrids, value is a function of electric range and expected daily vehicle miles traveled. It is assumed the vehicle only charges once per day.","Default value is 100% for gasoline vehicles and 0% for battery electric vehicles. For plug-in hybrids, value is a function of electric range and expected daily vehicle kilometers traveled. It is assumed the vehicle only charges once per day.",null,"Winnipeg","Manitoba",null,"MJ per Gasoline Volume",{"$f":"Constant_kWh_Per_Gasoline_Volume/0.277778","v":121.31990294407764},"1 kWh is 0.277778 Megajoules. (EPA uses 121 MJ/gasoline-gallon)",null,null,null,"09:00:00"]
[null,null,null,null,"Annual Vehicle Mileage (VMT/Year)","Base_V1_VMT","Comp_V1_VMT",null,"Base_V1_Miles_City","The default value is 55%, based on the U.S. Environmental Protection Agency’s method for calculating fuel economy. ","The default value is 55%, based on the U.S. Environmental Protection Agency’s method for calculating fuel economy. ",null,"Yellowknife","Northwest Territories",null,"kWh per Diesel Volume",{"$f":"IF(_Market=\"U.S.\", 37.95, ROUND(8.9/33.7*37.95, 2))","v":37.950000000000003},"From Wikipedia: https://en.wikipedia.org/wiki/Miles_per_gallon_gasoline_equivalent. For Canada, scaled using kWh per Gasoline Volume.",null,null,null,"10:00:00"]
[null,null,null,null,"% of Annual Miles City Driving","Base_V1_Miles_City","Comp_V1_Miles_City",null,"Base_V1_Insurance_Cost","Average passenger car insurance costs from AAA 2016 Your Driving Cost Study. Users can set custom values that are more accurate.","Average passenger car insurance costs from Table 3 of 2016 study on Auto Insurance System in Ontario.",null,"Iqaluit","Nunavut",null,"MJ per Diesel Volume",{"$f":"Constant_kWh_Per_Diesel_Volume/0.277778","v":136.61989070408742},"1 kWh is 0.277778 Megajoules.",null,null,null,"11:00:00"]
[null,null,null,null,"% of Annual Miles on Gasoline/Diesel","Base_V1_Miles_Gas","Comp_V1_Miles_Gas",null,"Comp_V1_Fuel_Economy_Gas_City","The default value is the city fuel economy when powered by gasoline for the selected vehicle from www.fueleconomy.gov. This field is not relevant for battery electric vehicles.","The default value is the city fuel consumption when powered by gasoline for the selected vehicle from the Fuel Consumption Report. This field is not relevant for battery electric vehicles.",null,"Whitehorse","Yukon",null,"Weight Metric Abbreviation",{"$f":"IF(_Market=\"U.S.\", \"lb\", \"kg\")","v":"lb"},null,null,null,null,"12:00:00"]
[null,null,null,null,"Cost to Insure ($/Year)","Base_V1_Insurance_Cost","Comp_V1_Insurance_Cost",null,"Comp_V1_Fuel_Economy_Gas_Hwy","The default value is the highway fuel economy when powered by gasoline for the selected vehicle from www.fueleconomy.gov. This field is not relevant for battery electric vehicles.","The default value is the highway fuel consumption when powered by gasoline for the selected vehicle from the Fuel Consumption Report. This field is not relevant for battery electric vehicles.",null,"Canada","Canada Avg",null,"CO2 Intensity (Electricity)",{"$f":"IF(_Market=\"U.S.\", (VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion annual CO2 total output emission rate (lb/MWh)]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE)+VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[], COLUMN(DB_Electricity_Emissions[[#Headers],[Upstream Emissions After Transmission Loss (lb/MWh)]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE))/1000, VLOOKUP(Province_Ex, DB_Electricity_Emissions_Canada[], COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[CO2]])-COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[Province]])+1,FALSE)*Constant_Gigajoule_Per_Kilowatt_Hour/1000)","v":0.76709824000000004},null,null,null,null,"13:00:00"]
[null,null,null,null,{"$f":"IF(IFERROR(FIND(\"Comp\",G18,1)>0,FALSE),OFFSET(INDIRECT(G18),0,-3),IF(IFERROR(FIND(\"Base\",G18,1)>0,FALSE),OFFSET(INDIRECT(G18),0,-3),OFFSET(INDIRECT(G18),0,-1)))","v":"Maintenance and Repair Cost - Years 1 - 5 ($/Mile)"},"Base_V1_Maint_Repair_Cost_Year_1","Comp_V1_Maint_Repair_Cost_Year_1",null,"Comp_V1_Fuel_Economy_Electric_City","The default value is the city fuel economy when powered by batteries for the selected vehicle from www.fueleconomy.gov. This field is not relevant for gasoline vehicles.","The default value is the city fuel consumption when powered by batteries for the selected vehicle from the Fuel Consumption Report. This field is not relevant for gasoline vehicles.",null,null,null,null,"NOx Intensity (Electricity)",{"$f":"IF(_Market=\"U.S.\", VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion annual NOx total output emission rate (lb/MWh)]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE)*Constant_Grams_Per_Weight, VLOOKUP(Province_Ex, DB_Electricity_Emissions_Canada[], COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[NOx as NO2]])-COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[Province]])+1,FALSE)*Constant_Gigajoule_Per_Kilowatt_Hour*1000)","v":131.995272},null,null,null,null,"14:00:00"]
[null,null,null,null,"Maintenance and Repair Cost - Years 5+ ($/Mile)","Base_V1_Maint_Repair_Cost_Year_5","Comp_V1_Maint_Repair_Cost_Year_5",null,"Comp_V1_Fuel_Economy_Electric_Hwy","The default value is the highway fuel economy when powered by batteries for the selected vehicle from www.fueleconomy.gov. This field is not relevant for gasoline vehicles.","The default value is the highway fuel consumption when powered by batteries for the selected vehicle from the Fuel Consumption Report. This field is not relevant for gasoline vehicles.",null,null,null,null,"SOx Intensity (Electricity)",{"$f":"IF(_Market=\"U.S.\", VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion annual SO2 total output emission rate (lb/MWh)]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE)*Constant_Grams_Per_Weight, VLOOKUP(Province_Ex, DB_Electricity_Emissions_Canada[], COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[SOx]])-COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[Province]])+1,FALSE)*Constant_Gigajoule_Per_Kilowatt_Hour*1000)","v":115.66596},null,null,null,null,"15:00:00"]
[null,null,null,null,"Recurring Taxes and Fees ($/Year)","Base_V1_Taxes_Fees","Comp_V1_Taxes_Fees",null,"Comp_V1_VMT","The default value is 15,000 and users can customize this value to their expected number of miles traveled per year. The 15,000 value for annual vehicle mileage is the assumption used by Edmunds True Cost to Own calculator.","The default value is 24,135 km and users can customize this value to their expected number of kilometers traveled per year.",null,null,null,null,"PM10 Intensity (Electricity)",{"$f":"IF(_Market=\"U.S.\", VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[EPA PM10 total direct plant output emission rate based on national average (lb/M]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE)*Constant_Grams_Per_Weight, VLOOKUP(Province_Ex, DB_Electricity_Emissions_Canada[], COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[PM10]])-COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[Province]])+1,FALSE)*Constant_Gigajoule_Per_Kilowatt_Hour*1000)","v":31.647639760422223},null,null,null,null,"16:00:00"]
[null,null,null,null,"Number of  Vehicles to Procure (#)","Base_V1_Num_Vehicles","Comp_V1_Num_Vehicles",null,"Comp_V1_Miles_Gas","Default value is 100% for gasoline vehicles and 0% for battery electric vehicles. For plug-in hybrids, value is a function of electric range and expected daily vehicle miles traveled. It is assumed the vehicle only charges once per day.","Default value is 100% for gasoline vehicles and 0% for battery electric vehicles. For plug-in hybrids, value is a function of electric range and expected daily vehicle miles traveled. It is assumed the vehicle only charges once per day.",null,null,null,null,"PM2.5 Intensity (Electricity)",{"$f":"IF(_Market=\"U.S.\", VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[EPA PM2.5 total direct plant output emission rate based on national average (lb/]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE)*Constant_Grams_Per_Weight, VLOOKUP(Province_Ex, DB_Electricity_Emissions_Canada[], COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[PM2.5]])-COLUMN(DB_Electricity_Emissions_Canada[[#Headers],[Province]])+1,FALSE)*Constant_Gigajoule_Per_Kilowatt_Hour*1000)","v":25.741773417446588},null,null,null,null,"17:00:00"]
[null,null,null,null,"MSRP ($)","Base_V1_MSRP","Comp_V1_MSRP",null,"Comp_V1_Miles_City","The default value is 55%, based on the U.S. Environmental Protection Agency’s method for calculating fuel economy. ","The default value is 55%, based on the U.S. Environmental Protection Agency’s method for calculating fuel economy. ",null,null,null,null,"VOC Intensity (Electricity)",{"$f":"IF(_Market=\"U.S.\", VLOOKUP(eGrid_Region_Ex,DB_Electricity_Emissions[],COLUMN(DB_Electricity_Emissions[[#Headers],[EPA VOC total direct plant output emission rate based on national average (lb/MW]])-COLUMN(DB_Electricity_Emissions[[#Headers],[eGRID subregion acronym]])+1,FALSE)*Constant_Grams_Per_Weight, 0)","v":7.6513007509015489},null,null,null,null,"18:00:00"]
[null,null,null,null,"Value of Negotiated Discounts off MSRP ($/Vehicle)","Base_V1_Discounts","Comp_V1_Discounts",null,"Comp_V1_Insurance_Cost","Average passenger car insurance costs from AAA 2016 Your Driving Cost Study. Users can set custom values that are more accurate.","Average passenger car insurance costs from Table 3 of 2016 study on Auto Insurance System in Ontario.",null,null,null,null,"Baseline Vehicle Electric Range",{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Base_V1_Type_Ex,DB_Vehicles[],COLUMN(DB_Vehicles[[#Headers],[Electric Range]]),FALSE), VLOOKUP(Base_V1_Type_Ex, DB_Vehicles__Canada[], COLUMN(DB_Vehicles__Canada[[#Headers],[Electric Range]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE)/Constant_Kilometers_Per_Mile)","v":247},null,null,null,null,"19:00:00"]
[null,null,null,null,"Dealer Triple Net Price ($/Vehicle)","Base_V1_List_Price","Comp_V1_List_Price",null,"Base_V1_Lease_Mileage_Cost","Cost per mile above the mileage included in the lease agreement.","Cost per kilometer above the mileage included in the lease agreement.",null,null,null,null,"Baseline Vehicle Mileage",{"$f":"IF(_Market=\"U.S.\",Base_V1_Fuel_Economy_Gas_City,IFERROR(CONVERT(1/CONVERT(Base_V1_Fuel_Economy_Gas_City/100,\"l\",\"gal\"),\"km\",\"mi\"),0))","v":0},null,null,null,null,"20:00:00"]
[null,null,null,null,"Dealer Markup ($/Vehicle)","Base_V1_List_Price_Markup","Comp_V1_List_Price_Markup",null,"Comp_V1_Lease_Mileage_Cost","Cost per mile above the mileage included in the lease agreement.","Cost per kilometer above the mileage included in the lease agreement.",null,null,null,null,"Comparison Vehicle Electric Range",{"$f":"IF(_Market=\"U.S.\", VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles[],COLUMN(DB_Vehicles[[#Headers],[Electric Range]]),FALSE), VLOOKUP(Comp_V1_Type_Ex, DB_Vehicles__Canada[], COLUMN(DB_Vehicles__Canada[[#Headers],[Electric Range]])-COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE)/Constant_Kilometers_Per_Mile)","v":0},null,null,null,null,"21:00:00"]
[null,null,null,null,"Value of Federal Tax Credits ($/Vehicle)","Base_V1_Federal_Tax_Incentives","Comp_V1_Federal_Tax_Incentives",null,null,null,null,null,null,null,null,"Comparison Vehicle Mileage",{"$f":"IF(_Market=\"U.S.\",  Comp_V1_Fuel_Economy_Gas_City, IFERROR(CONVERT(1/CONVERT(Comp_V1_Fuel_Economy_Gas_City/100,\"l\",\"gal\"),\"km\",\"mi\"),0))","v":32},null,null,null,null,"22:00:00"]
[null,null,null,null,"Value of State Tax Incentives ($/Vehicle)","Base_V1_State_Tax_Incentives","Comp_V1_State_Tax_Incentives",null,null,null,null,null,null,null,null,"Base Fuel Type",{"$f":"IF(_Market=\"U.S.\",INDEX(DB_Vehicles[Fuel], MATCH(1, (Base_V1_Type_Ex=DB_Vehicles[Selection Name])*(_Base_V1_Vehicle_Vehicle_Class=DB_Vehicles[Vehicle Class]), 0)),VLOOKUP(Base_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel]]) - COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":"Electricity"},null,null,null,null,"23:00:00"]
[null,null,null,null,"State Tax Incentive Cap ($)","Base_V1_State_Tax_Incentive_Cap","Comp_V1_State_Tax_Incentive_Cap",null,null,null,null,null,null,null,null,"Comparison Fuel Type",{"$f":"IF(_Market=\"U.S.\",INDEX(DB_Vehicles[Fuel], MATCH(1, (Comp_V1_Type_Ex=DB_Vehicles[Selection Name])*(_Comp_V1_Vehicle_Vehicle_Class=DB_Vehicles[Vehicle Class]), 0)),VLOOKUP(Comp_V1_Type_Ex,DB_Vehicles__Canada[],COLUMN(DB_Vehicles__Canada[[#Headers],[Fuel]]) - COLUMN(DB_Vehicles__Canada[[#Headers],[Selection Name]])+1,FALSE))","v":"Gasoline"}]
[null,null,null,null,"Value of Non-tax Incentives ($/Vehicle)","Base_V1_Other_Incentives","Comp_V1_Other_Incentives"]
[null,null,null,null,"Initial Tax, Title, and Registration Cost ($/Vehicle)","Base_V1_Initial_Taxes_Fees","Comp_V1_Initial_Taxes_Fees"]
[null,null,null,null,"Initial Fee as Percent of Vehicle Base Price (%)","Base_V1_Initial_Percent_Base_Price","Comp_V1_Initial_Percent_Base_Price"]
[null,null,null,null,"Down Payment ($/Vehicle)","Base_V1_Down_Payment","Comp_V1_Down_Payment"]
[null,null,null,null,"Lease Term (Years)","Base_V1_Lease_Term","Comp_V1_Lease_Term"]
[null,null,null,null,"Lease Interest Rate (APR - %)","Base_V1_Lease_APR","Comp_V1_Lease_APR"]
[null,null,null,null,"Money Factor (#)","Base_V1_Lease_Money_Factor","Comp_V1_Lease_Money_Factor"]
[null,null,null,null,{"$f":"IF(IFERROR(FIND(\"Comp\",G36,1)>0,FALSE),OFFSET(INDIRECT(G36),0,-3),IF(IFERROR(FIND(\"Base\",G36,1)>0,FALSE),OFFSET(INDIRECT(G36),0,-3),OFFSET(INDIRECT(G36),0,-1)))","v":"Acquisition Fee ($/Vehicle)"},"Base_V1_Lease_Acquisition_Fee","Comp_V1_Lease_Acquisition_Fee"]
[null,null,null,null,"Disposition Charge ($/Vehicle)","Base_V1_Lease_Disposition_Fee","Comp_V1_Lease_Disposition_Fee"]
[null,null,null,null,"Negotiated Residual Value ($/Vehicle)","Base_V1_Lease_Residual_Price","Comp_V1_Lease_Residual_Price"]
[null,null,null,null,"Mileage Included (Closed-End Only)","Base_V1_Lease_Mileage_Inc","Comp_V1_Lease_Mileage_Inc"]
[null,null,null,null,"Excess Mileage Cost ($/Mile)","Base_V1_Lease_Mileage_Cost","Comp_V1_Lease_Mileage_Cost"]
[null,null,null,null,"Loan Term (Years)","Base_V1_Loan_Term","Comp_V1_Loan_Term"]
[null,null,null,null,"Loan Interest Rate (APR - %)","Base_V1_Loan_APR","Comp_V1_Loan_APR"]
[null,null,null,null,"Number of EV Charging Stations Needed (#)","Base_Num_Stations","Comp_Num_Stations"]
[null,null,null,null,"Charging Equipment Cost ($/Station)","Base_Station_Cost","Comp_Station_Cost"]
[null,null,null,null,"Maintenance and Network Service Cost ($/Station/Year)","Base_Station_Maint_Cost","Comp_Station_Maint_Cost"]

{"sheet":"Automated Inputs","index":17,"n_rows":1,"n_cols":28,"rows_kept":1,"cut":false,"hidden":true,"merged":[]}
["Index","_Carbon_Price_Include","_Base_V1_Vehicle_Drivetrain","_Base_V1_Vehicle_Vehicle_Class","_Base_V1_Vehicle_Year","_Base_V1_Vehicle_Make","_Base_V1_Vehicle_Model","_Base_V1_Ownership_Structure","_Base_V1_Maint_Repair_Cost_Use_Default","_Base_Include_Charging","_Base_Charging_Level","Public_Charging_Price","En_Route_Charging_Price","Electricity_Price","Diesel_Price","Base_V1_Years_Usage","Base_V1_VMT","Base_V1_Other_Incentives","Base_V1_Maint_Repair_Cost_Year_5","Base_V1_Maint_Repair_Cost_Year_1","Base_V1_MSRP","Base_Station_Utility_Cost","Base_Station_Maint_Cost","Base_Station_Cost","Base_Station_Construction_Cost","Base_Percent_Public_Charging","Base_Percent_Home_Charging","Base_Num_Stations"]

{"sheet":"Automated Outputs","index":18,"n_rows":5,"n_cols":19,"rows_kept":5,"cut":false,"hidden":true,"merged":[]}
[]
[null,null,null,"Start/resume on this index number: ",null,"Max Scenario"]
[null,null,null,0,null,{"$f":"MAX(Automated_Output_Table[Index])","v":0}]
[]
["Index","Base_V1_Result_Depreciation_CPM_Ex","Base_V1_Result_Financing_CPM_Ex","Base_V1_Result_Fuel_CPM_Ex","Base_V1_Result_Maint_CPM_Ex","Base_V1_Result_Taxes_Fees_CPM_Ex","Base_V1_Result_Insurance_CPM_Ex","Base_V1_Result_Downtime_CPM_Ex","Base_V1_Result_Carbon_CPM_Ex","Base_V1_Result_Charging_CPM_Ex","Base_V1_Result_Total_CPM_Ex","Base_V1_Result_Total_NPV_CPM_Ex","Base_V1_Result_Total_NPV_Ex","Base_V1_Result_Env_CO2_CPM_Ex","Base_V1_Result_Env_NOX_CPM_Ex","Base_V1_Result_Env_SOX_CPM_Ex","Base_V1_Result_Env_VOC_CPM_Ex","Base_V1_Result_Env_PM10_CPM_Ex","Base_V1_Result_Env_PM2_5_CPM_Ex"]

{"sheet":"Results Tables","index":19,"n_rows":75,"n_cols":29,"rows_kept":75,"cut":false,"hidden":true,"merged":[]}
["Results Tables - EV Fleet Procurement Analysis Tool"]
[]
[null,"Total Cost per Vehicle"]
[null,null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},{"$f":"Comp_V1_Type_Ex&\" (Comparison)\"","v":"2024 Toyota Corolla ICE (Comparison)"}]
[null,"Depreciation (less tax credits and incentives)",{"$f":"SUM('Financial Model'!D32:AC32)-SUM('Financial Model'!D20:AC20)-SUM('Financial Model'!D28:AC28)","v":-11391.277040976815},{"$f":"SUM('Financial Model'!D105:AC105)-SUM('Financial Model'!D93:AC93)-SUM('Financial Model'!D101:AC101)","v":-13275.212783634126}]
[null,"Financing",{"$f":"SUM('Financial Model'!E20:AC20)+SUM('Financial Model'!E28:AC28)","v":0},{"$f":"SUM('Financial Model'!E93:AC93)+SUM('Financial Model'!E101:AC101)","v":0}]
[null,"Fuel",{"$f":"SUM('Financial Model'!D35:AC35)","v":-4429.6359324377345},{"$f":"SUM('Financial Model'!D108:AC108)","v":-8149.0643740660789}]
[null,"Maintenance and Repairs",{"$f":"SUM('Financial Model'!D36:AC36)","v":-5396.3248171193309},{"$f":"SUM('Financial Model'!D109:AC109)","v":-8934.8984676893851}]
[null,"Taxes & Fees",{"$f":"SUM('Financial Model'!D37:AC37)","v":-1074.3428338246404},{"$f":"SUM('Financial Model'!D110:AC110)","v":-1074.3428338246404}]
[null,"Insurance",{"$f":"SUM('Financial Model'!D38:AC38)","v":-8876.5343586620165},{"$f":"SUM('Financial Model'!D111:AC111)","v":-8876.5343586620165}]
[null,"Cost of Downtime",{"$f":"SUM('Financial Model'!D45:AC45)","v":0},{"$f":"SUM('Financial Model'!D118:AC118)","v":0}]
[null,"Carbon",{"$f":"SUM('Financial Model'!D44:AC44)","v":0},{"$f":"SUM('Financial Model'!D117:AC117)","v":0}]
[null,"Vehicle Total ",{"$f":"SUM(C5:C12)","v":-31168.11498302054},{"$f":"SUM(D5:D12)","v":-40310.052817876247}]
[null,"Vehicle Total - Check",{"$f":"SUM('Financial Model'!D49:AC49)","v":-31168.11498302054},{"$f":"SUM('Financial Model'!D122:AC122)","v":-40310.052817876247}]
[null,"Infrastructure per Vehicle",{"$f":"SUM('Financial Model'!D71:AC71)/Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"SUM('Financial Model'!D144:AC144)/Comp_V1_Num_Vehicles_Modeled","v":0}]
[null,"Grand Total",{"$f":"C13+C15","v":-31168.11498302054},{"$f":"D13+D15","v":-40310.052817876247}]
[]
[null,"Vehicle Cost per Mile"]
[null,null,{"$f":"C4","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},{"$f":"D4","v":"2024 Toyota Corolla ICE (Comparison)"}]
[null,"Depreciation (less tax credits and incentives)",{"$f":"-C5/(Base_V1_VMT_Modeled*Base_V1_Years_Usage_Modeled)","v":0.14906341408519891},{"$f":"-D5/(Comp_V1_VMT_Modeled*Comp_V1_Years_Usage_Modeled)","v":0.17371612797385633}]
[null,"Financing",0,0]
[null,"Fuel",5.7965112503928794E-2,0.10663662667747653]
[null,"Maintenance and Repairs",7.0614962471627879E-2,0.11691985589564617]
[null,"Taxes & Fees",1.4058582732365515E-2,1.4058582732365515E-2]
[null,"Insurance",0.11615611770190681,0.11615611770190681]
[null,"Cost of Downtime",{"$f":"IF(C11<>0, -C11/(Base_V1_VMT_Modeled*Base_V1_Years_Usage_Modeled), \"\")","v":""},{"$f":"IF(D11<>0, -D11/(Comp_V1_VMT_Modeled*Comp_V1_Years_Usage_Modeled), \"\")","v":""}]
[null,"Carbon",{"$f":"IF(C12<>0, -C12/(Base_V1_VMT_Modeled*Base_V1_Years_Usage_Modeled), \"\")","v":""},{"$f":"IF(D12<>0, -D12/(Comp_V1_VMT_Modeled*Comp_V1_Years_Usage_Modeled), \"\")","v":""}]
[null,"Vehicle Total ",{"$f":"SUM(C20:C27)","v":0.40785818949502795},{"$f":"SUM(D20:D27)","v":0.52748731098125134}]
[null,"Vehicle Total - Check",{"$f":"-C14/(Base_V1_VMT_Modeled*Base_V1_Years_Usage_Modeled)","v":0.40785818949502795},{"$f":"-D14/(Comp_V1_VMT_Modeled*Comp_V1_Years_Usage_Modeled)","v":0.52748731098125134}]
[null,"Charging Infrastructure",{"$f":"-C15/(Base_V1_VMT_Modeled*Base_V1_Years_Usage_Modeled)","v":0},{"$f":"-D15/(Comp_V1_VMT_Modeled*Comp_V1_Years_Usage_Modeled)","v":0}]
[null,"Grand Total",{"$f":"-C16/(Base_V1_VMT_Modeled*Base_V1_Years_Usage_Modeled)","v":0.40785818949502795},{"$f":"-D16/(Comp_V1_VMT_Modeled*Comp_V1_Years_Usage_Modeled)","v":0.52748731098125134}]
[]
[null,"Gasoline Displaced"]
[null,null,{"$f":"C4","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},{"$f":"D4","v":"2024 Toyota Corolla ICE (Comparison)"}]
[null,"Gallons of Gasoline / Year / Vehicle",{"$f":"Base_V1_Gas_Diesel_Usage_Ex","v":0},{"$f":"Comp_V1_Gas_Usage_Ex","v":307.45666920731708}]
[null,"Number of Years",{"$f":"Base_V1_Years_Usage_Modeled","v":7},{"$f":"Comp_V1_Years_Usage_Modeled","v":7}]
[null,"Number of Vehicles",{"$f":"Base_V1_Num_Vehicles_Modeled","v":1},{"$f":"Comp_V1_Num_Vehicles_Modeled","v":1}]
[null,"Total Gasoline Consumption (Gallons)",{"$f":"C35*C36*C37","v":0},{"$f":"D35*D36*D37","v":2152.1966844512194}]
[null,"Gasoline Consumption / Mile (Average)",{"$f":"C35/Base_V1_VMT_Modeled","v":0},{"$f":"D35/Comp_V1_VMT_Modeled","v":2.8163109756097562E-2}]
[]
[null,"Cash Flow Chart"]
[]
[null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"}]
[null,null,"Year 0","Year 1 ","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25","Totals"]
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[null,"Financing",{"$f":"'Financial Model'!D28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!E28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!F28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!G28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!H28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!I28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!J28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!K28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!L28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!M28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!N28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!O28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!P28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Q28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!R28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!S28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!T28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!U28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!V28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!W28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!X28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Y28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Z28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AA28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AB28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AC28*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"SUM(C46:AB46)","v":0}]
[null,"Residual Value (Vehicle Sale)",{"$f":"'Financial Model'!D30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!E30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!F30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!G30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!H30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!I30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!J30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!K30*Base_V1_Num_Vehicles_Modeled","v":11158.722959023185},{"$f":"'Financial Model'!L30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!M30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!N30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!O30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!P30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Q30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!R30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!S30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!T30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!U30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!V30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!W30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!X30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Y30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Z30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AA30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AB30*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AC30*Base_V1_Num_Vehicles_Modeled","v":0},11158.722959023185]
[null,"Fuel",{"$f":"'Financial Model'!D35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!E35*Base_V1_Num_Vehicles_Modeled","v":-629.23804981814783},{"$f":"'Financial Model'!F35*Base_V1_Num_Vehicles_Modeled","v":-657.20308129166358},{"$f":"'Financial Model'!G35*Base_V1_Num_Vehicles_Modeled","v":-643.25600849614841},{"$f":"'Financial Model'!H35*Base_V1_Num_Vehicles_Modeled","v":-631.09397767234998},{"$f":"'Financial Model'!I35*Base_V1_Num_Vehicles_Modeled","v":-621.78284159138866},{"$f":"'Financial Model'!J35*Base_V1_Num_Vehicles_Modeled","v":-621.51587723090449},{"$f":"'Financial Model'!K35*Base_V1_Num_Vehicles_Modeled","v":-625.54609633713164},{"$f":"'Financial Model'!L35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!M35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!N35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!O35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!P35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Q35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!R35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!S35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!T35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!U35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!V35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!W35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!X35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Y35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Z35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AA35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AB35*Base_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AC35*Base_V1_Num_Vehicles_Modeled","v":0},-4429.6359324377345]
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[null,"Vehicle Total ",{"$f":"SUM(C62:C69)","v":-23050},-3388.864475609756,-3482.7957183346471,-3551.1086725106388,-3628.9202527359935,-3681.0096039425998,-4116.7035227475571,4589.3494280049463,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-40310.052817876247]
[null,"Vehicle Total - Check",{"$f":"'Financial Model'!D122*Comp_V1_Num_Vehicles_Modeled","v":-23050},{"$f":"'Financial Model'!E122*Comp_V1_Num_Vehicles_Modeled","v":-3388.864475609756},{"$f":"'Financial Model'!F122*Comp_V1_Num_Vehicles_Modeled","v":-3482.7957183346471},{"$f":"'Financial Model'!G122*Comp_V1_Num_Vehicles_Modeled","v":-3551.1086725106388},{"$f":"'Financial Model'!H122*Comp_V1_Num_Vehicles_Modeled","v":-3628.9202527359935},{"$f":"'Financial Model'!I122*Comp_V1_Num_Vehicles_Modeled","v":-3681.0096039425998},{"$f":"'Financial Model'!J122*Comp_V1_Num_Vehicles_Modeled","v":-4116.7035227475571},{"$f":"'Financial Model'!K122*Comp_V1_Num_Vehicles_Modeled","v":4589.3494280049454},{"$f":"'Financial Model'!L122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!M122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!N122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!O122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!P122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Q122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!R122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!S122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!T122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!U122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!V122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!W122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!X122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Y122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!Z122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AA122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AB122*Comp_V1_Num_Vehicles_Modeled","v":0},{"$f":"'Financial Model'!AC122*Comp_V1_Num_Vehicles_Modeled","v":0},-40310.052817876247]
[null,"Charging Infrastructure",{"$f":"'Financial Model'!D144","v":0},{"$f":"'Financial Model'!E144","v":0},{"$f":"'Financial Model'!F144","v":0},{"$f":"'Financial Model'!G144","v":0},{"$f":"'Financial Model'!H144","v":0},{"$f":"'Financial Model'!I144","v":0},{"$f":"'Financial Model'!J144","v":0},{"$f":"'Financial Model'!K144","v":0},{"$f":"'Financial Model'!L144","v":0},{"$f":"'Financial Model'!M144","v":0},{"$f":"'Financial Model'!N144","v":0},{"$f":"'Financial Model'!O144","v":0},{"$f":"'Financial Model'!P144","v":0},{"$f":"'Financial Model'!Q144","v":0},{"$f":"'Financial Model'!R144","v":0},{"$f":"'Financial Model'!S144","v":0},{"$f":"'Financial Model'!T144","v":0},{"$f":"'Financial Model'!U144","v":0},{"$f":"'Financial Model'!V144","v":0},{"$f":"'Financial Model'!W144","v":0},{"$f":"'Financial Model'!X144","v":0},{"$f":"'Financial Model'!Y144","v":0},{"$f":"'Financial Model'!Z144","v":0},{"$f":"'Financial Model'!AA144","v":0},{"$f":"'Financial Model'!AB144","v":0},{"$f":"'Financial Model'!AC144","v":0},0]
[null,"Grand Total",{"$f":"C70+C72","v":-23050},-3388.864475609756,-3482.7957183346471,-3551.1086725106388,-3628.9202527359935,-3681.0096039425998,-4116.7035227475571,4589.3494280049463,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,-40310.052817876247]
[null,"Discount Factor",{"$f":"'Financial Model'!D123","v":1},{"$f":"'Financial Model'!E123","v":1},{"$f":"'Financial Model'!F123","v":1},{"$f":"'Financial Model'!G123","v":1},{"$f":"'Financial Model'!H123","v":1},{"$f":"'Financial Model'!I123","v":1},{"$f":"'Financial Model'!J123","v":1},{"$f":"'Financial Model'!K123","v":1},{"$f":"'Financial Model'!L123","v":1},{"$f":"'Financial Model'!M123","v":1},{"$f":"'Financial Model'!N123","v":1},{"$f":"'Financial Model'!O123","v":1},{"$f":"'Financial Model'!P123","v":1},{"$f":"'Financial Model'!Q123","v":1},{"$f":"'Financial Model'!R123","v":1},{"$f":"'Financial Model'!S123","v":1},{"$f":"'Financial Model'!T123","v":1},{"$f":"'Financial Model'!U123","v":1},{"$f":"'Financial Model'!V123","v":1},{"$f":"'Financial Model'!W123","v":1},{"$f":"'Financial Model'!X123","v":1},{"$f":"'Financial Model'!Y123","v":1},{"$f":"'Financial Model'!Z123","v":1},{"$f":"'Financial Model'!AA123","v":1},{"$f":"'Financial Model'!AB123","v":1},{"$f":"'Financial Model'!AC123","v":1}]
[null,"NPV Total",{"$f":"C73*C74","v":-23050},-3388.864475609756,-3482.7957183346471,-3551.1086725106388,-3628.9202527359935,-3681.0096039425998,-4116.7035227475571,4589.3494280049463,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"SUM(C75:AB75)","v":-40310.052817876247}]

{"sheet":"Zipcode Data","index":20,"n_rows":42526,"n_cols":6,"rows_kept":4500,"cut":true,"hidden":true,"merged":[],"bounds":{"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0}}
["Zipcode Data - EV Fleet Procurement Analysis Tool"]
[]
["Zip Code Lookup Table"]
["PostalCodeStandardized","City","StateCode","State Name","PADD Region","Primary eGRID Subregion"]
[0,"Anytown","U.S. Avg","National Average","U.S. Avg","U.S. Avg"]
[705,"AIBONITO","PR","Puerto Rico"]
[610,"ANASCO","PR","Puerto Rico"]
[611,"ANGELES","PR","Puerto Rico"]
[612,"ARECIBO","PR","Puerto Rico"]
[601,"ADJUNTAS","PR","Puerto Rico"]
[631,"CASTANER","PR","Puerto Rico"]
[602,"AGUADA","PR","Puerto Rico"]
[603,"AGUADILLA","PR","Puerto Rico"]
[604,"AGUADILLA","PR","Puerto Rico"]
[605,"AGUADILLA","PR","Puerto Rico"]
[703,"AGUAS BUENAS","PR","Puerto Rico"]
[704,"AGUIRRE","PR","Puerto Rico"]
[7675,"WESTWOOD","NJ","New Jersey","1b","NYUP"]
[7677,"WOODCLIFF LAKE","NJ","New Jersey","1b","RFCE"]
[7885,"WHARTON","NJ","New Jersey","1b","RFCE"]
[7981,"WHIPPANY","NJ","New Jersey","1b","RFCE"]
[7999,"WHIPPANY","NJ","New Jersey","1b","RFCE"]
[8888,"WHITEHOUSE","NJ","New Jersey","1b","RFCE"]
[8889,"WHITEHOUSE STATION","NJ","New Jersey","1b","RFCE"]
[7095,"WOODBRIDGE","NJ","New Jersey","1b","RFCE"]
[7481,"WYCKOFF","NJ","New Jersey","1b","NYUP"]
[10451,"BRONX","NY","New York","1b","NYCW"]
[10452,"BRONX","NY","New York","1b","NYCW"]
[10453,"BRONX","NY","New York","1b","NYCW"]
[10454,"BRONX","NY","New York","1b","NYCW"]
[10455,"BRONX","NY","New York","1b","NYCW"]
[10456,"BRONX","NY","New York","1b","NYCW"]
[10457,"BRONX","NY","New York","1b","NYCW"]
[10458,"BRONX","NY","New York","1b","NYCW"]
[10459,"BRONX","NY","New York","1b","NYCW"]
[10460,"BRONX","NY","New York","1b","NYCW"]
[10461,"BRONX","NY","New York","1b","NYCW"]
[10462,"BRONX","NY","New York","1b","NYCW"]
[10463,"BRONX","NY","New York","1b","NYCW"]
[10464,"BRONX","NY","New York","1b","NYCW"]
[10465,"BRONX","NY","New York","1b","NYCW"]
[10466,"BRONX","NY","New York","1b","NYCW"]
[10467,"BRONX","NY","New York","1b","NYCW"]
[10468,"BRONX","NY","New York","1b","NYCW"]
[10469,"BRONX","NY","New York","1b","NYCW"]
[10470,"BRONX","NY","New York","1b","NYCW"]
[10471,"BRONX","NY","New York","1b","NYCW"]
[10472,"BRONX","NY","New York","1b","NYCW"]
[10473,"BRONX","NY","New York","1b","NYCW"]
[10474,"BRONX","NY","New York","1b","NYCW"]
[10475,"BRONX","NY","New York","1b","NYCW"]
[10499,"BRONX","NY","New York","1b","NYCW"]
[10001,"NEW YORK","NY","New York","1b","NYCW"]
[10002,"NEW YORK","NY","New York","1b","NYCW"]
[10003,"NEW YORK","NY","New York","1b","NYCW"]
[10004,"NEW YORK","NY","New York","1b","NYCW"]
[10005,"NEW YORK","NY","New York","1b","NYCW"]
[10006,"NEW YORK","NY","New York","1b","NYCW"]
[10007,"NEW YORK","NY","New York","1b","NYCW"]
[10008,"NEW YORK","NY","New York","1b","NYCW"]
[10009,"NEW YORK","NY","New York","1b","NYCW"]
[10010,"NEW YORK","NY","New York","1b","NYCW"]
[10011,"NEW YORK","NY","New York","1b","NYCW"]
[10012,"NEW YORK","NY","New York","1b","NYCW"]
[10013,"NEW YORK","NY","New York","1b","NYCW"]
[10014,"NEW YORK","NY","New York","1b","NYCW"]
[10016,"NEW YORK","NY","New York","1b","NYCW"]
[10017,"NEW YORK","NY","New York","1b","NYCW"]
[10018,"NEW YORK","NY","New York","1b","NYCW"]
[10019,"NEW YORK","NY","New York","1b","NYCW"]
[10020,"NEW YORK","NY","New York","1b","NYCW"]
[10021,"NEW YORK","NY","New York","1b","NYCW"]
[10022,"NEW YORK","NY","New York","1b","NYCW"]
[10023,"NEW YORK","NY","New York","1b","NYCW"]
[10024,"NEW YORK","NY","New York","1b","NYCW"]
[10025,"NEW YORK","NY","New York","1b","NYCW"]
[10026,"NEW YORK","NY","New York","1b","NYCW"]
[10027,"NEW YORK","NY","New York","1b","NYCW"]
[10028,"NEW YORK","NY","New York","1b","NYCW"]
[10029,"NEW YORK","NY","New York","1b","NYCW"]
[10030,"NEW YORK","NY","New York","1b","NYCW"]
[10031,"NEW YORK","NY","New York","1b","NYCW"]
[10032,"NEW YORK","NY","New York","1b","NYCW"]
[10033,"NEW YORK","NY","New York","1b","NYCW"]
[10034,"NEW YORK","NY","New York","1b","NYCW"]
[613,"ARECIBO","PR","Puerto Rico"]
[614,"ARECIBO","PR","Puerto Rico"]
[714,"ARROYO","PR","Puerto Rico"]
[616,"BAJADERO","PR","Puerto Rico"]
[617,"BARCELONETA","PR","Puerto Rico"]
[794,"BARRANQUITAS","PR","Puerto Rico"]
[622,"BOQUERON","PR","Puerto Rico"]
[623,"CABO ROJO","PR","Puerto Rico"]
[627,"CAMUY","PR","Puerto Rico"]
[729,"CANOVANAS","PR","Puerto Rico"]
[979,"CAROLINA","PR","Puerto Rico"]
[981,"CAROLINA","PR","Puerto Rico"]
[982,"CAROLINA","PR","Puerto Rico"]
[983,"CAROLINA","PR","Puerto Rico"]
[984,"CAROLINA","PR","Puerto Rico"]
[985,"CAROLINA","PR","Puerto Rico"]
[986,"CAROLINA","PR","Puerto Rico"]
[987,"CAROLINA","PR","Puerto Rico"]
[988,"CAROLINA","PR","Puerto Rico"]
[736,"CAYEY","PR","Puerto Rico"]
[739,"CIDRA","PR","Puerto Rico"]
[769,"COAMO","PR","Puerto Rico"]
[782,"COMERIO","PR","Puerto Rico"]
[783,"COROZAL","PR","Puerto Rico"]
[9848,"APO","AE","U.S. Armed Forces – Europe"]
[10200,"NEW YORK","NY","New York","1b","NYCW"]
[9323,"APO","AE","U.S. Armed Forces – Europe"]
[659,"HATILLO","PR","Puerto Rico"]
[660,"HORMIGUEROS","PR","Puerto Rico"]
[791,"HUMACAO","PR","Puerto Rico"]
[792,"HUMACAO","PR","Puerto Rico"]
[662,"ISABELA","PR","Puerto Rico"]
[664,"JAYUYA","PR","Puerto Rico"]
[795,"JUANA DIAZ","PR","Puerto Rico"]
[777,"JUNCOS","PR","Puerto Rico"]
[728,"PONCE","PR","Puerto Rico"]
[725,"CAGUAS","PR","Puerto Rico"]
[726,"CAGUAS","PR","Puerto Rico"]
[727,"CAGUAS","PR","Puerto Rico"]
[737,"CAYEY","PR","Puerto Rico"]
[735,"CEIBA","PR","Puerto Rico"]
[742,"ROOSEVELT ROADS","PR","Puerto Rico"]
[638,"CIALES","PR","Puerto Rico"]
[780,"COTO LAUREL","PR","Puerto Rico"]
[775,"CULEBRA","PR","Puerto Rico"]
[646,"DORADO","PR","Puerto Rico"]
[647,"ENSENADA","PR","Puerto Rico"]
[738,"FAJARDO","PR","Puerto Rico"]
[650,"FLORIDA","PR","Puerto Rico"]
[652,"GARROCHALES","PR","Puerto Rico"]
[653,"GUANICA","PR","Puerto Rico"]
[784,"GUAYAMA","PR","Puerto Rico"]
[785,"GUAYAMA","PR","Puerto Rico"]
[965,"GUAYNABO","PR","Puerto Rico"]
[966,"GUAYNABO","PR","Puerto Rico"]
[968,"GUAYNABO","PR","Puerto Rico"]
[969,"GUAYNABO","PR","Puerto Rico"]
[970,"GUAYNABO","PR","Puerto Rico"]
[971,"GUAYNABO","PR","Puerto Rico"]
[778,"GURABO","PR","Puerto Rico"]
[667,"LAJAS","PR","Puerto Rico"]
[786,"LA PLATA","PR","Puerto Rico"]
[669,"LARES","PR","Puerto Rico"]
[670,"LAS MARIAS","PR","Puerto Rico"]
[771,"LAS PIEDRAS","PR","Puerto Rico"]
[931,"SAN JUAN","PR","Puerto Rico"]
[933,"SAN JUAN","PR","Puerto Rico"]
[934,"FORT BUCHANAN","PR","Puerto Rico"]
[935,"SAN JUAN","PR","Puerto Rico"]
[936,"SAN JUAN","PR","Puerto Rico"]
[772,"LOIZA","PR","Puerto Rico"]
[773,"LUQUILLO","PR","Puerto Rico"]
[674,"MANATI","PR","Puerto Rico"]
[606,"MARICAO","PR","Puerto Rico"]
[707,"MAUNABO","PR","Puerto Rico"]
[636,"ROSARIO","PR","Puerto Rico"]
[680,"MAYAGUEZ","PR","Puerto Rico"]
[681,"MAYAGUEZ","PR","Puerto Rico"]
[682,"MAYAGUEZ","PR","Puerto Rico"]
[715,"MERCEDITA","PR","Puerto Rico"]
[676,"MOCA","PR","Puerto Rico"]
[687,"MOROVIS","PR","Puerto Rico"]
[718,"NAGUABO","PR","Puerto Rico"]
[719,"NARANJITO","PR","Puerto Rico"]
[720,"OROCOVIS","PR","Puerto Rico"]
[723,"PATILLAS","PR","Puerto Rico"]
[624,"PENUELAS","PR","Puerto Rico"]
[716,"PONCE","PR","Puerto Rico"]
[717,"PONCE","PR","Puerto Rico"]
[730,"PONCE","PR","Puerto Rico"]
[731,"PONCE","PR","Puerto Rico"]
[732,"PONCE","PR","Puerto Rico"]
[733,"PONCE","PR","Puerto Rico"]
[734,"PONCE","PR","Puerto Rico"]
[740,"PUERTO REAL","PR","Puerto Rico"]
[741,"PUNTA SANTIAGO","PR","Puerto Rico"]
[678,"QUEBRADILLAS","PR","Puerto Rico"]
[677,"RINCON","PR","Puerto Rico"]
[744,"RIO BLANCO","PR","Puerto Rico"]
[721,"PALMER","PR","Puerto Rico"]
[745,"RIO GRANDE","PR","Puerto Rico"]
[637,"SABANA GRANDE","PR","Puerto Rico"]
[688,"SABANA HOYOS","PR","Puerto Rico"]
[952,"SABANA SECA","PR","Puerto Rico"]
[751,"SALINAS","PR","Puerto Rico"]
[690,"SAN ANTONIO","PR","Puerto Rico"]
[683,"SAN GERMAN","PR","Puerto Rico"]
[901,"SAN JUAN","PR","Puerto Rico"]
[902,"SAN JUAN","PR","Puerto Rico"]
[906,"SAN JUAN","PR","Puerto Rico"]
[907,"SAN JUAN","PR","Puerto Rico"]
[908,"SAN JUAN","PR","Puerto Rico"]
[909,"SAN JUAN","PR","Puerto Rico"]
[910,"SAN JUAN","PR","Puerto Rico"]
[911,"SAN JUAN","PR","Puerto Rico"]
[912,"SAN JUAN","PR","Puerto Rico"]
[913,"SAN JUAN","PR","Puerto Rico"]
[914,"SAN JUAN","PR","Puerto Rico"]
[915,"SAN JUAN","PR","Puerto Rico"]
[916,"SAN JUAN","PR","Puerto Rico"]
[917,"SAN JUAN","PR","Puerto Rico"]
[918,"SAN JUAN","PR","Puerto Rico"]
[919,"SAN JUAN","PR","Puerto Rico"]
[920,"SAN JUAN","PR","Puerto Rico"]
[921,"SAN JUAN","PR","Puerto Rico"]
[922,"SAN JUAN","PR","Puerto Rico"]
[923,"SAN JUAN","PR","Puerto Rico"]
[924,"SAN JUAN","PR","Puerto Rico"]
[925,"SAN JUAN","PR","Puerto Rico"]
[926,"SAN JUAN","PR","Puerto Rico"]
[927,"SAN JUAN","PR","Puerto Rico"]
[928,"SAN JUAN","PR","Puerto Rico"]
[929,"SAN JUAN","PR","Puerto Rico"]
[930,"SAN JUAN","PR","Puerto Rico"]
[937,"SAN JUAN","PR","Puerto Rico"]
[939,"SAN JUAN","PR","Puerto Rico"]
[940,"SAN JUAN","PR","Puerto Rico"]
[955,"SAN JUAN","PR","Puerto Rico"]
[956,"BAYAMON","PR","Puerto Rico"]
[957,"BAYAMON","PR","Puerto Rico"]
[958,"BAYAMON","PR","Puerto Rico"]
[959,"BAYAMON","PR","Puerto Rico"]
[801,"ST THOMAS","VI","U.S. Virgin Islands"]
[802,"ST THOMAS","VI","U.S. Virgin Islands"]
[803,"ST THOMAS","VI","U.S. Virgin Islands"]
[804,"ST THOMAS","VI","U.S. Virgin Islands"]
[805,"ST THOMAS","VI","U.S. Virgin Islands"]
[820,"CHRISTIANSTED","VI","U.S. Virgin Islands"]
[821,"CHRISTIANSTED","VI","U.S. Virgin Islands"]
[822,"CHRISTIANSTED","VI","U.S. Virgin Islands"]
[823,"CHRISTIANSTED","VI","U.S. Virgin Islands"]
[824,"CHRISTIANSTED","VI","U.S. Virgin Islands"]
[830,"ST JOHN","VI","U.S. Virgin Islands"]
[831,"ST JOHN","VI","U.S. Virgin Islands"]
[840,"FREDERIKSTED","VI","U.S. Virgin Islands"]
[841,"FREDERIKSTED","VI","U.S. Virgin Islands"]
[850,"KINGSHILL","VI","U.S. Virgin Islands"]
[851,"KINGSHILL","VI","U.S. Virgin Islands"]
[2478,"BELMONT","MA","Massachusetts","1a","NEWE"]
[2479,"WAVERLEY","MA","Massachusetts","1a","NEWE"]
[2445,"BROOKLINE","MA","Massachusetts","1a","NEWE"]
[2446,"BROOKLINE","MA","Massachusetts","1a","NEWE"]
[2447,"BROOKLINE VILLAGE","MA","Massachusetts","1a","NEWE"]
[2420,"LEXINGTON","MA","Massachusetts","1a","NEWE"]
[2421,"LEXINGTON","MA","Massachusetts","1a","NEWE"]
[2492,"NEEDHAM","MA","Massachusetts","1a","NEWE"]
[2494,"NEEDHAM HEIGHTS","MA","Massachusetts","1a","NEWE"]
[2456,"NEW TOWN","MA","Massachusetts","1a","NEWE"]
[2458,"NEWTON","MA","Massachusetts","1a","NEWE"]
[2459,"NEWTON CENTER","MA","Massachusetts","1a","NEWE"]
[2460,"NEWTONVILLE","MA","Massachusetts","1a","NEWE"]
[2461,"NEWTON HIGHLANDS","MA","Massachusetts","1a","NEWE"]
[2462,"NEWTON LOWER FALLS","MA","Massachusetts","1a","NEWE"]
[2464,"NEWTON UPPER FALLS","MA","Massachusetts","1a","NEWE"]
[2465,"WEST NEWTON","MA","Massachusetts","1a","NEWE"]
[2466,"AUBURNDALE","MA","Massachusetts","1a","NEWE"]
[960,"BAYAMON","PR","Puerto Rico"]
[961,"BAYAMON","PR","Puerto Rico"]
[962,"CATANO","PR","Puerto Rico"]
[963,"CATANO","PR","Puerto Rico"]
[975,"SAN JUAN","PR","Puerto Rico"]
[976,"TRUJILLO ALTO","PR","Puerto Rico"]
[977,"TRUJILLO ALTO","PR","Puerto Rico"]
[978,"SAINT JUST","PR","Puerto Rico"]
[754,"SAN LORENZO","PR","Puerto Rico"]
[685,"SAN SEBASTIAN","PR","Puerto Rico"]
[757,"SANTA ISABEL","PR","Puerto Rico"]
[953,"TOA ALTA","PR","Puerto Rico"]
[954,"TOA ALTA","PR","Puerto Rico"]
[949,"TOA BAJA","PR","Puerto Rico"]
[950,"TOA BAJA","PR","Puerto Rico"]
[951,"TOA BAJA","PR","Puerto Rico"]
[641,"UTUADO","PR","Puerto Rico"]
[692,"VEGA ALTA","PR","Puerto Rico"]
[693,"VEGA BAJA","PR","Puerto Rico"]
[694,"VEGA BAJA","PR","Puerto Rico"]
[765,"VIEQUES","PR","Puerto Rico"]
[766,"VILLALBA","PR","Puerto Rico"]
[767,"YABUCOA","PR","Puerto Rico"]
[698,"YAUCO","PR","Puerto Rico"]
[2467,"CHESTNUT HILL","MA","Massachusetts","1a","NEWE"]
[2468,"WABAN","MA","Massachusetts","1a","NEWE"]
[2495,"NONANTUM","MA","Massachusetts","1a","NEWE"]
[2451,"WALTHAM","MA","Massachusetts","1a","NEWE"]
[2452,"WALTHAM","MA","Massachusetts","1a","NEWE"]
[2453,"WALTHAM","MA","Massachusetts","1a","NEWE"]
[2454,"WALTHAM","MA","Massachusetts","1a","NEWE"]
[2455,"NORTH WALTHAM","MA","Massachusetts","1a","NEWE"]
[2471,"WATERTOWN","MA","Massachusetts","1a","NEWE"]
[2472,"WATERTOWN","MA","Massachusetts","1a","NEWE"]
[2477,"WATERTOWN","MA","Massachusetts","1a","NEWE"]
[2457,"BABSON PARK","MA","Massachusetts","1a","NEWE"]
[2481,"WELLESLEY HILLS","MA","Massachusetts","1a","NEWE"]
[2482,"WELLESLEY","MA","Massachusetts","1a","NEWE"]
[2493,"WESTON","MA","Massachusetts","1a","NEWE"]
[2184,"BRAINTREE","MA","Massachusetts","1a","NEWE"]
[2185,"BRAINTREE","MA","Massachusetts","1a","NEWE"]
[2186,"MILTON","MA","Massachusetts","1a","NEWE"]
[2187,"MILTON VILLAGE","MA","Massachusetts","1a","NEWE"]
[2169,"QUINCY","MA","Massachusetts","1a","NEWE"]
[2170,"QUINCY","MA","Massachusetts","1a","NEWE"]
[2171,"QUINCY","MA","Massachusetts","1a","NEWE"]
[2269,"QUINCY","MA","Massachusetts","1a","NEWE"]
[2188,"WEYMOUTH","MA","Massachusetts","1a","NEWE"]
[2189,"EAST WEYMOUTH","MA","Massachusetts","1a","NEWE"]
[2190,"SOUTH WEYMOUTH","MA","Massachusetts","1a","NEWE"]
[2191,"NORTH WEYMOUTH","MA","Massachusetts","1a","NEWE"]
[1718,"VILLAGE OF NAGOG WOODS","MA","Massachusetts","1a","NEWE"]
[1719,"BOXBOROUGH","MA","Massachusetts","1a","NEWE"]
[1720,"ACTON","MA","Massachusetts","1a","NEWE"]
[2474,"ARLINGTON","MA","Massachusetts","1a","NEWE"]
[2475,"ARLINGTON HEIGHTS","MA","Massachusetts","1a","NEWE"]
[2476,"ARLINGTON","MA","Massachusetts","1a","NEWE"]
[2150,"CHELSEA","MA","Massachusetts","1a","NEWE"]
[2149,"EVERETT","MA","Massachusetts","1a","NEWE"]
[2152,"WINTHROP","MA","Massachusetts","1a","NEWE"]
[2151,"REVERE","MA","Massachusetts","1a","NEWE"]
[2148,"MALDEN","MA","Massachusetts","1a","NEWE"]
[2176,"MELROSE","MA","Massachusetts","1a","NEWE"]
[2153,"MEDFORD","MA","Massachusetts","1a","NEWE"]
[2155,"MEDFORD","MA","Massachusetts","1a","NEWE"]
[2156,"WEST MEDFORD","MA","Massachusetts","1a","NEWE"]
[2143,"SOMERVILLE","MA","Massachusetts","1a","NEWE"]
[2144,"SOMERVILLE","MA","Massachusetts","1a","NEWE"]
[2145,"SOMERVILLE","MA","Massachusetts","1a","NEWE"]
[2180,"STONEHAM","MA","Massachusetts","1a","NEWE"]
[1913,"AMESBURY","MA","Massachusetts","1a","NEWE"]
[1810,"ANDOVER","MA","Massachusetts","1a","NEWE"]
[1812,"ANDOVER","MA","Massachusetts","1a","NEWE"]
[1899,"ANDOVER","MA","Massachusetts","1a","NEWE"]
[5501,"ANDOVER","MA","Massachusetts","1a","NEWE"]
[1586,"WEST MILLBURY","MA","Massachusetts","1a","NEWE"]
[2054,"MILLIS","MA","Massachusetts","1a","NEWE"]
[1529,"MILLVILLE","MA","Massachusetts","1a","NEWE"]
[2350,"MONPONSETT","MA","Massachusetts","1a","NEWE"]
[2553,"MONUMENT BEACH","MA","Massachusetts","1a","NEWE"]
[2554,"NANTUCKET","MA","Massachusetts","1a","NEWE"]
[2564,"SIASCONSET","MA","Massachusetts","1a","NEWE"]
[2584,"NANTUCKET","MA","Massachusetts","1a","NEWE"]
[1760,"NATICK","MA","Massachusetts","1a","NEWE"]
[1531,"NEW BRAINTREE","MA","Massachusetts","1a","NEWE"]
[1950,"NEWBURYPORT","MA","Massachusetts","1a","NEWE"]
[1951,"NEWBURY","MA","Massachusetts","1a","NEWE"]
[1952,"SALISBURY","MA","Massachusetts","1a","NEWE"]
[2056,"NORFOLK","MA","Massachusetts","1a","NEWE"]
[2351,"ABINGTON","MA","Massachusetts","1a","NEWE"]
[1862,"NORTH BILLERICA","MA","Massachusetts","1a","NEWE"]
[1532,"NORTHBOROUGH","MA","Massachusetts","1a","NEWE"]
[1534,"NORTHBRIDGE","MA","Massachusetts","1a","NEWE"]
[1535,"NORTH BROOKFIELD","MA","Massachusetts","1a","NEWE"]
[2355,"NORTH CARVER","MA","Massachusetts","1a","NEWE"]
[2650,"NORTH CHATHAM","MA","Massachusetts","1a","NEWE"]
[1863,"NORTH CHELMSFORD","MA","Massachusetts","1a","NEWE"]
[2651,"NORTH EASTHAM","MA","Massachusetts","1a","NEWE"]
[2356,"NORTH EASTON","MA","Massachusetts","1a","NEWE"]
[2357,"NORTH EASTON","MA","Massachusetts","1a","NEWE"]
[2556,"NORTH FALMOUTH","MA","Massachusetts","1a","NEWE"]
[2565,"SILVER BEACH","MA","Massachusetts","1a","NEWE"]
[1536,"NORTH GRAFTON","MA","Massachusetts","1a","NEWE"]
[2059,"NORTH MARSHFIELD","MA","Massachusetts","1a","NEWE"]
[1537,"NORTH OXFORD","MA","Massachusetts","1a","NEWE"]
[2358,"NORTH PEMBROKE","MA","Massachusetts","1a","NEWE"]
[1864,"NORTH READING","MA","Massachusetts","1a","NEWE"]
[1889,"NORTH READING","MA","Massachusetts","1a","NEWE"]
[5544,"ANDOVER","MA","Massachusetts","1a","NEWE"]
[1430,"ASHBURNHAM","MA","Massachusetts","1a","NEWE"]
[1431,"ASHBY","MA","Massachusetts","1a","NEWE"]
[1721,"ASHLAND","MA","Massachusetts","1a","NEWE"]
[1501,"AUBURN","MA","Massachusetts","1a","NEWE"]
[2322,"AVON","MA","Massachusetts","1a","NEWE"]
[1432,"AYER","MA","Massachusetts","1a","NEWE"]
[1434,"DEVENS","MA","Massachusetts","1a","NEWE"]
[1436,"BALDWINVILLE","MA","Massachusetts","1a","NEWE"]
[2630,"BARNSTABLE","MA","Massachusetts","1a","NEWE"]
[1730,"BEDFORD","MA","Massachusetts","1a","NEWE"]
[1731,"HANSCOM AFB","MA","Massachusetts","1a","NEWE"]
[2019,"BELLINGHAM","MA","Massachusetts","1a","NEWE"]
[1503,"BERLIN","MA","Massachusetts","1a","NEWE"]
[1915,"BEVERLY","MA","Massachusetts","1a","NEWE"]
[1821,"BILLERICA","MA","Massachusetts","1a","NEWE"]
[1822,"BILLERICA","MA","Massachusetts","1a","NEWE"]
[1504,"BLACKSTONE","MA","Massachusetts","1a","NEWE"]
[1740,"BOLTON","MA","Massachusetts","1a","NEWE"]
[2108,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2109,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2110,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2111,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2112,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2113,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2114,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2115,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2116,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2117,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2118,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2119,"ROXBURY","MA","Massachusetts","1a","NEWE"]
[2120,"ROXBURY CROSSING","MA","Massachusetts","1a","NEWE"]
[2121,"DORCHESTER","MA","Massachusetts","1a","NEWE"]
[2122,"DORCHESTER","MA","Massachusetts","1a","NEWE"]
[2123,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2124,"DORCHESTER CENTER","MA","Massachusetts","1a","NEWE"]
[2125,"DORCHESTER","MA","Massachusetts","1a","NEWE"]
[2126,"MATTAPAN","MA","Massachusetts","1a","NEWE"]
[2127,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2128,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2129,"CHARLESTOWN","MA","Massachusetts","1a","NEWE"]
[2130,"JAMAICA PLAIN","MA","Massachusetts","1a","NEWE"]
[2131,"ROSLINDALE","MA","Massachusetts","1a","NEWE"]
[2132,"WEST ROXBURY","MA","Massachusetts","1a","NEWE"]
[2133,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2134,"ALLSTON","MA","Massachusetts","1a","NEWE"]
[2135,"BRIGHTON","MA","Massachusetts","1a","NEWE"]
[2136,"HYDE PARK","MA","Massachusetts","1a","NEWE"]
[2137,"READVILLE","MA","Massachusetts","1a","NEWE"]
[2163,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2196,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2199,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2201,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2203,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2204,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2205,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2206,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2210,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2211,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2212,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2215,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2217,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2222,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2228,"EAST BOSTON","MA","Massachusetts","1a","NEWE"]
[2241,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2266,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2283,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2284,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2293,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2295,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2297,"BOSTON","MA","Massachusetts","1a","NEWE"]
[2298,"BOSTON","MA","Massachusetts","1a","NEWE"]
[1921,"BOXFORD","MA","Massachusetts","1a","NEWE"]
[1505,"BOYLSTON","MA","Massachusetts","1a","NEWE"]
[2020,"BRANT ROCK","MA","Massachusetts","1a","NEWE"]
[2631,"BREWSTER","MA","Massachusetts","1a","NEWE"]
[2324,"BRIDGEWATER","MA","Massachusetts","1a","NEWE"]
[2325,"BRIDGEWATER","MA","Massachusetts","1a","NEWE"]
[2301,"BROCKTON","MA","Massachusetts","1a","NEWE"]
[2302,"BROCKTON","MA","Massachusetts","1a","NEWE"]
[2303,"BROCKTON","MA","Massachusetts","1a","NEWE"]
[2304,"BROCKTON","MA","Massachusetts","1a","NEWE"]
[2305,"BROCKTON","MA","Massachusetts","1a","NEWE"]
[1506,"BROOKFIELD","MA","Massachusetts","1a","NEWE"]
[2327,"BRYANTVILLE","MA","Massachusetts","1a","NEWE"]
[1803,"BURLINGTON","MA","Massachusetts","1a","NEWE"]
[1805,"BURLINGTON","MA","Massachusetts","1a","NEWE"]
[2532,"BUZZARDS BAY","MA","Massachusetts","1a","NEWE"]
[2542,"BUZZARDS BAY","MA","Massachusetts","1a","NEWE"]
[1922,"BYFIELD","MA","Massachusetts","1a","NEWE"]
[2138,"CAMBRIDGE","MA","Massachusetts","1a","NEWE"]
[2139,"CAMBRIDGE","MA","Massachusetts","1a","NEWE"]
[2140,"CAMBRIDGE","MA","Massachusetts","1a","NEWE"]
[2141,"CAMBRIDGE","MA","Massachusetts","1a","NEWE"]
[2142,"CAMBRIDGE","MA","Massachusetts","1a","NEWE"]
[2238,"CAMBRIDGE","MA","Massachusetts","1a","NEWE"]
[2021,"CANTON","MA","Massachusetts","1a","NEWE"]
[1741,"CARLISLE","MA","Massachusetts","1a","NEWE"]
[2330,"CARVER","MA","Massachusetts","1a","NEWE"]
[2534,"CATAUMET","MA","Massachusetts","1a","NEWE"]
[2632,"CENTERVILLE","MA","Massachusetts","1a","NEWE"]
[2634,"CENTERVILLE","MA","Massachusetts","1a","NEWE"]
[1507,"CHARLTON","MA","Massachusetts","1a","NEWE"]
[1509,"CHARLTON DEPOT","MA","Massachusetts","1a","NEWE"]
[1508,"CHARLTON CITY","MA","Massachusetts","1a","NEWE"]
[2633,"CHATHAM","MA","Massachusetts","1a","NEWE"]
[1824,"CHELMSFORD","MA","Massachusetts","1a","NEWE"]
[2535,"CHILMARK","MA","Massachusetts","1a","NEWE"]
[2552,"MENEMSHA","MA","Massachusetts","1a","NEWE"]
[1510,"CLINTON","MA","Massachusetts","1a","NEWE"]
[2025,"COHASSET","MA","Massachusetts","1a","NEWE"]
[1742,"CONCORD","MA","Massachusetts","1a","NEWE"]
[2635,"COTUIT","MA","Massachusetts","1a","NEWE"]
[2652,"NORTH TRURO","MA","Massachusetts","1a","NEWE"]
[1538,"NORTH UXBRIDGE","MA","Massachusetts","1a","NEWE"]
[2061,"NORWELL","MA","Massachusetts","1a","NEWE"]
[2062,"NORWOOD","MA","Massachusetts","1a","NEWE"]
[1865,"NUTTING LAKE","MA","Massachusetts","1a","NEWE"]
[2557,"OAK BLUFFS","MA","Massachusetts","1a","NEWE"]
[2558,"ONSET","MA","Massachusetts","1a","NEWE"]
[2653,"ORLEANS","MA","Massachusetts","1a","NEWE"]
[2655,"OSTERVILLE","MA","Massachusetts","1a","NEWE"]
[1540,"OXFORD","MA","Massachusetts","1a","NEWE"]
[1960,"PEABODY","MA","Massachusetts","1a","NEWE"]
[1961,"PEABODY","MA","Massachusetts","1a","NEWE"]
[2359,"PEMBROKE","MA","Massachusetts","1a","NEWE"]
[1463,"PEPPERELL","MA","Massachusetts","1a","NEWE"]
[1866,"PINEHURST","MA","Massachusetts","1a","NEWE"]
[2360,"PLYMOUTH","MA","Massachusetts","1a","NEWE"]
[2361,"PLYMOUTH","MA","Massachusetts","1a","NEWE"]
[2362,"PLYMOUTH","MA","Massachusetts","1a","NEWE"]
[2367,"PLYMPTON","MA","Massachusetts","1a","NEWE"]
[2559,"POCASSET","MA","Massachusetts","1a","NEWE"]
[1965,"PRIDES CROSSING","MA","Massachusetts","1a","NEWE"]
[1541,"PRINCETON","MA","Massachusetts","1a","NEWE"]
[2657,"PROVINCETOWN","MA","Massachusetts","1a","NEWE"]
[2368,"RANDOLPH","MA","Massachusetts","1a","NEWE"]
[1867,"READING","MA","Massachusetts","1a","NEWE"]
[1542,"ROCHDALE","MA","Massachusetts","1a","NEWE"]
[2370,"ROCKLAND","MA","Massachusetts","1a","NEWE"]
[1966,"ROCKPORT","MA","Massachusetts","1a","NEWE"]
[1969,"ROWLEY","MA","Massachusetts","1a","NEWE"]
[1543,"RUTLAND","MA","Massachusetts","1a","NEWE"]
[2561,"SAGAMORE","MA","Massachusetts","1a","NEWE"]
[2562,"SAGAMORE BEACH","MA","Massachusetts","1a","NEWE"]
[1970,"SALEM","MA","Massachusetts","1a","NEWE"]
[1971,"SALEM","MA","Massachusetts","1a","NEWE"]
[2563,"SANDWICH","MA","Massachusetts","1a","NEWE"]
[2040,"GREENBUSH","MA","Massachusetts","1a","NEWE"]
[2055,"MINOT","MA","Massachusetts","1a","NEWE"]
[2060,"NORTH SCITUATE","MA","Massachusetts","1a","NEWE"]
[2066,"SCITUATE","MA","Massachusetts","1a","NEWE"]
[2067,"SHARON","MA","Massachusetts","1a","NEWE"]
[2070,"SHELDONVILLE","MA","Massachusetts","1a","NEWE"]
[1770,"SHERBORN","MA","Massachusetts","1a","NEWE"]
[1464,"SHIRLEY","MA","Massachusetts","1a","NEWE"]
[1545,"SHREWSBURY","MA","Massachusetts","1a","NEWE"]
[1546,"SHREWSBURY","MA","Massachusetts","1a","NEWE"]
[1745,"FAYVILLE","MA","Massachusetts","1a","NEWE"]
[1772,"SOUTHBOROUGH","MA","Massachusetts","1a","NEWE"]
[1550,"SOUTHBRIDGE","MA","Massachusetts","1a","NEWE"]
[2366,"SOUTH CARVER","MA","Massachusetts","1a","NEWE"]
[2659,"SOUTH CHATHAM","MA","Massachusetts","1a","NEWE"]
[2660,"SOUTH DENNIS","MA","Massachusetts","1a","NEWE"]
[2375,"SOUTH EASTON","MA","Massachusetts","1a","NEWE"]
[1560,"SOUTH GRAFTON","MA","Massachusetts","1a","NEWE"]
[1982,"SOUTH HAMILTON","MA","Massachusetts","1a","NEWE"]
[2661,"SOUTH HARWICH","MA","Massachusetts","1a","NEWE"]
[1561,"SOUTH LANCASTER","MA","Massachusetts","1a","NEWE"]
[2662,"SOUTH ORLEANS","MA","Massachusetts","1a","NEWE"]
[2071,"SOUTH WALPOLE","MA","Massachusetts","1a","NEWE"]
[2663,"SOUTH WELLFLEET","MA","Massachusetts","1a","NEWE"]
[2664,"SOUTH YARMOUTH","MA","Massachusetts","1a","NEWE"]
[2673,"WEST YARMOUTH","MA","Massachusetts","1a","NEWE"]
[1562,"SPENCER","MA","Massachusetts","1a","NEWE"]
[1564,"STERLING","MA","Massachusetts","1a","NEWE"]
[1467,"STILL RIVER","MA","Massachusetts","1a","NEWE"]
[2072,"STOUGHTON","MA","Massachusetts","1a","NEWE"]
[1775,"STOW","MA","Massachusetts","1a","NEWE"]
[1518,"FISKDALE","MA","Massachusetts","1a","NEWE"]
[1566,"STURBRIDGE","MA","Massachusetts","1a","NEWE"]
[1776,"SUDBURY","MA","Massachusetts","1a","NEWE"]
[1590,"SUTTON","MA","Massachusetts","1a","NEWE"]
[1468,"TEMPLETON","MA","Massachusetts","1a","NEWE"]
[1876,"TEWKSBURY","MA","Massachusetts","1a","NEWE"]
[1983,"TOPSFIELD","MA","Massachusetts","1a","NEWE"]
[1469,"TOWNSEND","MA","Massachusetts","1a","NEWE"]
[1474,"WEST TOWNSEND","MA","Massachusetts","1a","NEWE"]
[2666,"TRURO","MA","Massachusetts","1a","NEWE"]
[1879,"TYNGSBORO","MA","Massachusetts","1a","NEWE"]
[1569,"UXBRIDGE","MA","Massachusetts","1a","NEWE"]
[2568,"VINEYARD HAVEN","MA","Massachusetts","1a","NEWE"]
[2573,"WEST CHOP","MA","Massachusetts","1a","NEWE"]
[1880,"WAKEFIELD","MA","Massachusetts","1a","NEWE"]
[2081,"WALPOLE","MA","Massachusetts","1a","NEWE"]
[2571,"WAREHAM","MA","Massachusetts","1a","NEWE"]
[1778,"WAYLAND","MA","Massachusetts","1a","NEWE"]
[1570,"WEBSTER","MA","Massachusetts","1a","NEWE"]
[1571,"DUDLEY","MA","Massachusetts","1a","NEWE"]
[2667,"WELLFLEET","MA","Massachusetts","1a","NEWE"]
[2637,"CUMMAQUID","MA","Massachusetts","1a","NEWE"]
[1923,"DANVERS","MA","Massachusetts","1a","NEWE"]
[2026,"DEDHAM","MA","Massachusetts","1a","NEWE"]
[2027,"DEDHAM","MA","Massachusetts","1a","NEWE"]
[2638,"DENNIS","MA","Massachusetts","1a","NEWE"]
[2639,"DENNIS PORT","MA","Massachusetts","1a","NEWE"]
[2030,"DOVER","MA","Massachusetts","1a","NEWE"]
[1826,"DRACUT","MA","Massachusetts","1a","NEWE"]
[1827,"DUNSTABLE","MA","Massachusetts","1a","NEWE"]
[2331,"DUXBURY","MA","Massachusetts","1a","NEWE"]
[2332,"DUXBURY","MA","Massachusetts","1a","NEWE"]
[2333,"EAST BRIDGEWATER","MA","Massachusetts","1a","NEWE"]
[1515,"EAST BROOKFIELD","MA","Massachusetts","1a","NEWE"]
[2641,"EAST DENNIS","MA","Massachusetts","1a","NEWE"]
[1516,"DOUGLAS","MA","Massachusetts","1a","NEWE"]
[2536,"EAST FALMOUTH","MA","Massachusetts","1a","NEWE"]
[2642,"EASTHAM","MA","Massachusetts","1a","NEWE"]
[2334,"EASTON","MA","Massachusetts","1a","NEWE"]
[2643,"EAST ORLEANS","MA","Massachusetts","1a","NEWE"]
[1517,"EAST PRINCETON","MA","Massachusetts","1a","NEWE"]
[2537,"EAST SANDWICH","MA","Massachusetts","1a","NEWE"]
[1438,"EAST TEMPLETON","MA","Massachusetts","1a","NEWE"]
[2032,"EAST WALPOLE","MA","Massachusetts","1a","NEWE"]
[2538,"EAST WAREHAM","MA","Massachusetts","1a","NEWE"]
[2539,"EDGARTOWN","MA","Massachusetts","1a","NEWE"]
[2337,"ELMWOOD","MA","Massachusetts","1a","NEWE"]
[1929,"ESSEX","MA","Massachusetts","1a","NEWE"]
[2540,"FALMOUTH","MA","Massachusetts","1a","NEWE"]
[2541,"FALMOUTH","MA","Massachusetts","1a","NEWE"]
[2543,"WOODS HOLE","MA","Massachusetts","1a","NEWE"]
[1521,"HOLLAND","MA","Massachusetts","1a","NEWE"]
[1420,"FITCHBURG","MA","Massachusetts","1a","NEWE"]
[2644,"FORESTDALE","MA","Massachusetts","1a","NEWE"]
[2035,"FOXBORO","MA","Massachusetts","1a","NEWE"]
[1701,"FRAMINGHAM","MA","Massachusetts","1a","NEWE"]
[1702,"FRAMINGHAM","MA","Massachusetts","1a","NEWE"]
[1703,"FRAMINGHAM","MA","Massachusetts","1a","NEWE"]
[1704,"FRAMINGHAM","MA","Massachusetts","1a","NEWE"]
[1705,"FRAMINGHAM","MA","Massachusetts","1a","NEWE"]
[2038,"FRANKLIN","MA","Massachusetts","1a","NEWE"]
[1440,"GARDNER","MA","Massachusetts","1a","NEWE"]
[1930,"GLOUCESTER","MA","Massachusetts","1a","NEWE"]
[1931,"GLOUCESTER","MA","Massachusetts","1a","NEWE"]
[1519,"GRAFTON","MA","Massachusetts","1a","NEWE"]
[2041,"GREEN HARBOR","MA","Massachusetts","1a","NEWE"]
[1450,"GROTON","MA","Massachusetts","1a","NEWE"]
[1470,"GROTON","MA","Massachusetts","1a","NEWE"]
[1471,"GROTON","MA","Massachusetts","1a","NEWE"]
[2338,"HALIFAX","MA","Massachusetts","1a","NEWE"]
[1936,"HAMILTON","MA","Massachusetts","1a","NEWE"]
[2339,"HANOVER","MA","Massachusetts","1a","NEWE"]
[2340,"HANOVER","MA","Massachusetts","1a","NEWE"]
[2341,"HANSON","MA","Massachusetts","1a","NEWE"]
[1451,"HARVARD","MA","Massachusetts","1a","NEWE"]
[2645,"HARWICH","MA","Massachusetts","1a","NEWE"]
[2646,"HARWICH PORT","MA","Massachusetts","1a","NEWE"]
[1937,"HATHORNE","MA","Massachusetts","1a","NEWE"]
[1830,"HAVERHILL","MA","Massachusetts","1a","NEWE"]
[1831,"HAVERHILL","MA","Massachusetts","1a","NEWE"]
[1832,"HAVERHILL","MA","Massachusetts","1a","NEWE"]
[1833,"GEORGETOWN","MA","Massachusetts","1a","NEWE"]
[1834,"GROVELAND","MA","Massachusetts","1a","NEWE"]
[1835,"HAVERHILL","MA","Massachusetts","1a","NEWE"]
[2018,"ACCORD","MA","Massachusetts","1a","NEWE"]
[2043,"HINGHAM","MA","Massachusetts","1a","NEWE"]
[2044,"HINGHAM","MA","Massachusetts","1a","NEWE"]
[2343,"HOLBROOK","MA","Massachusetts","1a","NEWE"]
[1520,"HOLDEN","MA","Massachusetts","1a","NEWE"]
[1746,"HOLLISTON","MA","Massachusetts","1a","NEWE"]
[1747,"HOPEDALE","MA","Massachusetts","1a","NEWE"]
[1748,"HOPKINTON","MA","Massachusetts","1a","NEWE"]
[1452,"HUBBARDSTON","MA","Massachusetts","1a","NEWE"]
[1749,"HUDSON","MA","Massachusetts","1a","NEWE"]
[2045,"HULL","MA","Massachusetts","1a","NEWE"]
[2047,"HUMAROCK","MA","Massachusetts","1a","NEWE"]
[2601,"HYANNIS","MA","Massachusetts","1a","NEWE"]
[2647,"HYANNIS PORT","MA","Massachusetts","1a","NEWE"]
[1938,"IPSWICH","MA","Massachusetts","1a","NEWE"]
[1522,"JEFFERSON","MA","Massachusetts","1a","NEWE"]
[1523,"LANCASTER","MA","Massachusetts","1a","NEWE"]
[1840,"LAWRENCE","MA","Massachusetts","1a","NEWE"]
[1841,"LAWRENCE","MA","Massachusetts","1a","NEWE"]
[1842,"LAWRENCE","MA","Massachusetts","1a","NEWE"]
[1843,"LAWRENCE","MA","Massachusetts","1a","NEWE"]
[1844,"METHUEN","MA","Massachusetts","1a","NEWE"]
[1845,"NORTH ANDOVER","MA","Massachusetts","1a","NEWE"]
[1524,"LEICESTER","MA","Massachusetts","1a","NEWE"]
[1453,"LEOMINSTER","MA","Massachusetts","1a","NEWE"]
[1773,"LINCOLN","MA","Massachusetts","1a","NEWE"]
[1525,"LINWOOD","MA","Massachusetts","1a","NEWE"]
[1460,"LITTLETON","MA","Massachusetts","1a","NEWE"]
[1850,"LOWELL","MA","Massachusetts","1a","NEWE"]
[1851,"LOWELL","MA","Massachusetts","1a","NEWE"]
[1852,"LOWELL","MA","Massachusetts","1a","NEWE"]
[1853,"LOWELL","MA","Massachusetts","1a","NEWE"]
[1854,"LOWELL","MA","Massachusetts","1a","NEWE"]
[1462,"LUNENBURG","MA","Massachusetts","1a","NEWE"]
[1901,"LYNN","MA","Massachusetts","1a","NEWE"]
[1902,"LYNN","MA","Massachusetts","1a","NEWE"]
[1903,"LYNN","MA","Massachusetts","1a","NEWE"]
[1904,"LYNN","MA","Massachusetts","1a","NEWE"]
[1905,"LYNN","MA","Massachusetts","1a","NEWE"]
[1906,"SAUGUS","MA","Massachusetts","1a","NEWE"]
[1907,"SWAMPSCOTT","MA","Massachusetts","1a","NEWE"]
[1908,"NAHANT","MA","Massachusetts","1a","NEWE"]
[1910,"LYNN","MA","Massachusetts","1a","NEWE"]
[1940,"LYNNFIELD","MA","Massachusetts","1a","NEWE"]
[1526,"MANCHAUG","MA","Massachusetts","1a","NEWE"]
[1944,"MANCHESTER","MA","Massachusetts","1a","NEWE"]
[2345,"MANOMET","MA","Massachusetts","1a","NEWE"]
[2048,"MANSFIELD","MA","Massachusetts","1a","NEWE"]
[1945,"MARBLEHEAD","MA","Massachusetts","1a","NEWE"]
[1752,"MARLBOROUGH","MA","Massachusetts","1a","NEWE"]
[2050,"MARSHFIELD","MA","Massachusetts","1a","NEWE"]
[2065,"OCEAN BLUFF","MA","Massachusetts","1a","NEWE"]
[2051,"MARSHFIELD HILLS","MA","Massachusetts","1a","NEWE"]
[2648,"MARSTONS MILLS","MA","Massachusetts","1a","NEWE"]
[2649,"MASHPEE","MA","Massachusetts","1a","NEWE"]
[1754,"MAYNARD","MA","Massachusetts","1a","NEWE"]
[2052,"MEDFIELD","MA","Massachusetts","1a","NEWE"]
[2053,"MEDWAY","MA","Massachusetts","1a","NEWE"]
[1756,"MENDON","MA","Massachusetts","1a","NEWE"]
[1860,"MERRIMAC","MA","Massachusetts","1a","NEWE"]
[2344,"MIDDLEBORO","MA","Massachusetts","1a","NEWE"]
[2346,"MIDDLEBORO","MA","Massachusetts","1a","NEWE"]
[2348,"LAKEVILLE","MA","Massachusetts","1a","NEWE"]
[2349,"MIDDLEBORO","MA","Massachusetts","1a","NEWE"]
[1949,"MIDDLETON","MA","Massachusetts","1a","NEWE"]
[1757,"MILFORD","MA","Massachusetts","1a","NEWE"]
[1527,"MILLBURY","MA","Massachusetts","1a","NEWE"]
[1984,"WENHAM","MA","Massachusetts","1a","NEWE"]
[2668,"WEST BARNSTABLE","MA","Massachusetts","1a","NEWE"]
[1580,"WESTBOROUGH","MA","Massachusetts","1a","NEWE"]
[1581,"WESTBOROUGH","MA","Massachusetts","1a","NEWE"]
[1582,"WESTBOROUGH","MA","Massachusetts","1a","NEWE"]
[1885,"WEST BOXFORD","MA","Massachusetts","1a","NEWE"]
[1583,"WEST BOYLSTON","MA","Massachusetts","1a","NEWE"]
[2379,"WEST BRIDGEWATER","MA","Massachusetts","1a","NEWE"]
[1585,"WEST BROOKFIELD","MA","Massachusetts","1a","NEWE"]
[2669,"WEST CHATHAM","MA","Massachusetts","1a","NEWE"]
[2670,"WEST DENNIS","MA","Massachusetts","1a","NEWE"]
[2574,"WEST FALMOUTH","MA","Massachusetts","1a","NEWE"]
[1886,"WESTFORD","MA","Massachusetts","1a","NEWE"]
[1472,"WEST GROTON","MA","Massachusetts","1a","NEWE"]
[2671,"WEST HARWICH","MA","Massachusetts","1a","NEWE"]
[2672,"WEST HYANNISPORT","MA","Massachusetts","1a","NEWE"]
[1441,"WESTMINSTER","MA","Massachusetts","1a","NEWE"]
[1473,"WESTMINSTER","MA","Massachusetts","1a","NEWE"]
[1985,"WEST NEWBURY","MA","Massachusetts","1a","NEWE"]
[2575,"WEST TISBURY","MA","Massachusetts","1a","NEWE"]
[1568,"UPTON","MA","Massachusetts","1a","NEWE"]
[2576,"WEST WAREHAM","MA","Massachusetts","1a","NEWE"]
[2090,"WESTWOOD","MA","Massachusetts","1a","NEWE"]
[2381,"WHITE HORSE BEACH","MA","Massachusetts","1a","NEWE"]
[1588,"WHITINSVILLE","MA","Massachusetts","1a","NEWE"]
[2382,"WHITMAN","MA","Massachusetts","1a","NEWE"]
[1887,"WILMINGTON","MA","Massachusetts","1a","NEWE"]
[1475,"WINCHENDON","MA","Massachusetts","1a","NEWE"]
[1477,"WINCHENDON SPRINGS","MA","Massachusetts","1a","NEWE"]
[1890,"WINCHESTER","MA","Massachusetts","1a","NEWE"]
[1801,"WOBURN","MA","Massachusetts","1a","NEWE"]
[1807,"WOBURN","MA","Massachusetts","1a","NEWE"]
[1813,"WOBURN","MA","Massachusetts","1a","NEWE"]
[1815,"WOBURN","MA","Massachusetts","1a","NEWE"]
[1888,"WOBURN","MA","Massachusetts","1a","NEWE"]
[1784,"WOODVILLE","MA","Massachusetts","1a","NEWE"]
[1601,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1602,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1603,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1604,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1605,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1606,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1607,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1608,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1609,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1610,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1611,"CHERRY VALLEY","MA","Massachusetts","1a","NEWE"]
[1612,"PAXTON","MA","Massachusetts","1a","NEWE"]
[1613,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1614,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1615,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1653,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1654,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[1655,"WORCESTER","MA","Massachusetts","1a","NEWE"]
[2093,"WRENTHAM","MA","Massachusetts","1a","NEWE"]
[2675,"YARMOUTH PORT","MA","Massachusetts","1a","NEWE"]
[2364,"KINGSTON","MA","Massachusetts","1a","NEWE"]
[2347,"LAKEVILLE","MA","Massachusetts","1a","NEWE"]
[4406,"ABBOT","ME","Maine","1a","NEWE"]
[4001,"ACTON","ME","Maine","1a","NEWE"]
[4606,"ADDISON","ME","Maine","1a","NEWE"]
[4910,"ALBION","ME","Maine","1a","NEWE"]
[4002,"ALFRED","ME","Maine","1a","NEWE"]
[4535,"ALNA","ME","Maine","1a","NEWE"]
[4216,"ANDOVER","ME","Maine","1a","NEWE"]
[4911,"ANSON","ME","Maine","1a","NEWE"]
[4732,"ASHLAND","ME","Maine","1a","NEWE"]
[4912,"ATHENS","ME","Maine","1a","NEWE"]
[4210,"AUBURN","ME","Maine","1a","NEWE"]
[4211,"AUBURN","ME","Maine","1a","NEWE"]
[4212,"AUBURN","ME","Maine","1a","NEWE"]
[4330,"AUGUSTA","ME","Maine","1a","NEWE"]
[4332,"AUGUSTA","ME","Maine","1a","NEWE"]
[4333,"AUGUSTA","ME","Maine","1a","NEWE"]
[4336,"AUGUSTA","ME","Maine","1a","NEWE"]
[4338,"AUGUSTA","ME","Maine","1a","NEWE"]
[4408,"AURORA","ME","Maine","1a","NEWE"]
[4003,"BAILEY ISLAND","ME","Maine","1a","NEWE"]
[4401,"BANGOR","ME","Maine","1a","NEWE"]
[4402,"BANGOR","ME","Maine","1a","NEWE"]
[4609,"BAR HARBOR","ME","Maine","1a","NEWE"]
[4004,"BAR MILLS","ME","Maine","1a","NEWE"]
[4635,"FRENCHBORO","ME","Maine","1a","NEWE"]
[4653,"BASS HARBOR","ME","Maine","1a","NEWE"]
[4530,"BATH","ME","Maine","1a","NEWE"]
[4611,"BEALS","ME","Maine","1a","NEWE"]
[4915,"BELFAST","ME","Maine","1a","NEWE"]
[4917,"BELGRADE","ME","Maine","1a","NEWE"]
[4918,"BELGRADE LAKES","ME","Maine","1a","NEWE"]
[4733,"BENEDICTA","ME","Maine","1a","NEWE"]
[4612,"BERNARD","ME","Maine","1a","NEWE"]
[3901,"BERWICK","ME","Maine","1a","NEWE"]
[4217,"BETHEL","ME","Maine","1a","NEWE"]
[4286,"WEST BETHEL","ME","Maine","1a","NEWE"]
[4005,"BIDDEFORD","ME","Maine","1a","NEWE"]
[4007,"BIDDEFORD","ME","Maine","1a","NEWE"]
[4006,"BIDDEFORD POOL","ME","Maine","1a","NEWE"]
[4920,"BINGHAM","ME","Maine","1a","NEWE"]
[4613,"BIRCH HARBOR","ME","Maine","1a","NEWE"]
[4734,"BLAINE","ME","Maine","1a","NEWE"]
[4614,"BLUE HILL","ME","Maine","1a","NEWE"]
[4629,"EAST BLUE HILL","ME","Maine","1a","NEWE"]
[4537,"BOOTHBAY","ME","Maine","1a","NEWE"]
[4549,"ISLE OF SPRINGS","ME","Maine","1a","NEWE"]
[4538,"BOOTHBAY HARBOR","ME","Maine","1a","NEWE"]
[4570,"SQUIRREL ISLAND","ME","Maine","1a","NEWE"]
[4008,"BOWDOINHAM","ME","Maine","1a","NEWE"]
[4410,"BRADFORD","ME","Maine","1a","NEWE"]
[4411,"BRADLEY","ME","Maine","1a","NEWE"]
[4412,"BREWER","ME","Maine","1a","NEWE"]
[4735,"BRIDGEWATER","ME","Maine","1a","NEWE"]
[4009,"BRIDGTON","ME","Maine","1a","NEWE"]
[4539,"BRISTOL","ME","Maine","1a","NEWE"]
[4616,"BROOKLIN","ME","Maine","1a","NEWE"]
[4921,"BROOKS","ME","Maine","1a","NEWE"]
[4617,"BROOKSVILLE","ME","Maine","1a","NEWE"]
[4642,"HARBORSIDE","ME","Maine","1a","NEWE"]
[4413,"BROOKTON","ME","Maine","1a","NEWE"]
[4010,"BROWNFIELD","ME","Maine","1a","NEWE"]
[4414,"BROWNVILLE","ME","Maine","1a","NEWE"]
[4415,"BROWNVILLE JUNCTION","ME","Maine","1a","NEWE"]
[4011,"BRUNSWICK","ME","Maine","1a","NEWE"]
[4219,"BRYANT POND","ME","Maine","1a","NEWE"]
[4220,"BUCKFIELD","ME","Maine","1a","NEWE"]
[4416,"BUCKSPORT","ME","Maine","1a","NEWE"]
[4417,"BURLINGTON","ME","Maine","1a","NEWE"]
[4922,"BURNHAM","ME","Maine","1a","NEWE"]
[4619,"CALAIS","ME","Maine","1a","NEWE"]
[4923,"CAMBRIDGE","ME","Maine","1a","NEWE"]
[4843,"CAMDEN","ME","Maine","1a","NEWE"]
[4847,"HOPE","ME","Maine","1a","NEWE"]
[4924,"CANAAN","ME","Maine","1a","NEWE"]
[4221,"CANTON","ME","Maine","1a","NEWE"]
[3902,"CAPE NEDDICK","ME","Maine","1a","NEWE"]
[4925,"CARATUNK","ME","Maine","1a","NEWE"]
[4418,"GREENBUSH","ME","Maine","1a","NEWE"]
[4736,"CARIBOU","ME","Maine","1a","NEWE"]
[4419,"CARMEL","ME","Maine","1a","NEWE"]
[4015,"CASCO","ME","Maine","1a","NEWE"]
[4420,"CASTINE","ME","Maine","1a","NEWE"]
[4421,"CASTINE","ME","Maine","1a","NEWE"]
[4016,"CENTER LOVELL","ME","Maine","1a","NEWE"]
[4541,"CHAMBERLAIN","ME","Maine","1a","NEWE"]
[4422,"CHARLESTON","ME","Maine","1a","NEWE"]
[4017,"CHEBEAGUE ISLAND","ME","Maine","1a","NEWE"]
[4622,"CHERRYFIELD","ME","Maine","1a","NEWE"]
[4926,"CHINA VILLAGE","ME","Maine","1a","NEWE"]
[4019,"CLIFF ISLAND","ME","Maine","1a","NEWE"]
[4927,"CLINTON","ME","Maine","1a","NEWE"]
[4623,"COLUMBIA FALLS","ME","Maine","1a","NEWE"]
[4341,"COOPERS MILLS","ME","Maine","1a","NEWE"]
[4624,"COREA","ME","Maine","1a","NEWE"]
[4928,"CORINNA","ME","Maine","1a","NEWE"]
[4020,"CORNISH","ME","Maine","1a","NEWE"]
[4625,"CRANBERRY ISLES","ME","Maine","1a","NEWE"]
[4738,"CROUSEVILLE","ME","Maine","1a","NEWE"]
[4021,"CUMBERLAND CENTER","ME","Maine","1a","NEWE"]
[4563,"CUSHING","ME","Maine","1a","NEWE"]
[4626,"CUTLER","ME","Maine","1a","NEWE"]
[4543,"DAMARISCOTTA","ME","Maine","1a","NEWE"]
[4424,"DANFORTH","ME","Maine","1a","NEWE"]
[4492,"WAITE","ME","Maine","1a","NEWE"]
[4223,"DANVILLE","ME","Maine","1a","NEWE"]
[4627,"DEER ISLE","ME","Maine","1a","NEWE"]
[4022,"DENMARK","ME","Maine","1a","NEWE"]
[4628,"DENNYSVILLE","ME","Maine","1a","NEWE"]
[4929,"DETROIT","ME","Maine","1a","NEWE"]
[4930,"DEXTER","ME","Maine","1a","NEWE"]
[4224,"DIXFIELD","ME","Maine","1a","NEWE"]
[4932,"DIXMONT","ME","Maine","1a","NEWE"]
[4426,"DOVER FOXCROFT","ME","Maine","1a","NEWE"]
[4481,"SEBEC","ME","Maine","1a","NEWE"]
[4342,"DRESDEN","ME","Maine","1a","NEWE"]
[4225,"DRYDEN","ME","Maine","1a","NEWE"]
[4739,"EAGLE LAKE","ME","Maine","1a","NEWE"]
[4226,"EAST ANDOVER","ME","Maine","1a","NEWE"]
[4024,"EAST BALDWIN","ME","Maine","1a","NEWE"]
[4544,"EAST BOOTHBAY","ME","Maine","1a","NEWE"]
[4427,"CORINTH","ME","Maine","1a","NEWE"]
[4227,"EAST DIXFIELD","ME","Maine","1a","NEWE"]
[4428,"EDDINGTON","ME","Maine","1a","NEWE"]
[4429,"HOLDEN","ME","Maine","1a","NEWE"]
[4027,"LEBANON","ME","Maine","1a","NEWE"]
[4228,"EAST LIVERMORE","ME","Maine","1a","NEWE"]
[4630,"EAST MACHIAS","ME","Maine","1a","NEWE"]
[4430,"EAST MILLINOCKET","ME","Maine","1a","NEWE"]
[4933,"EAST NEWPORT","ME","Maine","1a","NEWE"]
[4740,"EASTON","ME","Maine","1a","NEWE"]
[4431,"EAST ORLAND","ME","Maine","1a","NEWE"]
[4028,"EAST PARSONSFIELD","ME","Maine","1a","NEWE"]
[4230,"EAST POLAND","ME","Maine","1a","NEWE"]
[4631,"EASTPORT","ME","Maine","1a","NEWE"]
[4029,"SEBAGO","ME","Maine","1a","NEWE"]
[4231,"STONEHAM","ME","Maine","1a","NEWE"]
[4935,"EAST VASSALBORO","ME","Maine","1a","NEWE"]
[4030,"EAST WATERBORO","ME","Maine","1a","NEWE"]
[4234,"EAST WILTON","ME","Maine","1a","NEWE"]
[4343,"EAST WINTHROP","ME","Maine","1a","NEWE"]
[3903,"ELIOT","ME","Maine","1a","NEWE"]
[4605,"ELLSWORTH","ME","Maine","1a","NEWE"]
[4434,"ETNA","ME","Maine","1a","NEWE"]
[4936,"EUSTIS","ME","Maine","1a","NEWE"]
[4435,"EXETER","ME","Maine","1a","NEWE"]
[4937,"FAIRFIELD","ME","Maine","1a","NEWE"]
[4938,"FARMINGTON","ME","Maine","1a","NEWE"]
[4940,"FARMINGTON FALLS","ME","Maine","1a","NEWE"]
[4742,"FORT FAIRFIELD","ME","Maine","1a","NEWE"]
[4737,"CLAYTON LAKE","ME","Maine","1a","NEWE"]
[4741,"ESTCOURT STATION","ME","Maine","1a","NEWE"]
[4743,"FORT KENT","ME","Maine","1a","NEWE"]
[4744,"FORT KENT MILLS","ME","Maine","1a","NEWE"]
[4438,"FRANKFORT","ME","Maine","1a","NEWE"]
[4634,"FRANKLIN","ME","Maine","1a","NEWE"]
[4941,"FREEDOM","ME","Maine","1a","NEWE"]
[4032,"FREEPORT","ME","Maine","1a","NEWE"]
[4033,"FREEPORT","ME","Maine","1a","NEWE"]
[4034,"FREEPORT","ME","Maine","1a","NEWE"]
[4547,"FRIENDSHIP","ME","Maine","1a","NEWE"]
[4037,"FRYEBURG","ME","Maine","1a","NEWE"]
[4344,"FARMINGDALE","ME","Maine","1a","NEWE"]
[4345,"GARDINER","ME","Maine","1a","NEWE"]
[4346,"RANDOLPH","ME","Maine","1a","NEWE"]
[4939,"GARLAND","ME","Maine","1a","NEWE"]
[4548,"GEORGETOWN","ME","Maine","1a","NEWE"]
[4038,"GORHAM","ME","Maine","1a","NEWE"]
[4607,"GOULDSBORO","ME","Maine","1a","NEWE"]
[4746,"GRAND ISLE","ME","Maine","1a","NEWE"]
[4039,"GRAY","ME","Maine","1a","NEWE"]
[4236,"GREENE","ME","Maine","1a","NEWE"]
[4441,"GREENVILLE","ME","Maine","1a","NEWE"]
[4485,"SHIRLEY MILLS","ME","Maine","1a","NEWE"]
[4442,"GREENVILLE JUNCTION","ME","Maine","1a","NEWE"]
[4443,"GUILFORD","ME","Maine","1a","NEWE"]
[4347,"HALLOWELL","ME","Maine","1a","NEWE"]
[4444,"HAMPDEN","ME","Maine","1a","NEWE"]
[4640,"HANCOCK","ME","Maine","1a","NEWE"]
[4237,"HANOVER","ME","Maine","1a","NEWE"]
[4942,"HARMONY","ME","Maine","1a","NEWE"]
[4643,"HARRINGTON","ME","Maine","1a","NEWE"]
[4040,"HARRISON","ME","Maine","1a","NEWE"]
[4943,"HARTLAND","ME","Maine","1a","NEWE"]
[4238,"HEBRON","ME","Maine","1a","NEWE"]
[4944,"HINCKLEY","ME","Maine","1a","NEWE"]
[4041,"HIRAM","ME","Maine","1a","NEWE"]
[4042,"HOLLIS CENTER","ME","Maine","1a","NEWE"]
[4730,"HOULTON","ME","Maine","1a","NEWE"]
[4761,"NEW LIMERICK","ME","Maine","1a","NEWE"]
[4448,"HOWLAND","ME","Maine","1a","NEWE"]
[4449,"HUDSON","ME","Maine","1a","NEWE"]
[4644,"HULLS COVE","ME","Maine","1a","NEWE"]
[4747,"ISLAND FALLS","ME","Maine","1a","NEWE"]
[4848,"ISLESBORO","ME","Maine","1a","NEWE"]
[4646,"ISLESFORD","ME","Maine","1a","NEWE"]
[4945,"JACKMAN","ME","Maine","1a","NEWE"]
[4239,"JAY","ME","Maine","1a","NEWE"]
[4262,"NORTH JAY","ME","Maine","1a","NEWE"]
[4348,"JEFFERSON","ME","Maine","1a","NEWE"]
[4648,"JONESBORO","ME","Maine","1a","NEWE"]
[4649,"JONESPORT","ME","Maine","1a","NEWE"]
[4450,"KENDUSKEAG","ME","Maine","1a","NEWE"]
[4043,"KENNEBUNK","ME","Maine","1a","NEWE"]
[4014,"CAPE PORPOISE","ME","Maine","1a","NEWE"]
[4046,"KENNEBUNKPORT","ME","Maine","1a","NEWE"]
[4349,"KENTS HILL","ME","Maine","1a","NEWE"]
[4047,"PARSONSFIELD","ME","Maine","1a","NEWE"]
[4947,"KINGFIELD","ME","Maine","1a","NEWE"]
[4451,"KINGMAN","ME","Maine","1a","NEWE"]
[3904,"KITTERY","ME","Maine","1a","NEWE"]
[3905,"KITTERY POINT","ME","Maine","1a","NEWE"]
[4453,"LAGRANGE","ME","Maine","1a","NEWE"]
[4455,"LEE","ME","Maine","1a","NEWE"]
[4263,"LEEDS","ME","Maine","1a","NEWE"]
[4456,"LEVANT","ME","Maine","1a","NEWE"]
[4240,"LEWISTON","ME","Maine","1a","NEWE"]
[4241,"LEWISTON","ME","Maine","1a","NEWE"]
[4243,"LEWISTON","ME","Maine","1a","NEWE"]
[4949,"LIBERTY","ME","Maine","1a","NEWE"]
[4048,"LIMERICK","ME","Maine","1a","NEWE"]
[4750,"LIMESTONE","ME","Maine","1a","NEWE"]
[4751,"LIMESTONE","ME","Maine","1a","NEWE"]
[4049,"LIMINGTON","ME","Maine","1a","NEWE"]
[4457,"LINCOLN","ME","Maine","1a","NEWE"]
[4849,"LINCOLNVILLE","ME","Maine","1a","NEWE"]
[4850,"LINCOLNVILLE CENTER","ME","Maine","1a","NEWE"]
[4222,"DURHAM","ME","Maine","1a","NEWE"]
[4250,"LISBON","ME","Maine","1a","NEWE"]
[4252,"LISBON FALLS","ME","Maine","1a","NEWE"]
[4350,"LITCHFIELD","ME","Maine","1a","NEWE"]
[4650,"LITTLE DEER ISLE","ME","Maine","1a","NEWE"]
[4253,"LIVERMORE","ME","Maine","1a","NEWE"]
[4254,"LIVERMORE FALLS","ME","Maine","1a","NEWE"]
[4255,"GREENWOOD","ME","Maine","1a","NEWE"]
[4050,"LONG ISLAND","ME","Maine","1a","NEWE"]
[4051,"LOVELL","ME","Maine","1a","NEWE"]
[4652,"LUBEC","ME","Maine","1a","NEWE"]
[4654,"MACHIAS","ME","Maine","1a","NEWE"]
[4686,"WESLEY","ME","Maine","1a","NEWE"]
[4655,"MACHIASPORT","ME","Maine","1a","NEWE"]
[4756,"MADAWASKA","ME","Maine","1a","NEWE"]
[4950,"MADISON","ME","Maine","1a","NEWE"]
[4351,"MANCHESTER","ME","Maine","1a","NEWE"]
[4757,"MAPLETON","ME","Maine","1a","NEWE"]
[4758,"MARS HILL","ME","Maine","1a","NEWE"]
[4851,"MATINICUS","ME","Maine","1a","NEWE"]
[4459,"MATTAWAMKEAG","ME","Maine","1a","NEWE"]
[4256,"MECHANIC FALLS","ME","Maine","1a","NEWE"]
[4657,"MEDDYBEMPS","ME","Maine","1a","NEWE"]
[4551,"BREMEN","ME","Maine","1a","NEWE"]
[4460,"MEDWAY","ME","Maine","1a","NEWE"]
[4257,"MEXICO","ME","Maine","1a","NEWE"]
[4658,"MILBRIDGE","ME","Maine","1a","NEWE"]
[4461,"MILFORD","ME","Maine","1a","NEWE"]
[4462,"MILLINOCKET","ME","Maine","1a","NEWE"]
[4463,"MILO","ME","Maine","1a","NEWE"]
[4258,"MINOT","ME","Maine","1a","NEWE"]
[4852,"MONHEGAN","ME","Maine","1a","NEWE"]
[4259,"MONMOUTH","ME","Maine","1a","NEWE"]
[4951,"MONROE","ME","Maine","1a","NEWE"]
[4464,"MONSON","ME","Maine","1a","NEWE"]
[4760,"MONTICELLO","ME","Maine","1a","NEWE"]
[4054,"MOODY","ME","Maine","1a","NEWE"]
[4952,"MORRILL","ME","Maine","1a","NEWE"]
[4660,"MOUNT DESERT","ME","Maine","1a","NEWE"]
[4352,"MOUNT VERNON","ME","Maine","1a","NEWE"]
[4055,"NAPLES","ME","Maine","1a","NEWE"]
[4553,"NEWCASTLE","ME","Maine","1a","NEWE"]
[4056,"NEWFIELD","ME","Maine","1a","NEWE"]
[4260,"NEW GLOUCESTER","ME","Maine","1a","NEWE"]
[4554,"NEW HARBOR","ME","Maine","1a","NEWE"]
[4558,"PEMAQUID","ME","Maine","1a","NEWE"]
[4953,"NEWPORT","ME","Maine","1a","NEWE"]
[4261,"NEWRY","ME","Maine","1a","NEWE"]
[4955,"NEW SHARON","ME","Maine","1a","NEWE"]
[4762,"NEW SWEDEN","ME","Maine","1a","NEWE"]
[4956,"NEW VINEYARD","ME","Maine","1a","NEWE"]
[4555,"NOBLEBORO","ME","Maine","1a","NEWE"]
[4957,"NORRIDGEWOCK","ME","Maine","1a","NEWE"]
[4958,"NORTH ANSON","ME","Maine","1a","NEWE"]
[3906,"NORTH BERWICK","ME","Maine","1a","NEWE"]
[4057,"NORTH BRIDGTON","ME","Maine","1a","NEWE"]
[4662,"NORTHEAST HARBOR","ME","Maine","1a","NEWE"]
[4556,"EDGECOMB","ME","Maine","1a","NEWE"]
[4853,"NORTH HAVEN","ME","Maine","1a","NEWE"]
[4265,"NORTH MONMOUTH","ME","Maine","1a","NEWE"]
[4954,"NEW PORTLAND","ME","Maine","1a","NEWE"]
[4961,"NEW PORTLAND","ME","Maine","1a","NEWE"]
[4664,"SULLIVAN","ME","Maine","1a","NEWE"]
[4266,"NORTH TURNER","ME","Maine","1a","NEWE"]
[4962,"NORTH VASSALBORO","ME","Maine","1a","NEWE"]
[4061,"NORTH WATERBORO","ME","Maine","1a","NEWE"]
[4267,"NORTH WATERFORD","ME","Maine","1a","NEWE"]
[4353,"WHITEFIELD","ME","Maine","1a","NEWE"]
[4062,"WINDHAM","ME","Maine","1a","NEWE"]
[4082,"SOUTH WINDHAM","ME","Maine","1a","NEWE"]
[4268,"NORWAY","ME","Maine","1a","NEWE"]
[4763,"OAKFIELD","ME","Maine","1a","NEWE"]
[4963,"OAKLAND","ME","Maine","1a","NEWE"]
[3907,"OGUNQUIT","ME","Maine","1a","NEWE"]
[4063,"OCEAN PARK","ME","Maine","1a","NEWE"]
[4064,"OLD ORCHARD BEACH","ME","Maine","1a","NEWE"]
[4468,"OLD TOWN","ME","Maine","1a","NEWE"]
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[3221,"BRADFORD","NH","New Hampshire","1a","NEWE"]
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[3033,"BROOKLINE","NH","New Hampshire","1a","NEWE"]
[3215,"WATERVILLE VALLEY","NH","New Hampshire","1a","NEWE"]
[3223,"CAMPTON","NH","New Hampshire","1a","NEWE"]
[3285,"THORNTON","NH","New Hampshire","1a","NEWE"]
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[3813,"CENTER CONWAY","NH","New Hampshire","1a","NEWE"]
[3226,"CENTER HARBOR","NH","New Hampshire","1a","NEWE"]
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[3227,"CENTER SANDWICH","NH","New Hampshire","1a","NEWE"]
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[3826,"EAST HAMPSTEAD","NH","New Hampshire","1a","NEWE"]
[3827,"EAST KINGSTON","NH","New Hampshire","1a","NEWE"]
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[3445,"SULLIVAN","NH","New Hampshire","1a","NEWE"]
[3457,"NELSON","NH","New Hampshire","1a","NEWE"]
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[3830,"EAST WAKEFIELD","NH","New Hampshire","1a","NEWE"]
[3233,"ELKINS","NH","New Hampshire","1a","NEWE"]
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[3833,"EXETER","NH","New Hampshire","1a","NEWE"]
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[3447,"FITZWILLIAM","NH","New Hampshire","1a","NEWE"]
[3043,"FRANCESTOWN","NH","New Hampshire","1a","NEWE"]
[3580,"FRANCONIA","NH","New Hampshire","1a","NEWE"]
[3235,"FRANKLIN","NH","New Hampshire","1a","NEWE"]
[3836,"FREEDOM","NH","New Hampshire","1a","NEWE"]
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[3237,"GILMANTON","NH","New Hampshire","1a","NEWE"]
[3837,"GILMANTON IRON WORKS","NH","New Hampshire","1a","NEWE"]
[3448,"GILSUM","NH","New Hampshire","1a","NEWE"]
[3838,"GLEN","NH","New Hampshire","1a","NEWE"]
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[3752,"GOSHEN","NH","New Hampshire","1a","NEWE"]
[3240,"GRAFTON","NH","New Hampshire","1a","NEWE"]
[3753,"GRANTHAM","NH","New Hampshire","1a","NEWE"]
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[3242,"HENNIKER","NH","New Hampshire","1a","NEWE"]
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[3452,"JAFFREY","NH","New Hampshire","1a","NEWE"]
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[3431,"KEENE","NH","New Hampshire","1a","NEWE"]
[3435,"KEENE","NH","New Hampshire","1a","NEWE"]
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[3246,"LACONIA","NH","New Hampshire","1a","NEWE"]
[3247,"LACONIA","NH","New Hampshire","1a","NEWE"]
[3249,"GILFORD","NH","New Hampshire","1a","NEWE"]
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[3756,"LEBANON","NH","New Hampshire","1a","NEWE"]
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[3784,"WEST LEBANON","NH","New Hampshire","1a","NEWE"]
[3251,"LINCOLN","NH","New Hampshire","1a","NEWE"]
[3585,"LISBON","NH","New Hampshire","1a","NEWE"]
[3586,"SUGAR HILL","NH","New Hampshire","1a","NEWE"]
[3561,"LITTLETON","NH","New Hampshire","1a","NEWE"]
[3252,"LOCHMERE","NH","New Hampshire","1a","NEWE"]
[3053,"LONDONDERRY","NH","New Hampshire","1a","NEWE"]
[3768,"LYME","NH","New Hampshire","1a","NEWE"]
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[3832,"EATON CENTER","NH","New Hampshire","1a","NEWE"]
[3849,"MADISON","NH","New Hampshire","1a","NEWE"]
[3101,"MANCHESTER","NH","New Hampshire","1a","NEWE"]
[3102,"MANCHESTER","NH","New Hampshire","1a","NEWE"]
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[3110,"BEDFORD","NH","New Hampshire","1a","NEWE"]
[3111,"MANCHESTER","NH","New Hampshire","1a","NEWE"]
[3455,"MARLBOROUGH","NH","New Hampshire","1a","NEWE"]
[3456,"MARLOW","NH","New Hampshire","1a","NEWE"]
[3464,"STODDARD","NH","New Hampshire","1a","NEWE"]
[3850,"MELVIN VILLAGE","NH","New Hampshire","1a","NEWE"]
[3253,"MEREDITH","NH","New Hampshire","1a","NEWE"]
[3770,"MERIDEN","NH","New Hampshire","1a","NEWE"]
[3054,"MERRIMACK","NH","New Hampshire","1a","NEWE"]
[3588,"MILAN","NH","New Hampshire","1a","NEWE"]
[3055,"MILFORD","NH","New Hampshire","1a","NEWE"]
[3851,"MILTON","NH","New Hampshire","1a","NEWE"]
[3852,"MILTON MILLS","NH","New Hampshire","1a","NEWE"]
[3853,"MIRROR LAKE","NH","New Hampshire","1a","NEWE"]
[3771,"MONROE","NH","New Hampshire","1a","NEWE"]
[3057,"MONT VERNON","NH","New Hampshire","1a","NEWE"]
[3254,"MOULTONBOROUGH","NH","New Hampshire","1a","NEWE"]
[3060,"NASHUA","NH","New Hampshire","1a","NEWE"]
[3061,"NASHUA","NH","New Hampshire","1a","NEWE"]
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[3063,"NASHUA","NH","New Hampshire","1a","NEWE"]
[3064,"NASHUA","NH","New Hampshire","1a","NEWE"]
[3070,"NEW BOSTON","NH","New Hampshire","1a","NEWE"]
[3255,"NEWBURY","NH","New Hampshire","1a","NEWE"]
[3272,"SOUTH NEWBURY","NH","New Hampshire","1a","NEWE"]
[3854,"NEW CASTLE","NH","New Hampshire","1a","NEWE"]
[3855,"NEW DURHAM","NH","New Hampshire","1a","NEWE"]
[3856,"NEWFIELDS","NH","New Hampshire","1a","NEWE"]
[3256,"NEW HAMPTON","NH","New Hampshire","1a","NEWE"]
[3071,"NEW IPSWICH","NH","New Hampshire","1a","NEWE"]
[3257,"NEW LONDON","NH","New Hampshire","1a","NEWE"]
[3857,"NEWMARKET","NH","New Hampshire","1a","NEWE"]
[3773,"NEWPORT","NH","New Hampshire","1a","NEWE"]
[3858,"NEWTON","NH","New Hampshire","1a","NEWE"]
[3859,"NEWTON JUNCTION","NH","New Hampshire","1a","NEWE"]
[3860,"NORTH CONWAY","NH","New Hampshire","1a","NEWE"]
[3862,"NORTH HAMPTON","NH","New Hampshire","1a","NEWE"]
[3774,"NORTH HAVERHILL","NH","New Hampshire","1a","NEWE"]
[3073,"NORTH SALEM","NH","New Hampshire","1a","NEWE"]
[3259,"NORTH SANDWICH","NH","New Hampshire","1a","NEWE"]
[3590,"NORTH STRATFORD","NH","New Hampshire","1a","NEWE"]
[3260,"NORTH SUTTON","NH","New Hampshire","1a","NEWE"]
[3261,"NORTHWOOD","NH","New Hampshire","1a","NEWE"]
[3262,"NORTH WOODSTOCK","NH","New Hampshire","1a","NEWE"]
[3293,"WOODSTOCK","NH","New Hampshire","1a","NEWE"]
[3290,"NOTTINGHAM","NH","New Hampshire","1a","NEWE"]
[3777,"ORFORD","NH","New Hampshire","1a","NEWE"]
[3864,"OSSIPEE","NH","New Hampshire","1a","NEWE"]
[3076,"PELHAM","NH","New Hampshire","1a","NEWE"]
[3458,"PETERBOROUGH","NH","New Hampshire","1a","NEWE"]
[3779,"PIERMONT","NH","New Hampshire","1a","NEWE"]
[3780,"PIKE","NH","New Hampshire","1a","NEWE"]
[3592,"PITTSBURG","NH","New Hampshire","1a","NEWE"]
[3263,"PITTSFIELD","NH","New Hampshire","1a","NEWE"]
[3781,"PLAINFIELD","NH","New Hampshire","1a","NEWE"]
[3865,"PLAISTOW","NH","New Hampshire","1a","NEWE"]
[3264,"PLYMOUTH","NH","New Hampshire","1a","NEWE"]
[3801,"PORTSMOUTH","NH","New Hampshire","1a","NEWE"]
[3802,"PORTSMOUTH","NH","New Hampshire","1a","NEWE"]
[3803,"PORTSMOUTH","NH","New Hampshire","1a","NEWE"]
[3804,"PORTSMOUTH","NH","New Hampshire","1a","NEWE"]
[3805,"NEWINGTON","NH","New Hampshire","1a","NEWE"]
[3077,"RAYMOND","NH","New Hampshire","1a","NEWE"]
[3461,"RINDGE","NH","New Hampshire","1a","NEWE"]
[3839,"ROCHESTER","NH","New Hampshire","1a","NEWE"]
[3866,"ROCHESTER","NH","New Hampshire","1a","NEWE"]
[3867,"ROCHESTER","NH","New Hampshire","1a","NEWE"]
[3868,"ROCHESTER","NH","New Hampshire","1a","NEWE"]
[3869,"ROLLINSFORD","NH","New Hampshire","1a","NEWE"]
[3266,"RUMNEY","NH","New Hampshire","1a","NEWE"]
[3274,"STINSON LAKE","NH","New Hampshire","1a","NEWE"]
[3870,"RYE","NH","New Hampshire","1a","NEWE"]
[3871,"RYE BEACH","NH","New Hampshire","1a","NEWE"]
[3079,"SALEM","NH","New Hampshire","1a","NEWE"]
[3268,"SALISBURY","NH","New Hampshire","1a","NEWE"]
[3269,"SANBORNTON","NH","New Hampshire","1a","NEWE"]
[3872,"SANBORNVILLE","NH","New Hampshire","1a","NEWE"]
[3873,"SANDOWN","NH","New Hampshire","1a","NEWE"]
[3874,"SEABROOK","NH","New Hampshire","1a","NEWE"]
[3875,"SILVER LAKE","NH","New Hampshire","1a","NEWE"]
[3878,"SOMERSWORTH","NH","New Hampshire","1a","NEWE"]
[3882,"EFFINGHAM","NH","New Hampshire","1a","NEWE"]
[3082,"LYNDEBOROUGH","NH","New Hampshire","1a","NEWE"]
[3273,"SOUTH SUTTON","NH","New Hampshire","1a","NEWE"]
[3883,"SOUTH TAMWORTH","NH","New Hampshire","1a","NEWE"]
[3462,"SPOFFORD","NH","New Hampshire","1a","NEWE"]
[3815,"CENTER STRAFFORD","NH","New Hampshire","1a","NEWE"]
[3884,"STRAFFORD","NH","New Hampshire","1a","NEWE"]
[3885,"STRATHAM","NH","New Hampshire","1a","NEWE"]
[3782,"SUNAPEE","NH","New Hampshire","1a","NEWE"]
[3275,"SUNCOOK","NH","New Hampshire","1a","NEWE"]
[3886,"TAMWORTH","NH","New Hampshire","1a","NEWE"]
[3897,"WONALANCET","NH","New Hampshire","1a","NEWE"]
[3084,"TEMPLE","NH","New Hampshire","1a","NEWE"]
[3276,"TILTON","NH","New Hampshire","1a","NEWE"]
[3298,"TILTON","NH","New Hampshire","1a","NEWE"]
[3299,"TILTON","NH","New Hampshire","1a","NEWE"]
[3465,"TROY","NH","New Hampshire","1a","NEWE"]
[3575,"BRETTON WOODS","NH","New Hampshire","1a","NEWE"]
[3589,"MOUNT WASHINGTON","NH","New Hampshire","1a","NEWE"]
[3595,"TWIN MOUNTAIN","NH","New Hampshire","1a","NEWE"]
[3887,"UNION","NH","New Hampshire","1a","NEWE"]
[3604,"DREWSVILLE","NH","New Hampshire","1a","NEWE"]
[3608,"WALPOLE","NH","New Hampshire","1a","NEWE"]
[3609,"NORTH WALPOLE","NH","New Hampshire","1a","NEWE"]
[3278,"WARNER","NH","New Hampshire","1a","NEWE"]
[3279,"WARREN","NH","New Hampshire","1a","NEWE"]
[3280,"WASHINGTON","NH","New Hampshire","1a","NEWE"]
[3281,"WEARE","NH","New Hampshire","1a","NEWE"]
[3282,"WENTWORTH","NH","New Hampshire","1a","NEWE"]
[3466,"WEST CHESTERFIELD","NH","New Hampshire","1a","NEWE"]
[3467,"WESTMORELAND","NH","New Hampshire","1a","NEWE"]
[3291,"WEST NOTTINGHAM","NH","New Hampshire","1a","NEWE"]
[3890,"WEST OSSIPEE","NH","New Hampshire","1a","NEWE"]
[3468,"WEST PETERBOROUGH","NH","New Hampshire","1a","NEWE"]
[3284,"SPRINGFIELD","NH","New Hampshire","1a","NEWE"]
[3597,"WEST STEWARTSTOWN","NH","New Hampshire","1a","NEWE"]
[3469,"WEST SWANZEY","NH","New Hampshire","1a","NEWE"]
[3598,"WHITEFIELD","NH","New Hampshire","1a","NEWE"]
[3287,"WILMOT","NH","New Hampshire","1a","NEWE"]
[3086,"WILTON","NH","New Hampshire","1a","NEWE"]
[3470,"WINCHESTER","NH","New Hampshire","1a","NEWE"]
[3087,"WINDHAM","NH","New Hampshire","1a","NEWE"]
[3289,"WINNISQUAM","NH","New Hampshire","1a","NEWE"]
[3816,"CENTER TUFTONBORO","NH","New Hampshire","1a","NEWE"]
[3894,"WOLFEBORO","NH","New Hampshire","1a","NEWE"]
[3896,"WOLFEBORO FALLS","NH","New Hampshire","1a","NEWE"]
[3785,"WOODSVILLE","NH","New Hampshire","1a","NEWE"]
[5820,"ALBANY","VT","Vermont","1a","NEWE"]
[5440,"ALBURGH","VT","Vermont","1a","NEWE"]
[5250,"ARLINGTON","VT","Vermont","1a","NEWE"]
[5030,"ASCUTNEY","VT","Vermont","1a","NEWE"]
[5441,"BAKERSFIELD","VT","Vermont","1a","NEWE"]
[5031,"BARNARD","VT","Vermont","1a","NEWE"]
[5821,"BARNET","VT","Vermont","1a","NEWE"]
[5641,"BARRE","VT","Vermont","1a","NEWE"]
[5822,"BARTON","VT","Vermont","1a","NEWE"]
[5839,"GLOVER","VT","Vermont","1a","NEWE"]
[5875,"WEST GLOVER","VT","Vermont","1a","NEWE"]
[5823,"BEEBE PLAIN","VT","Vermont","1a","NEWE"]
[5902,"BEECHER FALLS","VT","Vermont","1a","NEWE"]
[5101,"BELLOWS FALLS","VT","Vermont","1a","NEWE"]
[5730,"BELMONT","VT","Vermont","1a","NEWE"]
[5201,"BENNINGTON","VT","Vermont","1a","NEWE"]
[5032,"BETHEL","VT","Vermont","1a","NEWE"]
[5732,"BOMOSEEN","VT","Vermont","1a","NEWE"]
[5340,"BONDVILLE","VT","Vermont","1a","NEWE"]
[5033,"BRADFORD","VT","Vermont","1a","NEWE"]
[5733,"BRANDON","VT","Vermont","1a","NEWE"]
[5301,"BRATTLEBORO","VT","Vermont","1a","NEWE"]
[5302,"BRATTLEBORO","VT","Vermont","1a","NEWE"]
[5303,"BRATTLEBORO","VT","Vermont","1a","NEWE"]
[5304,"BRATTLEBORO","VT","Vermont","1a","NEWE"]
[5034,"BRIDGEWATER","VT","Vermont","1a","NEWE"]
[5035,"BRIDGEWATER CORNERS","VT","Vermont","1a","NEWE"]
[5734,"BRIDPORT","VT","Vermont","1a","NEWE"]
[5443,"BRISTOL","VT","Vermont","1a","NEWE"]
[5036,"BROOKFIELD","VT","Vermont","1a","NEWE"]
[5037,"BROWNSVILLE","VT","Vermont","1a","NEWE"]
[5401,"BURLINGTON","VT","Vermont","1a","NEWE"]
[5402,"BURLINGTON","VT","Vermont","1a","NEWE"]
[5403,"SOUTH BURLINGTON","VT","Vermont","1a","NEWE"]
[5404,"WINOOSKI","VT","Vermont","1a","NEWE"]
[5405,"BURLINGTON","VT","Vermont","1a","NEWE"]
[5406,"BURLINGTON","VT","Vermont","1a","NEWE"]
[5407,"SOUTH BURLINGTON","VT","Vermont","1a","NEWE"]
[5408,"BURLINGTON","VT","Vermont","1a","NEWE"]
[5647,"CABOT","VT","Vermont","1a","NEWE"]
[5648,"CALAIS","VT","Vermont","1a","NEWE"]
[5444,"CAMBRIDGE","VT","Vermont","1a","NEWE"]
[5141,"CAMBRIDGEPORT","VT","Vermont","1a","NEWE"]
[5901,"AVERILL","VT","Vermont","1a","NEWE"]
[5903,"CANAAN","VT","Vermont","1a","NEWE"]
[5735,"CASTLETON","VT","Vermont","1a","NEWE"]
[5142,"CAVENDISH","VT","Vermont","1a","NEWE"]
[5445,"CHARLOTTE","VT","Vermont","1a","NEWE"]
[5038,"CHELSEA","VT","Vermont","1a","NEWE"]
[5143,"CHESTER","VT","Vermont","1a","NEWE"]
[5144,"CHESTER DEPOT","VT","Vermont","1a","NEWE"]
[5737,"CHITTENDEN","VT","Vermont","1a","NEWE"]
[5439,"COLCHESTER","VT","Vermont","1a","NEWE"]
[5446,"COLCHESTER","VT","Vermont","1a","NEWE"]
[5449,"COLCHESTER","VT","Vermont","1a","NEWE"]
[5824,"CONCORD","VT","Vermont","1a","NEWE"]
[5039,"CORINTH","VT","Vermont","1a","NEWE"]
[5825,"COVENTRY","VT","Vermont","1a","NEWE"]
[5826,"CRAFTSBURY","VT","Vermont","1a","NEWE"]
[5827,"CRAFTSBURY COMMON","VT","Vermont","1a","NEWE"]
[5738,"CUTTINGSVILLE","VT","Vermont","1a","NEWE"]
[5739,"DANBY","VT","Vermont","1a","NEWE"]
[5828,"DANVILLE","VT","Vermont","1a","NEWE"]
[5829,"DERBY","VT","Vermont","1a","NEWE"]
[5830,"DERBY LINE","VT","Vermont","1a","NEWE"]
[5251,"DORSET","VT","Vermont","1a","NEWE"]
[5252,"EAST ARLINGTON","VT","Vermont","1a","NEWE"]
[5649,"EAST BARRE","VT","Vermont","1a","NEWE"]
[5832,"EAST BURKE","VT","Vermont","1a","NEWE"]
[5640,"ADAMANT","VT","Vermont","1a","NEWE"]
[5650,"EAST CALAIS","VT","Vermont","1a","NEWE"]
[5833,"EAST CHARLESTON","VT","Vermont","1a","NEWE"]
[5040,"EAST CORINTH","VT","Vermont","1a","NEWE"]
[5076,"TOPSHAM","VT","Vermont","1a","NEWE"]
[5253,"EAST DORSET","VT","Vermont","1a","NEWE"]
[5341,"EAST DOVER","VT","Vermont","1a","NEWE"]
[5448,"EAST FAIRFIELD","VT","Vermont","1a","NEWE"]
[5836,"EAST HARDWICK","VT","Vermont","1a","NEWE"]
[5837,"EAST HAVEN","VT","Vermont","1a","NEWE"]
[5740,"EAST MIDDLEBURY","VT","Vermont","1a","NEWE"]
[5766,"RIPTON","VT","Vermont","1a","NEWE"]
[5651,"EAST MONTPELIER","VT","Vermont","1a","NEWE"]
[5666,"NORTH MONTPELIER","VT","Vermont","1a","NEWE"]
[5041,"EAST RANDOLPH","VT","Vermont","1a","NEWE"]
[5042,"EAST RYEGATE","VT","Vermont","1a","NEWE"]
[5838,"EAST SAINT JOHNSBURY","VT","Vermont","1a","NEWE"]
[5043,"EAST THETFORD","VT","Vermont","1a","NEWE"]
[5742,"EAST WALLINGFORD","VT","Vermont","1a","NEWE"]
[5652,"EDEN","VT","Vermont","1a","NEWE"]
[5653,"EDEN MILLS","VT","Vermont","1a","NEWE"]
[5447,"EAST BERKSHIRE","VT","Vermont","1a","NEWE"]
[5450,"ENOSBURG FALLS","VT","Vermont","1a","NEWE"]
[5451,"ESSEX","VT","Vermont","1a","NEWE"]
[5452,"ESSEX JUNCTION","VT","Vermont","1a","NEWE"]
[5453,"ESSEX JUNCTION","VT","Vermont","1a","NEWE"]
[5454,"FAIRFAX","VT","Vermont","1a","NEWE"]
[5455,"FAIRFIELD","VT","Vermont","1a","NEWE"]
[5731,"BENSON","VT","Vermont","1a","NEWE"]
[5743,"FAIR HAVEN","VT","Vermont","1a","NEWE"]
[5045,"FAIRLEE","VT","Vermont","1a","NEWE"]
[5456,"FERRISBURGH","VT","Vermont","1a","NEWE"]
[5744,"FLORENCE","VT","Vermont","1a","NEWE"]
[5745,"FOREST DALE","VT","Vermont","1a","NEWE"]
[5457,"FRANKLIN","VT","Vermont","1a","NEWE"]
[5746,"GAYSVILLE","VT","Vermont","1a","NEWE"]
[5904,"GILMAN","VT","Vermont","1a","NEWE"]
[5146,"GRAFTON","VT","Vermont","1a","NEWE"]
[5458,"GRAND ISLE","VT","Vermont","1a","NEWE"]
[5654,"GRANITEVILLE","VT","Vermont","1a","NEWE"]
[5747,"GRANVILLE","VT","Vermont","1a","NEWE"]
[5841,"GREENSBORO","VT","Vermont","1a","NEWE"]
[5842,"GREENSBORO BEND","VT","Vermont","1a","NEWE"]
[5046,"GROTON","VT","Vermont","1a","NEWE"]
[5905,"GUILDHALL","VT","Vermont","1a","NEWE"]
[5748,"HANCOCK","VT","Vermont","1a","NEWE"]
[5843,"HARDWICK","VT","Vermont","1a","NEWE"]
[5047,"HARTFORD","VT","Vermont","1a","NEWE"]
[5048,"HARTLAND","VT","Vermont","1a","NEWE"]
[5049,"HARTLAND FOUR CORNERS","VT","Vermont","1a","NEWE"]
[5459,"HIGHGATE CENTER","VT","Vermont","1a","NEWE"]
[5460,"HIGHGATE SPRINGS","VT","Vermont","1a","NEWE"]
[5461,"HINESBURG","VT","Vermont","1a","NEWE"]
[5462,"HUNTINGTON","VT","Vermont","1a","NEWE"]
[5655,"HYDE PARK","VT","Vermont","1a","NEWE"]
[5750,"HYDEVILLE","VT","Vermont","1a","NEWE"]
[5845,"IRASBURG","VT","Vermont","1a","NEWE"]
[5846,"ISLAND POND","VT","Vermont","1a","NEWE"]
[5463,"ISLE LA MOTTE","VT","Vermont","1a","NEWE"]
[5342,"JACKSONVILLE","VT","Vermont","1a","NEWE"]
[5343,"JAMAICA","VT","Vermont","1a","NEWE"]
[5464,"JEFFERSONVILLE","VT","Vermont","1a","NEWE"]
[5465,"JERICHO","VT","Vermont","1a","NEWE"]
[5656,"JOHNSON","VT","Vermont","1a","NEWE"]
[5466,"JONESVILLE","VT","Vermont","1a","NEWE"]
[5751,"KILLINGTON","VT","Vermont","1a","NEWE"]
[5148,"LONDONDERRY","VT","Vermont","1a","NEWE"]
[5847,"LOWELL","VT","Vermont","1a","NEWE"]
[5848,"LOWER WATERFORD","VT","Vermont","1a","NEWE"]
[5149,"LUDLOW","VT","Vermont","1a","NEWE"]
[5906,"LUNENBURG","VT","Vermont","1a","NEWE"]
[5849,"LYNDON","VT","Vermont","1a","NEWE"]
[5850,"LYNDON CENTER","VT","Vermont","1a","NEWE"]
[5851,"LYNDONVILLE","VT","Vermont","1a","NEWE"]
[5050,"MC INDOE FALLS","VT","Vermont","1a","NEWE"]
[5254,"MANCHESTER","VT","Vermont","1a","NEWE"]
[5255,"MANCHESTER CENTER","VT","Vermont","1a","NEWE"]
[5344,"MARLBORO","VT","Vermont","1a","NEWE"]
[5658,"MARSHFIELD","VT","Vermont","1a","NEWE"]
[5753,"MIDDLEBURY","VT","Vermont","1a","NEWE"]
[5757,"MIDDLETOWN SPRINGS","VT","Vermont","1a","NEWE"]
[5468,"MILTON","VT","Vermont","1a","NEWE"]
[5469,"MONKTON","VT","Vermont","1a","NEWE"]
[5470,"MONTGOMERY","VT","Vermont","1a","NEWE"]
[5471,"MONTGOMERY CENTER","VT","Vermont","1a","NEWE"]
[5601,"MONTPELIER","VT","Vermont","1a","NEWE"]
[5602,"MONTPELIER","VT","Vermont","1a","NEWE"]
[5603,"MONTPELIER","VT","Vermont","1a","NEWE"]
[5604,"MONTPELIER","VT","Vermont","1a","NEWE"]
[5609,"MONTPELIER","VT","Vermont","1a","NEWE"]
[5620,"MONTPELIER","VT","Vermont","1a","NEWE"]
[5633,"MONTPELIER","VT","Vermont","1a","NEWE"]
[5660,"MORETOWN","VT","Vermont","1a","NEWE"]
[5853,"MORGAN","VT","Vermont","1a","NEWE"]
[5657,"LAKE ELMORE","VT","Vermont","1a","NEWE"]
[5661,"MORRISVILLE","VT","Vermont","1a","NEWE"]
[5758,"MOUNT HOLLY","VT","Vermont","1a","NEWE"]
[5051,"NEWBURY","VT","Vermont","1a","NEWE"]
[5345,"NEWFANE","VT","Vermont","1a","NEWE"]
[5472,"NEW HAVEN","VT","Vermont","1a","NEWE"]
[5855,"NEWPORT","VT","Vermont","1a","NEWE"]
[5857,"NEWPORT CENTER","VT","Vermont","1a","NEWE"]
[5257,"NORTH BENNINGTON","VT","Vermont","1a","NEWE"]
[5759,"NORTH CLARENDON","VT","Vermont","1a","NEWE"]
[5840,"GRANBY","VT","Vermont","1a","NEWE"]
[5858,"NORTH CONCORD","VT","Vermont","1a","NEWE"]
[5473,"NORTH FERRISBURGH","VT","Vermont","1a","NEWE"]
[5663,"NORTHFIELD","VT","Vermont","1a","NEWE"]
[5664,"NORTHFIELD FALLS","VT","Vermont","1a","NEWE"]
[5052,"NORTH HARTLAND","VT","Vermont","1a","NEWE"]
[5474,"NORTH HERO","VT","Vermont","1a","NEWE"]
[5665,"NORTH HYDE PARK","VT","Vermont","1a","NEWE"]
[5053,"NORTH POMFRET","VT","Vermont","1a","NEWE"]
[5260,"NORTH POWNAL","VT","Vermont","1a","NEWE"]
[5150,"NORTH SPRINGFIELD","VT","Vermont","1a","NEWE"]
[5054,"NORTH THETFORD","VT","Vermont","1a","NEWE"]
[5859,"NORTH TROY","VT","Vermont","1a","NEWE"]
[5907,"NORTON","VT","Vermont","1a","NEWE"]
[5055,"NORWICH","VT","Vermont","1a","NEWE"]
[5860,"ORLEANS","VT","Vermont","1a","NEWE"]
[5760,"ORWELL","VT","Vermont","1a","NEWE"]
[5861,"PASSUMPSIC","VT","Vermont","1a","NEWE"]
[5761,"PAWLET","VT","Vermont","1a","NEWE"]
[5862,"PEACHAM","VT","Vermont","1a","NEWE"]
[5151,"PERKINSVILLE","VT","Vermont","1a","NEWE"]
[5152,"PERU","VT","Vermont","1a","NEWE"]
[5762,"PITTSFIELD","VT","Vermont","1a","NEWE"]
[5763,"PITTSFORD","VT","Vermont","1a","NEWE"]
[5667,"PLAINFIELD","VT","Vermont","1a","NEWE"]
[5056,"PLYMOUTH","VT","Vermont","1a","NEWE"]
[5058,"POST MILLS","VT","Vermont","1a","NEWE"]
[5741,"EAST POULTNEY","VT","Vermont","1a","NEWE"]
[5764,"POULTNEY","VT","Vermont","1a","NEWE"]
[5261,"POWNAL","VT","Vermont","1a","NEWE"]
[5765,"PROCTOR","VT","Vermont","1a","NEWE"]
[5153,"PROCTORSVILLE","VT","Vermont","1a","NEWE"]
[5346,"PUTNEY","VT","Vermont","1a","NEWE"]
[5059,"QUECHEE","VT","Vermont","1a","NEWE"]
[5060,"RANDOLPH","VT","Vermont","1a","NEWE"]
[5061,"RANDOLPH CENTER","VT","Vermont","1a","NEWE"]
[5062,"READING","VT","Vermont","1a","NEWE"]
[5350,"READSBORO","VT","Vermont","1a","NEWE"]
[5352,"STAMFORD","VT","Vermont","1a","NEWE"]
[5476,"RICHFORD","VT","Vermont","1a","NEWE"]
[5477,"RICHMOND","VT","Vermont","1a","NEWE"]
[5767,"ROCHESTER","VT","Vermont","1a","NEWE"]
[5669,"ROXBURY","VT","Vermont","1a","NEWE"]
[5768,"RUPERT","VT","Vermont","1a","NEWE"]
[5701,"RUTLAND","VT","Vermont","1a","NEWE"]
[5702,"RUTLAND","VT","Vermont","1a","NEWE"]
[5478,"SAINT ALBANS","VT","Vermont","1a","NEWE"]
[5479,"SAINT ALBANS","VT","Vermont","1a","NEWE"]
[5481,"SAINT ALBANS BAY","VT","Vermont","1a","NEWE"]
[5819,"SAINT JOHNSBURY","VT","Vermont","1a","NEWE"]
[5863,"SAINT JOHNSBURY CENTER","VT","Vermont","1a","NEWE"]
[5769,"SALISBURY","VT","Vermont","1a","NEWE"]
[5154,"SAXTONS RIVER","VT","Vermont","1a","NEWE"]
[5262,"SHAFTSBURY","VT","Vermont","1a","NEWE"]
[5065,"SHARON","VT","Vermont","1a","NEWE"]
[5866,"SHEFFIELD","VT","Vermont","1a","NEWE"]
[5482,"SHELBURNE","VT","Vermont","1a","NEWE"]
[5483,"SHELDON","VT","Vermont","1a","NEWE"]
[5485,"SHELDON SPRINGS","VT","Vermont","1a","NEWE"]
[5770,"SHOREHAM","VT","Vermont","1a","NEWE"]
[5670,"SOUTH BARRE","VT","Vermont","1a","NEWE"]
[5486,"SOUTH HERO","VT","Vermont","1a","NEWE"]
[5155,"SOUTH LONDONDERRY","VT","Vermont","1a","NEWE"]
[5067,"SOUTH POMFRET","VT","Vermont","1a","NEWE"]
[5068,"SOUTH ROYALTON","VT","Vermont","1a","NEWE"]
[5069,"SOUTH RYEGATE","VT","Vermont","1a","NEWE"]
[5070,"SOUTH STRAFFORD","VT","Vermont","1a","NEWE"]
[5071,"SOUTH WOODSTOCK","VT","Vermont","1a","NEWE"]
[5156,"SPRINGFIELD","VT","Vermont","1a","NEWE"]
[5487,"STARKSBORO","VT","Vermont","1a","NEWE"]
[5772,"STOCKBRIDGE","VT","Vermont","1a","NEWE"]
[5662,"MOSCOW","VT","Vermont","1a","NEWE"]
[5672,"STOWE","VT","Vermont","1a","NEWE"]
[5072,"STRAFFORD","VT","Vermont","1a","NEWE"]
[5488,"SWANTON","VT","Vermont","1a","NEWE"]
[5073,"TAFTSVILLE","VT","Vermont","1a","NEWE"]
[5074,"THETFORD","VT","Vermont","1a","NEWE"]
[5083,"WEST FAIRLEE","VT","Vermont","1a","NEWE"]
[5075,"THETFORD CENTER","VT","Vermont","1a","NEWE"]
[5353,"TOWNSHEND","VT","Vermont","1a","NEWE"]
[5359,"WEST TOWNSHEND","VT","Vermont","1a","NEWE"]
[5868,"TROY","VT","Vermont","1a","NEWE"]
[5874,"WESTFIELD","VT","Vermont","1a","NEWE"]
[5077,"TUNBRIDGE","VT","Vermont","1a","NEWE"]
[5489,"UNDERHILL","VT","Vermont","1a","NEWE"]
[5490,"UNDERHILL CENTER","VT","Vermont","1a","NEWE"]
[5491,"VERGENNES","VT","Vermont","1a","NEWE"]
[5354,"VERNON","VT","Vermont","1a","NEWE"]
[5079,"VERSHIRE","VT","Vermont","1a","NEWE"]
[5673,"WAITSFIELD","VT","Vermont","1a","NEWE"]
[5773,"WALLINGFORD","VT","Vermont","1a","NEWE"]
[5355,"WARDSBORO","VT","Vermont","1a","NEWE"]
[5674,"WARREN","VT","Vermont","1a","NEWE"]
[5675,"WASHINGTON","VT","Vermont","1a","NEWE"]
[5671,"WATERBURY","VT","Vermont","1a","NEWE"]
[5676,"WATERBURY","VT","Vermont","1a","NEWE"]
[5677,"WATERBURY CENTER","VT","Vermont","1a","NEWE"]
[5442,"BELVIDERE CENTER","VT","Vermont","1a","NEWE"]
[5492,"WATERVILLE","VT","Vermont","1a","NEWE"]
[5678,"WEBSTERVILLE","VT","Vermont","1a","NEWE"]
[5774,"WELLS","VT","Vermont","1a","NEWE"]
[5081,"WELLS RIVER","VT","Vermont","1a","NEWE"]
[5867,"SUTTON","VT","Vermont","1a","NEWE"]
[5871,"WEST BURKE","VT","Vermont","1a","NEWE"]
[5872,"WEST CHARLESTON","VT","Vermont","1a","NEWE"]
[5873,"WEST DANVILLE","VT","Vermont","1a","NEWE"]
[5356,"WEST DOVER","VT","Vermont","1a","NEWE"]
[5357,"WEST DUMMERSTON","VT","Vermont","1a","NEWE"]
[5494,"WESTFORD","VT","Vermont","1a","NEWE"]
[5358,"WEST HALIFAX","VT","Vermont","1a","NEWE"]
[5084,"WEST HARTFORD","VT","Vermont","1a","NEWE"]
[5158,"WESTMINSTER","VT","Vermont","1a","NEWE"]
[5159,"WESTMINSTER STATION","VT","Vermont","1a","NEWE"]
[5085,"WEST NEWBURY","VT","Vermont","1a","NEWE"]
[5161,"WESTON","VT","Vermont","1a","NEWE"]
[5775,"WEST PAWLET","VT","Vermont","1a","NEWE"]
[5776,"WEST RUPERT","VT","Vermont","1a","NEWE"]
[5736,"CENTER RUTLAND","VT","Vermont","1a","NEWE"]
[5777,"WEST RUTLAND","VT","Vermont","1a","NEWE"]
[5086,"WEST TOPSHAM","VT","Vermont","1a","NEWE"]
[5360,"WEST WARDSBORO","VT","Vermont","1a","NEWE"]
[5001,"WHITE RIVER JUNCTION","VT","Vermont","1a","NEWE"]
[5009,"WHITE RIVER JUNCTION","VT","Vermont","1a","NEWE"]
[5778,"WHITING","VT","Vermont","1a","NEWE"]
[5361,"WHITINGHAM","VT","Vermont","1a","NEWE"]
[5088,"WILDER","VT","Vermont","1a","NEWE"]
[5679,"WILLIAMSTOWN","VT","Vermont","1a","NEWE"]
[5351,"SOUTH NEWFANE","VT","Vermont","1a","NEWE"]
[5362,"WILLIAMSVILLE","VT","Vermont","1a","NEWE"]
[5495,"WILLISTON","VT","Vermont","1a","NEWE"]
[5363,"WILMINGTON","VT","Vermont","1a","NEWE"]
[5089,"WINDSOR","VT","Vermont","1a","NEWE"]
[5680,"WOLCOTT","VT","Vermont","1a","NEWE"]
[5681,"WOODBURY","VT","Vermont","1a","NEWE"]
[5091,"WOODSTOCK","VT","Vermont","1a","NEWE"]
[5682,"WORCESTER","VT","Vermont","1a","NEWE"]
[6231,"AMSTON","CT","Connecticut","1a","NEWE"]
[6232,"ANDOVER","CT","Connecticut","1a","NEWE"]
[6401,"ANSONIA","CT","Connecticut","1a","NEWE"]
[6278,"ASHFORD","CT","Connecticut","1a","NEWE"]
[6001,"AVON","CT","Connecticut","1a","NEWE"]
[6233,"BALLOUVILLE","CT","Connecticut","1a","NEWE"]
[6330,"BALTIC","CT","Connecticut","1a","NEWE"]
[6750,"BANTAM","CT","Connecticut","1a","NEWE"]
[6403,"BEACON FALLS","CT","Connecticut","1a","NEWE"]
[6801,"BETHEL","CT","Connecticut","1a","NEWE"]
[6751,"BETHLEHEM","CT","Connecticut","1a","NEWE"]
[6002,"BLOOMFIELD","CT","Connecticut","1a","NEWE"]
[6404,"BOTSFORD","CT","Connecticut","1a","NEWE"]
[6405,"BRANFORD","CT","Connecticut","1a","NEWE"]
[6601,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6602,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6604,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6605,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6606,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6607,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6608,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6610,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6611,"TRUMBULL","CT","Connecticut","1a","NEWE"]
[6612,"EASTON","CT","Connecticut","1a","NEWE"]
[6614,"STRATFORD","CT","Connecticut","1a","NEWE"]
[6615,"STRATFORD","CT","Connecticut","1a","NEWE"]
[6650,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6673,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6699,"BRIDGEPORT","CT","Connecticut","1a","NEWE"]
[6752,"BRIDGEWATER","CT","Connecticut","1a","NEWE"]
[6010,"BRISTOL","CT","Connecticut","1a","NEWE"]
[6011,"BRISTOL","CT","Connecticut","1a","NEWE"]
[6016,"BROAD BROOK","CT","Connecticut","1a","NEWE"]
[6804,"BROOKFIELD","CT","Connecticut","1a","NEWE"]
[6234,"BROOKLYN","CT","Connecticut","1a","NEWE"]
[6018,"CANAAN","CT","Connecticut","1a","NEWE"]
[6331,"CANTERBURY","CT","Connecticut","1a","NEWE"]
[6019,"CANTON","CT","Connecticut","1a","NEWE"]
[6020,"CANTON CENTER","CT","Connecticut","1a","NEWE"]
[6409,"CENTERBROOK","CT","Connecticut","1a","NEWE"]
[6332,"CENTRAL VILLAGE","CT","Connecticut","1a","NEWE"]
[6235,"CHAPLIN","CT","Connecticut","1a","NEWE"]
[6408,"CHESHIRE","CT","Connecticut","1a","NEWE"]
[6410,"CHESHIRE","CT","Connecticut","1a","NEWE"]
[6411,"CHESHIRE","CT","Connecticut","1a","NEWE"]
[6412,"CHESTER","CT","Connecticut","1a","NEWE"]
[6413,"CLINTON","CT","Connecticut","1a","NEWE"]
[6414,"COBALT","CT","Connecticut","1a","NEWE"]
[6415,"COLCHESTER","CT","Connecticut","1a","NEWE"]
[6420,"SALEM","CT","Connecticut","1a","NEWE"]
[6021,"COLEBROOK","CT","Connecticut","1a","NEWE"]
[6022,"COLLINSVILLE","CT","Connecticut","1a","NEWE"]
[6237,"COLUMBIA","CT","Connecticut","1a","NEWE"]
[6753,"CORNWALL","CT","Connecticut","1a","NEWE"]
[6754,"CORNWALL BRIDGE","CT","Connecticut","1a","NEWE"]
[6807,"COS COB","CT","Connecticut","1a","NEWE"]
[6238,"COVENTRY","CT","Connecticut","1a","NEWE"]
[6416,"CROMWELL","CT","Connecticut","1a","NEWE"]
[6810,"DANBURY","CT","Connecticut","1a","NEWE"]
[6811,"DANBURY","CT","Connecticut","1a","NEWE"]
[6812,"NEW FAIRFIELD","CT","Connecticut","1a","NEWE"]
[6813,"DANBURY","CT","Connecticut","1a","NEWE"]
[6814,"DANBURY","CT","Connecticut","1a","NEWE"]
[6816,"DANBURY","CT","Connecticut","1a","NEWE"]
[6817,"DANBURY","CT","Connecticut","1a","NEWE"]
[6239,"DANIELSON","CT","Connecticut","1a","NEWE"]
[6820,"DARIEN","CT","Connecticut","1a","NEWE"]
[6241,"DAYVILLE","CT","Connecticut","1a","NEWE"]
[6417,"DEEP RIVER","CT","Connecticut","1a","NEWE"]
[6419,"KILLINGWORTH","CT","Connecticut","1a","NEWE"]
[6418,"DERBY","CT","Connecticut","1a","NEWE"]
[6422,"DURHAM","CT","Connecticut","1a","NEWE"]
[6023,"EAST BERLIN","CT","Connecticut","1a","NEWE"]
[6024,"EAST CANAAN","CT","Connecticut","1a","NEWE"]
[6242,"EASTFORD","CT","Connecticut","1a","NEWE"]
[6025,"EAST GLASTONBURY","CT","Connecticut","1a","NEWE"]
[6026,"EAST GRANBY","CT","Connecticut","1a","NEWE"]
[6423,"EAST HADDAM","CT","Connecticut","1a","NEWE"]
[6424,"EAST HAMPTON","CT","Connecticut","1a","NEWE"]
[6447,"MARLBOROUGH","CT","Connecticut","1a","NEWE"]
[6027,"EAST HARTLAND","CT","Connecticut","1a","NEWE"]
[6243,"EAST KILLINGLY","CT","Connecticut","1a","NEWE"]
[6333,"EAST LYME","CT","Connecticut","1a","NEWE"]
[6088,"EAST WINDSOR","CT","Connecticut","1a","NEWE"]
[6028,"EAST WINDSOR HILL","CT","Connecticut","1a","NEWE"]
[6244,"EAST WOODSTOCK","CT","Connecticut","1a","NEWE"]
[6029,"ELLINGTON","CT","Connecticut","1a","NEWE"]
[6082,"ENFIELD","CT","Connecticut","1a","NEWE"]
[6083,"ENFIELD","CT","Connecticut","1a","NEWE"]
[6426,"ESSEX","CT","Connecticut","1a","NEWE"]
[6245,"FABYAN","CT","Connecticut","1a","NEWE"]
[6824,"FAIRFIELD","CT","Connecticut","1a","NEWE"]
[6825,"FAIRFIELD","CT","Connecticut","1a","NEWE"]
[6828,"FAIRFIELD","CT","Connecticut","1a","NEWE"]
[6031,"FALLS VILLAGE","CT","Connecticut","1a","NEWE"]
[6030,"FARMINGTON","CT","Connecticut","1a","NEWE"]
[6032,"FARMINGTON","CT","Connecticut","1a","NEWE"]
[6034,"FARMINGTON","CT","Connecticut","1a","NEWE"]
[6334,"BOZRAH","CT","Connecticut","1a","NEWE"]
[6335,"GALES FERRY","CT","Connecticut","1a","NEWE"]
[6338,"MASHANTUCKET","CT","Connecticut","1a","NEWE"]
[6339,"LEDYARD","CT","Connecticut","1a","NEWE"]
[6755,"GAYLORDSVILLE","CT","Connecticut","1a","NEWE"]
[6829,"GEORGETOWN","CT","Connecticut","1a","NEWE"]
[6336,"GILMAN","CT","Connecticut","1a","NEWE"]
[6033,"GLASTONBURY","CT","Connecticut","1a","NEWE"]
[6756,"GOSHEN","CT","Connecticut","1a","NEWE"]
[6035,"GRANBY","CT","Connecticut","1a","NEWE"]
[6838,"GREENS FARMS","CT","Connecticut","1a","NEWE"]
[6830,"GREENWICH","CT","Connecticut","1a","NEWE"]
[6831,"GREENWICH","CT","Connecticut","1a","NEWE"]
[6836,"GREENWICH","CT","Connecticut","1a","NEWE"]
[6246,"GROSVENOR DALE","CT","Connecticut","1a","NEWE"]
[6340,"GROTON","CT","Connecticut","1a","NEWE"]
[6349,"GROTON","CT","Connecticut","1a","NEWE"]
[6437,"GUILFORD","CT","Connecticut","1a","NEWE"]
[6438,"HADDAM","CT","Connecticut","1a","NEWE"]
[6439,"HADLYME","CT","Connecticut","1a","NEWE"]
[6247,"HAMPTON","CT","Connecticut","1a","NEWE"]
[6350,"HANOVER","CT","Connecticut","1a","NEWE"]
[6101,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6102,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6103,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6104,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6105,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6106,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6107,"WEST HARTFORD","CT","Connecticut","1a","NEWE"]
[6108,"EAST HARTFORD","CT","Connecticut","1a","NEWE"]
[6109,"WETHERSFIELD","CT","Connecticut","1a","NEWE"]
[6110,"WEST HARTFORD","CT","Connecticut","1a","NEWE"]
[6111,"NEWINGTON","CT","Connecticut","1a","NEWE"]
[6112,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6114,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6115,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6117,"WEST HARTFORD","CT","Connecticut","1a","NEWE"]
[6118,"EAST HARTFORD","CT","Connecticut","1a","NEWE"]
[6119,"WEST HARTFORD","CT","Connecticut","1a","NEWE"]
[6120,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6123,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6126,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6127,"WEST HARTFORD","CT","Connecticut","1a","NEWE"]
[6128,"EAST HARTFORD","CT","Connecticut","1a","NEWE"]
[6129,"WETHERSFIELD","CT","Connecticut","1a","NEWE"]
[6131,"NEWINGTON","CT","Connecticut","1a","NEWE"]
[6132,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6133,"WEST HARTFORD","CT","Connecticut","1a","NEWE"]
[6134,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6137,"WEST HARTFORD","CT","Connecticut","1a","NEWE"]
[6138,"EAST HARTFORD","CT","Connecticut","1a","NEWE"]
[6140,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6141,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6142,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6143,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6144,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6145,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6146,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6147,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6150,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6151,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6152,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6153,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6154,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6155,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6156,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6183,"HARTFORD","CT","Connecticut","1a","NEWE"]
[6451,"MERIDEN","CT","Connecticut","1a","NEWE"]
[6502,"NEW HAVEN","CT","Connecticut","1a","NEWE"]
[6525,"WOODBRIDGE","CT","Connecticut","1a","NEWE"]
[6474,"NORTH WESTCHESTER","CT","Connecticut","1a","NEWE"]
[6853,"NORWALK","CT","Connecticut","1a","NEWE"]
[6479,"PLANTSVILLE","CT","Connecticut","1a","NEWE"]
[6483,"SEYMOUR","CT","Connecticut","1a","NEWE"]
[6901,"STAMFORD","CT","Connecticut","1a","NEWE"]
[6269,"STORRS MANSFIELD","CT","Connecticut","1a","NEWE"]
[6777,"NEW PRESTON MARBLE DALE","CT","Connecticut","1a","NEWE"]
[6793,"WASHINGTON","CT","Connecticut","1a","NEWE"]
[6498,"WESTBROOK","CT","Connecticut","1a","NEWE"]
[1256,"SAVOY","MA","Massachusetts","1a","NEWE"]
[1343,"DRURY","MA","Massachusetts","1a","NEWE"]
[1116,"LONGMEADOW","MA","Massachusetts","1a","NEWE"]
[1036,"HAMPDEN","MA","Massachusetts","1a","NEWE"]
[1235,"HINSDALE","MA","Massachusetts","1a","NEWE"]
[2742,"NEW BEDFORD","MA","Massachusetts","1a","NEWE"]
[1364,"ORANGE","MA","Massachusetts","1a","NEWE"]
[1373,"SOUTH DEERFIELD","MA","Massachusetts","1a","NEWE"]
[1138,"SPRINGFIELD","MA","Massachusetts","1a","NEWE"]
[1085,"WESTFIELD","MA","Massachusetts","1a","NEWE"]
[1090,"WEST SPRINGFIELD","MA","Massachusetts","1a","NEWE"]
[2814,"CHEPACHET","RI","Rhode Island","1a","NEWE"]
[2852,"NORTH KINGSTOWN","RI","Rhode Island","1a","NEWE"]
[2921,"CRANSTON","RI","Rhode Island","1a","NEWE"]
[2894,"WOOD RIVER JUNCTION","RI","Rhode Island","1a","NEWE"]
[2914,"EAST PROVIDENCE","RI","Rhode Island","1a","NEWE"]
[7003,"BLOOMFIELD","NJ","New Jersey","1b","RFCE"]
[7011,"CLIFTON","NJ","New Jersey","1b","RFCE"]
[7019,"EAST ORANGE","NJ","New Jersey","1b","RFCE"]
[7022,"FAIRVIEW","NJ","New Jersey","1b","RFCE"]
[7603,"BOGOTA","NJ","New Jersey","1b","RFCE"]
[7608,"TETERBORO","NJ","New Jersey","1b","RFCE"]
[7845,"IRONIA","NJ","New Jersey","1b","RFCE"]
[7849,"LAKE HOPATCONG","NJ","New Jersey","1b","RFCE"]
[7945,"MENDHAM","NJ","New Jersey","1b","RFCE"]
[7101,"NEWARK","NJ","New Jersey","1b","RFCE"]
[7106,"NEWARK","NJ","New Jersey","1b","RFCE"]
[8904,"HIGHLAND PARK","NJ","New Jersey","1b","RFCE"]
[7653,"PARAMUS","NJ","New Jersey","1b","RFCE"]
[7524,"PATERSON","NJ","New Jersey","1b","RFCE"]
[7064,"PORT READING","NJ","New Jersey","1b","RFCE"]
[7074,"MOONACHIE","NJ","New Jersey","1b","RFCE"]
[8884,"SPOTSWOOD","NJ","New Jersey","1b","RFCE"]
[7875,"STILLWATER","NJ","New Jersey","1b","RFCE"]
[7474,"WAYNE","NJ","New Jersey","1b","RFCE"]
[10080,"NEW YORK","NY","New York","1b","NYCW"]
[10121,"NEW YORK","NY","New York","1b","NYCW"]
[10158,"NEW YORK","NY","New York","1b","NYCW"]
[10163,"NEW YORK","NY","New York","1b","NYCW"]
[10256,"NEW YORK","NY","New York","1b","NYCW"]
[10282,"NEW YORK","NY","New York","1b","NYCW"]
[12410,"BIG INDIAN","NY","New York","1b","NYUP"]
[10514,"CHAPPAQUA","NY","New York","1b","NYCW"]
[10520,"CROTON ON HUDSON","NY","New York","1b","NYCW"]
[12522,"DOVER PLAINS","NY","New York","1b","NYUP"]
[12433,"GLENFORD","NY","New York","1b","NYUP"]
[10930,"HIGHLAND MILLS","NY","New York","1b","NYUP"]
[12751,"KIAMESHA LAKE","NY","New York","1b","NYUP"]
[10543,"MAMARONECK","NY","New York","1b","NYCW"]
[10953,"MOUNTAINVILLE","NY","New York","1b","NYUP"]
[10549,"MOUNT KISCO","NY","New York","1b","NYCW"]
[12766,"NORTH BRANCH","NY","New York","1b","NYUP"]
[12567,"PINE PLAINS","NY","New York","1b","NYUP"]
[12504,"ANNANDALE ON HUDSON","NY","New York","1b","NYUP"]
[10589,"SOMERS","NY","New York","1b","NYUP"]
[10590,"SOUTH SALEM","NY","New York","1b","NYUP"]
[10985,"THOMPSON RIDGE","NY","New York","1b","NYUP"]
[12491,"WEST HURLEY","NY","New York","1b","NYUP"]
[12788,"WOODBOURNE","NY","New York","1b","NYUP"]
[11209,"BROOKLYN","NY","New York","1b","NYCW"]
[11235,"BROOKLYN","NY","New York","1b","NYCW"]
[11697,"BREEZY POINT","NY","New York","1b","NYCW"]
[11005,"FLORAL PARK","NY","New York","1b","NYCW"]
[11020,"GREAT NECK","NY","New York","1b","NYLI"]
[11416,"OZONE PARK","NY","New York","1b","NYCW"]
[11102,"ASTORIA","NY","New York","1b","NYCW"]
[10306,"STATEN ISLAND","NY","New York","1b","NYCW"]
[10311,"STATEN ISLAND","NY","New York","1b","NYCW"]
[11719,"BROOKHAVEN","NY","New York","1b","NYLI"]
[11731,"EAST NORTHPORT","NY","New York","1b","NYLI"]
[11551,"HEMPSTEAD","NY","New York","1b","NYLI"]
[11753,"JERICHO","NY","New York","1b","NYLI"]
[11955,"MORICHES","NY","New York","1b","NYLI"]
[11769,"OAKDALE","NY","New York","1b","NYLI"]
[11962,"SAGAPONACK","NY","New York","1b","NYLI"]
[11556,"UNIONDALE","NY","New York","1b","NYLI"]
[12201,"ALBANY","NY","New York","1b","NYUP"]
[12229,"ALBANY","NY","New York","1b","NYUP"]
[12234,"ALBANY","NY","New York","1b","NYUP"]
[12260,"ALBANY","NY","New York","1b","NYUP"]
[13303,"AVA","NY","New York","1b","NYUP"]
[13308,"BLOSSVALE","NY","New York","1b","NYUP"]
[13315,"BURLINGTON FLATS","NY","New York","1b","NYUP"]
[13034,"CAYUGA","NY","New York","1b","NYUP"]
[12923,"CHURUBUSCO","NY","New York","1b","NYUP"]
[13041,"CLAY","NY","New York","1b","NYUP"]
[13627,"DEER RIVER","NY","New York","1b","NYUP"]
[13051,"DELPHI FALLS","NY","New York","1b","NYUP"]
[12062,"EAST NASSAU","NY","New York","1b","NYUP"]
[13066,"FAYETTEVILLE","NY","New York","1b","NYUP"]
[13638,"FELTS MILLS","NY","New York","1b","NYUP"]
[12939,"GABRIELS","NY","New York","1b","NYUP"]
[13643,"GREAT BEND","NY","New York","1b","NYUP"]
[12838,"HARTFORD","NY","New York","1b","NYUP"]
[12941,"JAY","NY","New York","1b","NYUP"]
[13083,"LACONA","NY","New York","1b","NYUP"]
[12846,"LAKE LUZERNE","NY","New York","1b","NYUP"]
[12952,"LYON MOUNTAIN","NY","New York","1b","NYUP"]
[13662,"MASSENA","NY","New York","1b","NYUP"]
[13118,"MORAVIA","NY","New York","1b","NYUP"]
[12125,"NEW LEBANON","NY","New York","1b","NYUP"]
[13815,"NORWICH","NY","New York","1b","NYUP"]
[13472,"THENDARA","NY","New York","1b","NYUP"]
[12138,"PETERSBURG","NY","New York","1b","NYUP"]
[13141,"PREBLE","NY","New York","1b","NYUP"]
[13439,"RICHFIELD SPRINGS","NY","New York","1b","NYUP"]
[13145,"SANDY CREEK","NY","New York","1b","NYUP"]
[13456,"SAUQUOIT","NY","New York","1b","NYUP"]
[12871,"SCHUYLERVILLE","NY","New York","1b","NYUP"]
[13844,"SOUTH PLYMOUTH","NY","New York","1b","NYUP"]
[13206,"SYRACUSE","NY","New York","1b","NYUP"]
[13261,"SYRACUSE","NY","New York","1b","NYUP"]
[13502,"UTICA","NY","New York","1b","NYUP"]
[13164,"WARNERS","NY","New York","1b","NYUP"]
[13165,"WATERLOO","NY","New York","1b","NYUP"]
[12993,"WESTPORT","NY","New York","1b","NYUP"]
[19931,"BETHEL","DE","Delaware","1b","RFCE"]
[19954,"HOUSTON","DE","Delaware","1b","RFCE"]
[19717,"NEWARK","DE","Delaware","1b","RFCE"]
[19721,"NEW CASTLE","DE","Delaware","1b","RFCE"]
[19850,"WILMINGTON","DE","Delaware","1b","RFCE"]
[7711,"ALLENHURST","NJ","New Jersey","1b","RFCE"]
[8009,"BERLIN","NJ","New Jersey","1b","RFCE"]
[8110,"PENNSAUKEN","NJ","New Jersey","1b","RFCE"]
[8514,"CREAM RIDGE","NJ","New Jersey","1b","RFCE"]
[8314,"DELMONT","NJ","New Jersey","1b","RFCE"]
[8027,"GIBBSTOWN","NJ","New Jersey","1b","RFCE"]
[7734,"KEANSBURG","NJ","New Jersey","1b","RFCE"]
[8051,"MANTUA","NJ","New Jersey","1b","RFCE"]
[8054,"MOUNT LAUREL","NJ","New Jersey","1b","RFCE"]
[7753,"NEPTUNE","NJ","New Jersey","1b","RFCE"]
[8068,"PEMBERTON","NJ","New Jersey","1b","RFCE"]
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[38259,"TRIMBLE","TN","Tennessee",2,"SRTV"]
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[47719,"EVANSVILLE","IN","Indiana",2,"RFCW"]
[47131,"JEFFERSONVILLE","IN","Indiana",2,"RFCW"]
[47190,"JEFFERSONVILLE","IN","Indiana",2,"RFCW"]
[47162,"NEW WASHINGTON","IN","Indiana",2,"RFCW"]
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[41603,"BANNER","KY","Kentucky",2,"RFCW"]
[40403,"BEREA","KY","Kentucky",2,"SRTV"]
[40404,"BEREA","KY","Kentucky",2,"SRTV"]
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[40823,"CUMBERLAND","KY","Kentucky",2,"SRTV"]
[40423,"DANVILLE","KY","Kentucky",2,"SRTV"]
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[40828,"EVARTS","KY","Kentucky",2,"SRTV"]
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[42140,"GAMALIEL","KY","Kentucky",2,"SRTV"]
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[41828,"KITE","KY","Kentucky",2,"RFCW"]
[42351,"LEWISPORT","KY","Kentucky",2,"SRTV"]
[40550,"LEXINGTON","KY","Kentucky",2,"SRTV"]
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[42159,"OAKLAND","KY","Kentucky",2,"SRTV"]
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[41256,"STAFFORDSVILLE","KY","Kentucky",2,"RFCW"]
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[41773,"VICCO","KY","Kentucky",2,"RFCW"]
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[42463,"WHEATCROFT","KY","Kentucky",2,"SRTV"]
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[45831,"CONTINENTAL","OH","Ohio",2,"RFCW"]
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[43932,"IRONDALE","OH","Ohio",2,"RFCW"]
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[44904,"MANSFIELD","OH","Ohio",2,"RFCW"]
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[47032,"MOORES HILL","IN","Indiana",2,"RFCW"]
[41012,"COVINGTON","KY","Kentucky",2,"RFCW"]
[41018,"ERLANGER","KY","Kentucky",2,"RFCW"]
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[43321,"FULTON","OH","Ohio",2,"RFCW"]
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[61252,"FULTON","IL","Illinois",2,"RFCW"]
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[77456,"MARKHAM","TX","Texas",3,"ERCT"]
[77872,"NORTH ZULCH","TX","Texas",3,"ERCT"]
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[78717,"AUSTIN","TX","Texas",3,"ERCT"]
[78738,"AUSTIN","TX","Texas",3,"ERCT"]
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[76628,"BRANDON","TX","Texas",3,"ERCT"]
[78932,"CARMINE","TX","Texas",3,"ERCT"]
[78851,"DRYDEN","TX","Texas",3,"ERCT"]
[78416,"CORPUS CHRISTI","TX","Texas",3,"ERCT"]
[78427,"CORPUS CHRISTI","TX","Texas",3,"ERCT"]
[79847,"SALT FLAT","TX","Texas",3,"ERCT"]
[78540,"EDINBURG","TX","Texas",3,"ERCT"]
[79917,"EL PASO","TX","Texas",3,"AZNM"]
[79946,"EL PASO","TX","Texas",3,"AZNM"]
[79998,"EL PASO","TX","Texas",3,"AZNM"]
[88513,"EL PASO","TX","Texas",3,"AZNM"]
[88535,"EL PASO","TX","Texas",3,"AZNM"]
[88563,"EL PASO","TX","Texas",3,"AZNM"]
[88589,"EL PASO","TX","Texas",3,"AZNM"]
[79839,"FORT HANCOCK","TX","Texas",3,"AZNM"]
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[78658,"OTTINE","TX","Texas",3,"ERCT"]
[76645,"HILLSBORO","TX","Texas",3,"ERCT"]
[78119,"KENEDY","TX","Texas",3,"ERCT"]
[78640,"KYLE","TX","Texas",3,"ERCT"]
[78646,"LEANDER","TX","Texas",3,"ERCT"]
[76654,"LEROY","TX","Texas",3,"ERCT"]
[78503,"MCALLEN","TX","Texas",3,"ERCT"]
[78055,"MEDINA","TX","Texas",3,"ERCT"]
[78369,"MIRANDO CITY","TX","Texas",3,"ERCT"]
[77976,"NURSERY","TX","Texas",3,"ERCT"]
[79762,"ODESSA","TX","Texas",3,"ERCT"]
[78576,"PENITAS","TX","Texas",3,"ERCT"]
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[78204,"SAN ANTONIO","TX","Texas",3,"ERCT"]
[78229,"SAN ANTONIO","TX","Texas",3,"ERCT"]
[78250,"SAN ANTONIO","TX","Texas",3,"ERCT"]
[78261,"SAN ANTONIO","TX","Texas",3,"ERCT"]
[78294,"SAN ANTONIO","TX","Texas",3,"ERCT"]
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[78672,"TOW","TX","Texas",3,"ERCT"]
[79785,"TOYAH","TX","Texas",3,"ERCT"]
[76705,"WACO","TX","Texas",3,"ERCT"]
[78596,"WESLACO","TX","Texas",3,"ERCT"]
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[46106,"BARGERSVILLE","IN","Indiana",2,"RFCW"]
[47406,"BLOOMINGTON","IN","Indiana",2,"RFCW"]
[46110,"BOGGSTOWN","IN","Indiana",2,"RFCW"]
[47925,"BUFFALO","IN","Indiana",2,"RFCW"]
[47521,"CELESTINE","IN","Indiana",2,"RFCW"]
[47227,"COMMISKEY","IN","Indiana",2,"RFCW"]
[46920,"CUTLER","IN","Indiana",2,"RFCW"]
[47942,"EARL PARK","IN","Indiana",2,"RFCW"]
[47528,"EDWARDSPORT","IN","Indiana",2,"RFCW"]
[46037,"FISHERS","IN","Indiana",2,"RFCW"]
[46850,"FORT WAYNE","IN","Indiana",2,"RFCW"]
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[46738,"GARRETT","IN","Indiana",2,"RFCW"]
[46405,"LAKE STATION","IN","Indiana",2,"RFCW"]
[46140,"GREENFIELD","IN","Indiana",2,"RFCW"]
[47434,"HARRODSBURG","IN","Indiana",2,"RFCW"]
[47437,"HURON","IN","Indiana",2,"RFCW"]
[46227,"INDIANAPOLIS","IN","Indiana",2,"RFCW"]
[46266,"INDIANAPOLIS","IN","Indiana",2,"RFCW"]
[47549,"JASPER","IN","Indiana",2,"RFCW"]
[47351,"KENNARD","IN","Indiana",2,"RFCW"]
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[46538,"LEESBURG","IN","Indiana",2,"RFCW"]
[46146,"HOMER","IN","Indiana",2,"RFCW"]
[46540,"MIDDLEBURY","IN","Indiana",2,"RFCW"]
[46543,"MILLERSBURG","IN","Indiana",2,"RFCW"]
[46161,"MORRISTOWN","IN","Indiana",2,"RFCW"]
[46553,"NEW PARIS","IN","Indiana",2,"RFCW"]
[46063,"ORESTES","IN","Indiana",2,"RFCW"]
[46562,"PIERCETON","IN","Indiana",2,"RFCW"]
[47977,"REMINGTON","IN","Indiana",2,"RFCW"]
[47380,"RIDGEVILLE","IN","Indiana",2,"RFCW"]
[47875,"SAINT BERNICE","IN","Indiana",2,"RFCW"]
[46565,"SHIPSHEWANA","IN","Indiana",2,"RFCW"]
[47460,"SPENCER","IN","Indiana",2,"RFCW"]
[47465,"SWITZ CITY","IN","Indiana",2,"RFCW"]
[47802,"TERRE HAUTE","IN","Indiana",2,"RFCW"]
[46791,"UNIONDALE","IN","Indiana",2,"RFCW"]
[47501,"WASHINGTON","IN","Indiana",2,"RFCW"]
[47393,"WILLIAMSBURG","IN","Indiana",2,"RFCW"]
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[48112,"BELLEVILLE","MI","Michigan",2,"RFCM"]
[48301,"BLOOMFIELD HILLS","MI","Michigan",2,"RFCM"]
[48347,"CLARKSTON","MI","Michigan",2,"RFCM"]
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[48619,"COMINS","MI","Michigan",2,"RFCM"]
[49043,"COVERT","MI","Michigan",2,"RFCM"]
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[48842,"HOLT","MI","Michigan",2,"RFCM"]
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[48951,"LANSING","MI","Michigan",2,"RFCM"]
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[60005,"ARLINGTON HEIGHTS","IL","Illinois",2,"RFCW"]
[61020,"DAVIS JUNCTION","IL","Illinois",2,"RFCW"]
[60015,"DEERFIELD","IL","Illinois",2,"RFCW"]
[60022,"GLENCOE","IL","Illinois",2,"RFCW"]
[61048,"LENA","IL","Illinois",2,"RFCW"]
[60088,"GREAT LAKES","IL","Illinois",2,"RFCW"]
[61104,"ROCKFORD","IL","Illinois",2,"RFCW"]
[61075,"SCALES MOUND","IL","Illinois",2,"MROW"]
[60077,"SKOKIE","IL","Illinois",2,"RFCW"]
[53910,"ADAMS","WI","Wisconsin",2,"MROE"]
[54511,"ARGONNE","WI","Wisconsin",2,"MROE"]
[53512,"BELOIT","WI","Wisconsin",2,"MROE"]
[54417,"BROKAW","WI","Wisconsin",2,"MROE"]
[53806,"CASSVILLE","WI","Wisconsin",2,"MROW"]
[53013,"CEDAR GROVE","WI","Wisconsin",2,"RFCW"]
[53807,"CUBA CITY","WI","Wisconsin",2,"MROE"]
[54521,"EAGLE RIVER","WI","Wisconsin",2,"MROE"]
[54212,"FISH CREEK","WI","Wisconsin",2,"MROE"]
[54124,"GILLETT","WI","Wisconsin",2,"RFCW"]
[53023,"GLENBEULAH","WI","Wisconsin",2,"RFCW"]
[54126,"GREENLEAF","WI","Wisconsin",2,"MROE"]
[53032,"HORICON","WI","Wisconsin",2,"MROE"]
[54537,"KENNAN","WI","Wisconsin",2,"MROW"]
[53551,"LAKE MILLS","WI","Wisconsin",2,"RFCW"]
[54446,"LOYAL","WI","Wisconsin",2,"MROW"]
[53558,"MC FARLAND","WI","Wisconsin",2,"MROE"]
[53744,"MADISON","WI","Wisconsin",2,"MROE"]
[54143,"MARINETTE","WI","Wisconsin",2,"MROE"]
[53561,"MERRIMAC","WI","Wisconsin",2,"MROE"]
[53222,"MILWAUKEE","WI","Wisconsin",2,"RFCW"]
[53227,"MILWAUKEE","WI","Wisconsin",2,"RFCW"]
[53569,"MONTFORT","WI","Wisconsin",2,"MROE"]
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[31120,"ATLANTA","GA","Georgia","1c","SRSO"]
[31191,"ATLANTA","GA","Georgia","1c","SRSO"]
[31197,"ATLANTA","GA","Georgia","1c","SRSO"]
[31198,"ATLANTA","GA","Georgia","1c","SRSO"]
[31199,"ATLANTA","GA","Georgia","1c","SRSO"]
[32267,"JACKSONVILLE","FL","Florida","1c","FRCC"]
[32290,"JACKSONVILLE","FL","Florida","1c","FRCC"]
[32454,"POINT WASHINGTON","FL","Florida","1c","FRCC"]
[32782,"TITUSVILLE","FL","Florida","1c","FRCC"]
[32890,"ORLANDO","FL","Florida","1c","FRCC"]
[32893,"ORLANDO","FL","Florida","1c","FRCC"]
[32898,"ORLANDO","FL","Florida","1c","FRCC"]
[33107,"MIAMI","FL","Florida","1c","FRCC"]
[33110,"MIAMI","FL","Florida","1c","FRCC"]
[33121,"MIAMI","FL","Florida","1c","FRCC"]
[33148,"MIAMI","FL","Florida","1c","FRCC"]
[33195,"MIAMI","FL","Florida","1c","FRCC"]
[33439,"CANAL POINT","FL","Florida","1c","FRCC"]
[33447,"DELRAY BEACH","FL","Florida","1c","FRCC"]
[33651,"TAMPA","FL","Florida","1c","FRCC"]
[33690,"TAMPA","FL","Florida","1c","FRCC"]
[33900,"FORT MYERS","FL","Florida","1c","FRCC"]
[34043,"APO","AA","U.S. Armed Forces – Americas"]
[34076,"APO","AA","U.S. Armed Forces – Americas"]
[34079,"FPO","AA","U.S. Armed Forces – Americas"]
[35225,"BIRMINGHAM","AL","Alabama",3]
[35230,"BIRMINGHAM","AL","Alabama",3]
[35240,"BIRMINGHAM","AL","Alabama",3]
[35245,"BIRMINGHAM","AL","Alabama",3]
[35263,"BIRMINGHAM","AL","Alabama",3]
[35277,"BIRMINGHAM","AL","Alabama",3]
[35278,"BIRMINGHAM","AL","Alabama",3]
[35279,"BIRMINGHAM","AL","Alabama",3]
[35280,"BIRMINGHAM","AL","Alabama",3]
[35281,"BIRMINGHAM","AL","Alabama",3]
[35286,"BIRMINGHAM","AL","Alabama",3]
[35289,"BIRMINGHAM","AL","Alabama",3]
[35299,"BIRMINGHAM","AL","Alabama",3]
[36210,"ANNISTON","AL","Alabama",3,"SRTV"]
[37990,"KNOXVILLE","TN","Tennessee",2]
[38110,"MEMPHIS","TN","Tennessee",2]
[38142,"MEMPHIS","TN","Tennessee",2]
[38165,"MEMPHIS","TN","Tennessee",2]
[38227,"ELBRIDGE","TN","Tennessee",2]
[39235,"JACKSON","MS","Mississippi",3]
[40386,"VERSAILLES","KY","Kentucky",2]
[40495,"WINSTON","KY","Kentucky",2]
[40754,"NEVISDALE","KY","Kentucky",2]
[40931,"ERILINE","KY","Kentucky",2]
[40999,"WOOLLUM","KY","Kentucky",2]
[41313,"BETHANY","KY","Kentucky",2,"SRTV"]
[41433,"GAPVILLE","KY","Kentucky",2]
[42283,"SOUTH UNION","KY","Kentucky",2,"SRTV"]
[42287,"WELCHS CREEK","KY","Kentucky",2]
[42375,"STANLEY","KY","Kentucky",2,"SRTV"]
[42403,"BLACKFORD","KY","Kentucky",2]
[43098,"HEBRON","OH","Ohio",2,"RFCW"]
[43163,"WEST RUSHVILLE","OH","Ohio",2,"RFCW"]
[43196,"GROVEPORT","OH","Ohio",2,"RFCW"]
[43198,"GROVEPORT","OH","Ohio",2,"RFCW"]
[43265,"COLUMBUS","OH","Ohio",2,"RFCW"]
[43299,"COLUMBUS","OH","Ohio",2,"RFCW"]
[43307,"MARION","OH","Ohio",2,"RFCW"]
[43618,"OREGON","OH","Ohio",2,"RFCW"]
[43789,"SYCAMORE VALLEY","OH","Ohio",2,"RFCW"]
[44178,"CLEVELAND","OH","Ohio",2,"RFCW"]
[44185,"CLEVELAND","OH","Ohio",2,"RFCW"]
[44189,"CLEVELAND","OH","Ohio",2,"RFCW"]
[44322,"AKRON","OH","Ohio",2,"RFCW"]
[44393,"AKRON","OH","Ohio",2,"RFCW"]
[44399,"AKRON","OH","Ohio",2,"RFCW"]
[44631,"HARLEM SPRINGS","OH","Ohio",2,"RFCW"]
[44999,"MANSFIELD","OH","Ohio",2,"RFCW"]
[45228,"CINCINNATI","OH","Ohio",2,"RFCW"]
[45400,"DAYTON","OH","Ohio",2,"RFCW"]
[45408,"DAYTON","OH","Ohio",2,"RFCW"]
[45427,"DAYTON","OH","Ohio",2,"RFCW"]
[45463,"DAYTON","OH","Ohio",2,"RFCW"]
[46604,"SOUTH BEND","IN","Indiana",2,"RFCW"]
[46620,"SOUTH BEND","IN","Indiana",2,"RFCW"]
[47430,"FORT RITNER","IN","Indiana",2,"RFCW"]
[47490,"BLOOMINGTON","IN","Indiana",2,"RFCW"]
[47727,"EVANSVILLE","IN","Indiana",2,"RFCW"]
[47739,"EVANSVILLE","IN","Indiana",2,"RFCW"]
[47741,"EVANSVILLE","IN","Indiana",2,"RFCW"]
[47744,"EVANSVILLE","IN","Indiana",2,"RFCW"]
[47856,"JUDSON","IN","Indiana",2,"RFCW"]
[47864,"SULLIVAN","IN","Indiana",2,"RFCW"]
[48559,"FLINT","MI","Michigan",2]
[48736,"GILFORD","MI","Michigan",2,"RFCM"]
[48769,"VASSAR","MI","Michigan",2,"RFCM"]
[48802,"ALMA","MI","Michigan",2,"RFCM"]
[48863,"HOWELL","MI","Michigan",2,"RFCM"]
[49069,"MARSHALL","MI","Michigan",2,"RFCM"]
[49121,"NILES","MI","Michigan",2,"RFCW"]
[49550,"GRAND RAPIDS","MI","Michigan",2,"RFCM"]
[49790,"ECKERMAN","MI","Michigan",2]
[50347,"DES MOINES","IA","Iowa",2]
[50397,"DES MOINES","IA","Iowa",2]
[50706,"WATERLOO","IA","Iowa",2]
[51344,"GRUVER","IA","Iowa",2]
[52319,"OAKDALE","IA","Iowa",2,"MROW"]
[52350,"VIOLA","IA","Iowa",2,"MROW"]
[52538,"WEST GROVE","IA","Iowa",2]
[53199,"SILVER LAKE","WI","Wisconsin",2,"RFCW"]
[53244,"MILWAUKEE","WI","Wisconsin",2,"RFCW"]
[55161,"SAINT PAUL","MN","Minnesota",2]
[55169,"SAINT PAUL","MN","Minnesota",2]
[55177,"SAINT PAUL","MN","Minnesota",2]
[55191,"SAINT PAUL","MN","Minnesota",2]
[55468,"MINNEAPOLIS","MN","Minnesota",2]
[55561,"MONTICELLO","MN","Minnesota",2,"MROW"]
[55563,"MONTICELLO","MN","Minnesota",2,"MROW"]
[57056,"ROWENA","SD","South Dakota",2]
[57079,"YANKTON","SD","South Dakota",2]
[57188,"SIOUX FALLS","SD","South Dakota",2]
[57189,"SIOUX FALLS","SD","South Dakota",2]
[60679,"CHICAGO","IL","Illinois",2]
[62224,"MASCOUTAH","IL","Illinois",2]
[62713,"SPRINGFIELD","IL","Illinois",2]
[62746,"SPRINGFIELD","IL","Illinois",2]
[62805,"AKIN","IL","Illinois",2,"SRMW"]
[62857,"LOOGOOTEE","IL","Illinois",2,"SRMW"]
[63001,"ALLENTON","MO","Missouri",2,"SRMW"]
[63190,"SAINT LOUIS","MO","Missouri",2,"SRMW"]
[63196,"SAINT LOUIS","MO","Missouri",2]
[63198,"SAINT LOUIS","MO","Missouri",2,"SRMW"]
[64172,"KANSAS CITY","MO","Missouri",2]
[64183,"KANSAS CITY","MO","Missouri",2]
[64185,"KANSAS CITY","MO","Missouri",2]
[64192,"KANSAS CITY","MO","Missouri",2,"SPNO"]
[64193,"KANSAS CITY","MO","Missouri",2,"SPNO"]
[64194,"KANSAS CITY","MO","Missouri",2]
[64447,"MAYSVILLE","MO","Missouri",2]
[64789,"OSCEOLA","MO","Missouri",2]
[64944,"KANSAS CITY","MO","Missouri",2]
[66077,"POTTER","KS","Kansas",2]
[66279,"SHAWNEE MISSION","KS","Kansas",2]
[66637,"TOPEKA","KS","Kansas",2]
[66642,"TOPEKA","KS","Kansas",2]
[66652,"TOPEKA","KS","Kansas",2]
[66653,"TOPEKA","KS","Kansas",2]
[66692,"TOPEKA","KS","Kansas",2]
[68181,"OMAHA","NE","Nebraska",2]
[70140,"NEW ORLEANS","LA","Louisiana",3,"SRMV"]
[70149,"NEW ORLEANS","LA","Louisiana",3]
[70500,"LAFAYETTE","LA","Louisiana",3,"SRMV"]
[70595,"LAFAYETTE","LA","Louisiana",3,"SRMV"]
[70883,"BATON ROUGE","LA","Louisiana",3]
[71208,"MONROE","LA","Louisiana",3]
[71768,"EL DORADO","AR","Arkansas",3,"SRMV"]
[71844,"LANEBURG","AR","Arkansas",3]
[71951,"HOT SPRINGS NATIONAL PARK","AR","Arkansas",3]
[72189,"MC CRORY","AR","Arkansas",3]
[72198,"NORTH LITTLE ROCK","AR","Arkansas",3]
[72439,"LIGHT","AR","Arkansas",3,"SRMV"]
[73094,"WASHITA","OK","Oklahoma",2]
[73193,"OKLAHOMA CITY","OK","Oklahoma",2]
[73197,"OKLAHOMA CITY","OK","Oklahoma",2]
[73198,"OKLAHOMA CITY","OK","Oklahoma",2,"SPSO"]
[73199,"OKLAHOMA CITY","OK","Oklahoma",2]
[73451,"ARDMORE","OK","Oklahoma",2]
[73454,"ARDMORE","OK","Oklahoma",2]
[74183,"TULSA","OK","Oklahoma",2]
[74184,"TULSA","OK","Oklahoma",2]
[74189,"TULSA","OK","Oklahoma",2]
[74194,"TULSA","OK","Oklahoma",2]
[74542,"ATOKA","OK","Oklahoma",2]
[75037,"IRVING","TX","Texas",3,"ERCT"]
[75245,"DALLAS","TX","Texas",3,"ERCT"]
[75258,"DALLAS","TX","Texas",3]
[75286,"DALLAS","TX","Texas",3]
[75310,"DALLAS","TX","Texas",3,"ERCT"]
[75323,"DALLAS","TX","Texas",3]
[75334,"DALLAS","TX","Texas",3,"ERCT"]
[75340,"DALLAS","TX","Texas",3,"ERCT"]
[75343,"DALLAS","TX","Texas",3,"ERCT"]
[75344,"DALLAS","TX","Texas",3,"ERCT"]
[75353,"DALLAS","TX","Texas",3]
[75363,"DALLAS","TX","Texas",3]
[75364,"DALLAS","TX","Texas",3]
[75386,"DALLAS","TX","Texas",3]
[75387,"DALLAS","TX","Texas",3]
[77869,"NAVASOTA","TX","Texas",3]
[78262,"SAN ANTONIO","TX","Texas",3]
[78275,"SAN ANTONIO","TX","Texas",3]
[78286,"SAN ANTONIO","TX","Texas",3]
[78461,"CORPUS CHRISTI","TX","Texas",3]
[78470,"CORPUS CHRISTI","TX","Texas",3]
[78471,"CORPUS CHRISTI","TX","Texas",3,"ERCT"]
[78473,"CORPUS CHRISTI","TX","Texas",3]
[78474,"CORPUS CHRISTI","TX","Texas",3,"ERCT"]
[78475,"CORPUS CHRISTI","TX","Texas",3]
[78476,"CORPUS CHRISTI","TX","Texas",3]
[78477,"CORPUS CHRISTI","TX","Texas",3]
[78478,"CORPUS CHRISTI","TX","Texas",3]
[78786,"AUSTIN","TX","Texas",3]
[78788,"AUSTIN","TX","Texas",3]
[78798,"AUSTIN","TX","Texas",3]
[79187,"AMARILLO","TX","Texas",3]
[79320,"BULA","TX","Texas",3]
[79405,"LUBBOCK","TX","Texas",3]
[80028,"LOUISVILLE","CO","Colorado",4]
[80940,"COLORADO SPRINGS","CO","Colorado",4]
[81075,"STONINGTON","CO","Colorado",4]
[81127,"CHIMNEY ROCK","CO","Colorado",4]
[81134,"SAN LUIS","CO","Colorado",4]
[81153,"SAN PABLO","CO","Colorado",4]
[83721,"BOISE","ID","Idaho",4]
[83727,"BOISE","ID","Idaho",4]
[83730,"BOISE","ID","Idaho",4]
[83733,"BOISE","ID","Idaho",4]
[83757,"BOISE","ID","Idaho",4]
[84144,"SALT LAKE CITY","UT","Utah",4,"NWPP"]
[84717,"BRYCE CANYON","UT","Utah",4]
[85077,"PHOENIX","AZ","Arizona",5]
[85096,"PHOENIX","AZ","Arizona",5,"AZNM"]
[85099,"PHOENIX","AZ","Arizona",5]
[85217,"APACHE JUNCTION","AZ","Arizona",5,"AZNM"]
[85218,"APACHE JUNCTION","AZ","Arizona",5,"AZNM"]
[85219,"APACHE JUNCTION","AZ","Arizona",5,"AZNM"]
[85220,"APACHE JUNCTION","AZ","Arizona",5,"AZNM"]
[85221,"BAPCHULE","AZ","Arizona",5,"AZNM"]
[85222,"CASA GRANDE","AZ","Arizona",5,"AZNM"]
[85223,"ARIZONA CITY","AZ","Arizona",5,"AZNM"]
[85227,"CHANDLER HEIGHTS","AZ","Arizona",5,"AZNM"]
[85228,"COOLIDGE","AZ","Arizona",5,"AZNM"]
[85230,"CASA GRANDE","AZ","Arizona",5,"AZNM"]
[85231,"ELOY","AZ","Arizona",5,"AZNM"]
[85232,"FLORENCE","AZ","Arizona",5,"AZNM"]
[85235,"HAYDEN","AZ","Arizona",5,"AZNM"]
[85237,"KEARNY","AZ","Arizona",5,"AZNM"]
[85238,"MARICOPA","AZ","Arizona",5,"AZNM"]
[85239,"MARICOPA","AZ","Arizona",5,"AZNM"]
[85240,"QUEEN CREEK","AZ","Arizona",5,"AZNM"]
[85241,"PICACHO","AZ","Arizona",5,"AZNM"]
[85242,"QUEEN CREEK","AZ","Arizona",5,"AZNM"]
[85243,"QUEEN CREEK","AZ","Arizona",5,"AZNM"]
[85245,"RED ROCK","AZ","Arizona",5,"AZNM"]
[85247,"SACATON","AZ","Arizona",5,"AZNM"]
[85272,"STANFIELD","AZ","Arizona",5,"AZNM"]
[85273,"SUPERIOR","AZ","Arizona",5,"AZNM"]
[85278,"APACHE JUNCTION","AZ","Arizona",5,"AZNM"]
[85279,"FLORENCE","AZ","Arizona",5]
[16554,"ERIE","PA","Pennsylvania","1b"]
[16918,"COWANESQUE","PA","Pennsylvania","1b"]
[17008,"BOWMANSDALE","PA","Pennsylvania","1b"]
[17091,"LEBANON","PA","Pennsylvania","1b"]
[17270,"WILLIAMSON","PA","Pennsylvania","1b","RFCW"]
[17326,"GETTYSBURG","PA","Pennsylvania","1b"]
[17738,"NORTH BEND","PA","Pennsylvania","1b","RFCE"]
[17773,"TYLERSVILLE","PA","Pennsylvania","1b","RFCE"]
[18175,"ALLENTOWN","PA","Pennsylvania","1b"]
[18514,"SCRANTON","PA","Pennsylvania","1b"]
[18522,"SCRANTON","PA","Pennsylvania","1b"]
[19483,"VALLEY FORGE","PA","Pennsylvania","1b"]
[19487,"KING OF PRUSSIA","PA","Pennsylvania","1b"]
[21265,"BALTIMORE","MD","Maryland","1b","RFCE"]
[21268,"BALTIMORE","MD","Maryland","1b"]
[21274,"BALTIMORE","MD","Maryland","1b","RFCE"]
[21283,"BALTIMORE","MD","Maryland","1b","RFCE"]
[21606,"EASTON","MD","Maryland","1b"]
[21681,"RIDGELY","MD","Maryland","1b"]
[21682,"RIDGELY","MD","Maryland","1b"]
[21683,"RIDGELY","MD","Maryland","1b"]
[21684,"RIDGELY","MD","Maryland","1b"]
[21685,"RIDGELY","MD","Maryland","1b"]
[21686,"RIDGELY","MD","Maryland","1b"]
[21687,"RIDGELY","MD","Maryland","1b"]
[21688,"RIDGELY","MD","Maryland","1b"]
[22047,"FALLS CHURCH","VA","Virginia","1c"]
[22092,"HERNDON","VA","Virginia","1c"]
[22093,"ASHBURN","VA","Virginia","1c"]
[22120,"MERRIFIELD","VA","Virginia","1c"]
[22184,"VIENNA","VA","Virginia","1c"]
[22218,"ARLINGTON","VA","Virginia","1c"]
[22223,"ARLINGTON","VA","Virginia","1c"]
[22229,"ARLINGTON","VA","Virginia","1c"]
[22234,"ARLINGTON","VA","Virginia","1c"]
[22321,"ALEXANDRIA","VA","Virginia","1c"]
[22336,"ALEXANDRIA","VA","Virginia","1c"]
[22721,"GRAVES MILL","VA","Virginia","1c","SRVC"]
[23101,"MACON","VA","Virginia","1c","SRVC"]
[23240,"RICHMOND","VA","Virginia","1c"]
[23825,"BLACKSTONE","VA","Virginia","1c"]
[24044,"ROANOKE","VA","Virginia","1c"]
[24045,"ROANOKE","VA","Virginia","1c"]
[24048,"ROANOKE","VA","Virginia","1c"]
[24512,"LYNCHBURG","VA","Virginia","1c"]
[24544,"DANVILLE","VA","Virginia","1c"]
[24842,"HEMPHILL","WV","West Virginia","1c"]
[24961,"WHITE SULPHUR SPRINGS","WV","West Virginia","1c"]
[25429,"MARTINSBURG","WV","West Virginia","1c"]
[25926,"BECKLEY","WV","West Virginia","1c"]
[25965,"ELTON","WV","West Virginia","1c"]
[36501,"JACKSON","AL","Alabama",3]
[36621,"MOBILE","AL","Alabama",3]
[36622,"MOBILE","AL","Alabama",3]
[36690,"MOBILE","AL","Alabama",3]
[37237,"NASHVILLE","TN","Tennessee",2]
[37245,"NASHVILLE","TN","Tennessee",2]
[37247,"NASHVILLE","TN","Tennessee",2]
[37248,"NASHVILLE","TN","Tennessee",2]
[37249,"NASHVILLE","TN","Tennessee",2,"SRTV"]
[57192,"SIOUX FALLS","SD","South Dakota",2]
[57194,"SIOUX FALLS","SD","South Dakota",2]
[57195,"SIOUX FALLS","SD","South Dakota",2]
[57196,"SIOUX FALLS","SD","South Dakota",2]
[58319,"BREMEN","ND","North Dakota",2]
[59773,"BOZEMAN","MT","Montana",4]
[60049,"LAKE ZURICH","IL","Illinois",2,"RFCW"]
[60092,"LIBERTYVILLE","IL","Illinois",2,"RFCW"]
[60125,"CAROL STREAM","IL","Illinois",2,"RFCW"]
[60570,"HINSDALE","IL","Illinois",2,"RFCW"]
[60597,"FOX VALLEY","IL","Illinois",2,"RFCW"]
[60663,"CHICAGO","IL","Illinois",2,"RFCW"]
[75388,"DALLAS","TX","Texas",3,"ERCT"]
[75396,"DALLAS","TX","Texas",3,"ERCT"]
[76299,"ROANOKE","TX","Texas",3,"ERCT"]
[76545,"KILLEEN","TX","Texas",3,"ERCT"]
[76546,"KILLEEN","TX","Texas",3,"ERCT"]
[76795,"WACO","TX","Texas",3,"ERCT"]
[77097,"HOUSTON","TX","Texas",3,"ERCT"]
[77246,"HOUSTON","TX","Texas",3,"ERCT"]
[77247,"HOUSTON","TX","Texas",3,"ERCT"]
[77250,"HOUSTON","TX","Texas",3,"ERCT"]
[77260,"HOUSTON","TX","Texas",3,"ERCT"]
[77276,"HOUSTON","TX","Texas",3,"ERCT"]
[77278,"HOUSTON","TX","Texas",3,"ERCT"]
[77285,"HOUSTON","TX","Texas",3,"ERCT"]
[77286,"HOUSTON","TX","Texas",3,"ERCT"]
[77294,"HOUSTON","TX","Texas",3,"ERCT"]
[77296,"HOUSTON","TX","Texas",3,"ERCT"]
[77298,"HOUSTON","TX","Texas",3,"ERCT"]
[85289,"TEMPE","AZ","Arizona",5]
[85290,"APACHE JUNCTION","AZ","Arizona",5,"AZNM"]
[85291,"VALLEY FARMS","AZ","Arizona",5,"AZNM"]
[85292,"WINKELMAN","AZ","Arizona",5,"AZNM"]
[85293,"CASA GRANDE","AZ","Arizona",5,"AZNM"]
[85294,"CASA GRANDE","AZ","Arizona",5,"AZNM"]
[85313,"GLENDALE","AZ","Arizona",5]
[85777,"TUCSON","AZ","Arizona",5]
[86330,"PRESCOTT","AZ","Arizona",5]
[86555,"DOUGLAS","AZ","Arizona",5,"AZNM"]
[87165,"ALBUQUERQUE","NM","New Mexico",3]
[89824,"HALLECK","NV","Nevada",5]
[90102,"LOS ANGELES","CA","California",5,"CAMX"]
[90313,"INGLEWOOD","CA","California",5,"CAMX"]
[90397,"INGLEWOOD","CA","California",5,"CAMX"]
[90398,"INGLEWOOD","CA","California",5,"CAMX"]
[90612,"WHITTIER","CA","California",5,"CAMX"]
[90659,"NORWALK","CA","California",5,"CAMX"]
[90845,"LONG BEACH","CA","California",5,"CAMX"]
[90888,"LONG BEACH","CA","California",5,"CAMX"]
[91131,"PASADENA","CA","California",5,"CAMX"]
[91191,"PASADENA","CA","California",5,"CAMX"]
[91363,"THOUSAND OAKS","CA","California",5,"CAMX"]
[91388,"VAN NUYS","CA","California",5,"CAMX"]
[91399,"WOODLAND HILLS","CA","California",5,"CAMX"]
[91497,"VAN NUYS","CA","California",5,"CAMX"]
[91797,"POMONA","CA","California",5,"CAMX"]
[91798,"ONTARIO","CA","California",5,"CAMX"]
[91799,"POMONA","CA","California",5,"CAMX"]
[91841,"ALHAMBRA","CA","California",5,"CAMX"]
[91990,"POTRERO","CA","California",5,"CAMX"]
[92090,"EL CAJON","CA","California",5,"CAMX"]
[92133,"SAN DIEGO","CA","California",5,"CAMX"]
[92194,"SAN DIEGO","CA","California",5,"CAMX"]
[92292,"PALM SPRINGS","CA","California",5,"CAMX"]
[92709,"IRVINE","CA","California",5,"CAMX"]
[92710,"IRVINE","CA","California",5,"CAMX"]
[93093,"SIMI VALLEY","CA","California",5,"CAMX"]
[93381,"BAKERSFIELD","CA","California",5,"CAMX"]
[93382,"BAKERSFIELD","CA","California",5,"CAMX"]
[93780,"FRESNO","CA","California",5,"CAMX"]
[93784,"FRESNO","CA","California",5,"CAMX"]
[94013,"DALY CITY","CA","California",5,"CAMX"]
[94101,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94106,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94135,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94136,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94138,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94150,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94152,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94155,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94175,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94199,"SAN FRANCISCO","CA","California",5,"CAMX"]
[94625,"OAKLAND","CA","California",5,"CAMX"]
[95250,"SAN ANDREAS","CA","California",5,"CAMX"]
[95314,"PINECREST","CA","California",5,"CAMX"]
[96212,"APO","AP","U.S. Armed Forces – Pacific"]
[96215,"APO","AP","U.S. Armed Forces – Pacific"]
[96217,"APO","AP","U.S. Armed Forces – Pacific"]
[96219,"APO","AP","U.S. Armed Forces – Pacific"]
[96221,"APO","AP","U.S. Armed Forces – Pacific"]
[96297,"APO","AP","U.S. Armed Forces – Pacific"]
[96311,"APO","AP","U.S. Armed Forces – Pacific"]
[96313,"FPO","AP","U.S. Armed Forces – Pacific"]
[96536,"FPO","AP","U.S. Armed Forces – Pacific"]
[96634,"FPO","AP","U.S. Armed Forces – Pacific"]
[96827,"HONOLULU","HI","Hawaii",5,"HIOA"]
[96835,"HONOLULU","HI","Hawaii",5]
[97078,"BEAVERTON","OR","Oregon",5,"NWPP"]
[97251,"PORTLAND","OR","Oregon",5,"NWPP"]
[97253,"PORTLAND","OR","Oregon",5,"NWPP"]
[97254,"PORTLAND","OR","Oregon",5,"NWPP"]
[97255,"PORTLAND","OR","Oregon",5,"NWPP"]
[97259,"PORTLAND","OR","Oregon",5,"NWPP"]
[97271,"PORTLAND","OR","Oregon",5,"NWPP"]
[97272,"PORTLAND","OR","Oregon",5,"NWPP"]
[97299,"PORTLAND","OR","Oregon",5,"NWPP"]
[97313,"SALEM","OR","Oregon",5,"NWPP"]
[97372,"ROSE LODGE","OR","Oregon",5,"NWPP"]
[97425,"CRESCENT LAKE","OR","Oregon",5,"NWPP"]
[97427,"CULP CREEK","OR","Oregon",5,"NWPP"]
[97428,"CURTIN","OR","Oregon",5,"NWPP"]
[97472,"COTTAGE GROVE","OR","Oregon",5,"NWPP"]
[97482,"THURSTON","OR","Oregon",5,"NWPP"]
[98054,"REDONDO","WA","Washington",5,"NWPP"]
[98151,"SEATTLE","WA","Washington",5,"NWPP"]
[98171,"SEATTLE","WA","Washington",5,"NWPP"]
[98184,"SEATTLE","WA","Washington",5,"NWPP"]
[98442,"TACOMA","WA","Washington",5,"NWPP"]
[98450,"TACOMA","WA","Washington",5,"NWPP"]
[98455,"TACOMA","WA","Washington",5,"NWPP"]
[98460,"TACOMA","WA","Washington",5,"NWPP"]
[98477,"TACOMA","WA","Washington",5,"NWPP"]
[98492,"TACOMA","WA","Washington",5,"NWPP"]
[98667,"VANCOUVER","WA","Washington",5,"NWPP"]
[98929,"NACHES","WA","Washington",5,"NWPP"]
[99165,"PULLMAN","WA","Washington",5,"NWPP"]
[99779,"TOK","AK","Alaska",5]
[9300,"APO","AE","U.S. Armed Forces – Europe"]
[9303,"APO","AE","U.S. Armed Forces – Europe"]
[9379,"FPO","AE","U.S. Armed Forces – Europe"]
[96400,"APO","AP","U.S. Armed Forces – Pacific"]
[96547,"APO","AP","U.S. Armed Forces – Pacific"]
[34009,"APO","AA","U.S. Armed Forces – Americas"]
[34010,"APO","AA","U.S. Armed Forces – Americas"]
[34001,"APO","AA","U.S. Armed Forces – Americas"]
[34071,"APO","AA","U.S. Armed Forces – Americas"]
[97475,"SPRINGFIELD","OR","Oregon",5,"NWPP"]

{"sheet":"Sensitivity Tables","index":21,"n_rows":67,"n_cols":8,"rows_kept":67,"cut":false,"hidden":true,"merged":[[5,0,5,7],[21,0,21,7],[37,0,37,7],[53,0,53,7],[54,1,54,3],[54,5,54,7],[6,4,6,6],[22,1,22,3],[22,5,22,7],[38,1,38,3],[38,5,38,7],[6,1,6,3]]}
["Sensitivity Data Tables - EV Fleet Procurement Analysis Tool"]
[]
[]
[]
["Sensitivity Analysis #01"]
[{"$f":"VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A5, 2)), Sensitivity_Summary, 2,FALSE)","v":"Gasoline Price ($/Gallon)"}]
[null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},null,null,{"$f":"Comp_V1_Type_Ex&\" (Comparison)\"","v":"2024 Toyota Corolla ICE (Comparison)"}]
["Scenario",{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" & Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"},{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" &  Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" &  Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"}]
[{"$f":"INDIRECT(VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A5,2)),Sensitivity_Summary,7,FALSE))","v":3.52},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$C$31)","v":0.407858189495028},{"$f":"Results!$M$17","v":0.40785818949502795},{"$f":"'Environmental Model'!$C$18","v":0.23822758935534083},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$D$31)","v":0.52748731098125101},{"$f":"Results!$N$17","v":0.52748731098125134},{"$f":"'Environmental Model'!$D$18","v":0.6754519275125096}]
[{"$f":"sensitivity_01_value_min","v":1},0.407858189495028,0.40785818949502795,0.23822758935534083,0.45114518051896702,0.45114518051896696,0.6754519275125096]
[{"$f":"A12-($A$19-$A$10)/9","v":1.3333333333333328},0.407858189495028,0.40785818949502795,0.23822758935534083,0.46124334592403099,0.46124334592403105,0.6754519275125096]
[{"$f":"A13-($A$19-$A$10)/9","v":1.6666666666666661},0.407858189495028,0.40785818949502795,0.23822758935534083,0.47134151132909502,0.47134151132909513,0.6754519275125096]
[1.9999999999999993,0.407858189495028,0.40785818949502795,0.23822758935534083,0.48143967673415899,0.48143967673415922,0.6754519275125096]
[2.3333333333333326,0.407858189495028,0.40785818949502795,0.23822758935534083,0.49153784213922302,0.49153784213922314,0.6754519275125096]
[2.6666666666666661,0.407858189495028,0.40785818949502795,0.23822758935534083,0.50163600754428705,0.50163600754428739,0.6754519275125096]
[2.9999999999999996,0.407858189495028,0.40785818949502795,0.23822758935534083,0.51173417294935097,0.51173417294935142,0.6754519275125096]
[3.333333333333333,0.407858189495028,0.40785818949502795,0.23822758935534083,0.521832338354415,0.52183233835441534,0.6754519275125096]
[3.6666666666666665,0.407858189495028,0.40785818949502795,0.23822758935534083,0.53193050375948003,0.53193050375947948,0.6754519275125096]
[{"$f":"sensitivity_01_value_max","v":4},0.407858189495028,0.40785818949502795,0.23822758935534083,0.54202866916454395,0.54202866916454351,0.6754519275125096]
[]
["Sensitivity Analysis #02"]
[{"$f":"VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A21, 2)), Sensitivity_Summary, 2,FALSE)","v":"Number of  Vehicles to Procure (#)"}]
[null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},null,null,null,{"$f":"Comp_V1_Type_Ex&\" (Comparison)\"","v":"2024 Toyota Corolla ICE (Comparison)"}]
["Scenario",{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" & Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"},"Scenario",{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" &  Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" &  Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"}]
[{"$f":"INDIRECT(VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A21,2)),Sensitivity_Summary,7,FALSE))","v":1},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$C$31)","v":0.407858189495028},{"$f":"Results!$M$17","v":0.40785818949502795},{"$f":"'Environmental Model'!$C$18","v":0.23822758935534083},{"$f":"INDIRECT(VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A21,2)),Sensitivity_Summary,10,FALSE))","v":1},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$D$31)","v":0.52748731098125101},{"$f":"Results!$N$17","v":0.52748731098125134},{"$f":"'Environmental Model'!$D$18","v":0.6754519275125096}]
[{"$f":"sensitivity_02_value_min","v":1},0.407858189495028,0.40785818949502795,0.23822758935534083,{"$f":"sensitivity_02_value_min","v":1},0.52748731098125101,0.52748731098125134,0.6754519275125096]
[{"$f":"A28-($A$35-$A$26)/9","v":2.5555555555555571},0.407858189495028,0.40785818949502789,0.23822758935534083,{"$f":"E28-($A$35-$A$26)/9","v":2.5555555555555571},0.52748731098125101,0.52748731098125134,0.6754519275125096]
[{"$f":"A29-($A$35-$A$26)/9","v":4.1111111111111125},0.407858189495028,0.40785818949502789,0.23822758935534083,{"$f":"E29-($A$35-$A$26)/9","v":4.1111111111111125},0.52748731098125101,0.52748731098125134,0.6754519275125096]
[5.6666666666666679,0.407858189495028,0.40785818949502789,0.23822758935534083,5.6666666666666679,0.52748731098125101,0.52748731098125134,0.6754519275125096]
[7.2222222222222232,0.407858189495028,0.40785818949502789,0.23822758935534083,7.2222222222222232,0.52748731098125101,0.52748731098125123,0.6754519275125096]
[8.7777777777777786,0.407858189495028,0.40785818949502789,0.23822758935534083,8.7777777777777786,0.52748731098125101,0.52748731098125134,0.6754519275125096]
[10.333333333333334,0.407858189495028,0.40785818949502795,0.23822758935534083,10.333333333333334,0.52748731098125101,0.52748731098125134,0.6754519275125096]
[11.888888888888889,0.407858189495028,0.40785818949502795,0.23822758935534083,11.888888888888889,0.52748731098125101,0.52748731098125134,0.6754519275125096]
[13.444444444444445,0.407858189495028,0.40785818949502795,0.23822758935534083,13.444444444444445,0.52748731098125101,0.52748731098125146,0.6754519275125096]
[{"$f":"sensitivity_02_value_max","v":15},0.407858189495028,0.40785818949502795,0.23822758935534083,{"$f":"sensitivity_02_value_max","v":15},0.52748731098125101,0.52748731098125134,0.6754519275125096]
[]
["Sensitivity Analysis #03"]
[{"$f":"VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A37, 2)), Sensitivity_Summary, 2,FALSE)","v":"Annual Vehicle Mileage (VMT/Year)"}]
[null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},null,null,null,{"$f":"Comp_V1_Type_Ex&\" (Comparison)\"","v":"2024 Toyota Corolla ICE (Comparison)"}]
["Scenario",{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" & Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"},"Scenario",{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" &  Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" &  Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"}]
[{"$f":"INDIRECT(VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A37,2)),Sensitivity_Summary,7,FALSE))","v":10917},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$C$31)","v":0.407858189495028},{"$f":"Results!$M$17","v":0.40785818949502795},{"$f":"'Environmental Model'!$C$18","v":0.23822758935534083},{"$f":"INDIRECT(VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A37,2)),Sensitivity_Summary,10,FALSE))","v":10917},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$D$31)","v":0.52748731098125101},{"$f":"Results!$N$17","v":0.52748731098125134},{"$f":"'Environmental Model'!$D$18","v":0.6754519275125096}]
[{"$f":"sensitivity_03_value_min","v":10000},0.43038516228085899,0.43038516228085888,0.2382275893553408,{"$f":"sensitivity_03_value_min","v":10000},0.55484509344202304,0.55484509344202271,0.6754519275125096]
[{"$f":"A44-($A$51-$A$42)/9","v":12222.222222222219},0.381623992081014,0.38162399208101422,0.2382275893553408,{"$f":"E44-($A$51-$A$42)/9","v":12222.222222222219},0.49562730596819699,0.49562730596819676,0.6754519275125096]
[{"$f":"A45-($A$51-$A$42)/9","v":14444.444444444442},0.34786625886573702,0.34786625886573691,0.23822758935534077,{"$f":"E45-($A$51-$A$42)/9","v":14444.444444444442},0.45463037617862501,0.45463037617862495,0.6754519275125096]
[16666.666666666664,0.3231105878412,0.32311058784120028,0.23822758935534083,16666.666666666664,0.42456596099960597,0.42456596099960564,0.6754519275125096]
[18888.888888888887,0.30417978058714301,0.3041797805871429,0.23822758935534083,18888.888888888887,0.401575525862708,0.40157552586270839,0.67545192751250971]
[21111.111111111109,0.28923440643920301,0.2892344064392029,0.23822758935534083,21111.111111111109,0.38342518233357897,0.3834251823335792,0.67545192751250971]
[23333.333333333332,0.27713577022420399,0.27713577022420383,0.23822758935534077,23333.333333333332,0.368732047095713,0.3687320470957125,0.6754519275125096]
[25555.555555555555,0.26714124465529099,0.26714124465529149,0.2382275893553408,25555.555555555555,0.35659423972530102,0.35659423972530102,0.6754519275125096]
[27777.777777777777,0.25874584317740501,0.25874584317740518,0.23822758935534077,27777.777777777777,0.34639848153415498,0.34639848153415531,0.67545192751250971]
[{"$f":"sensitivity_03_value_max","v":30000},0.25159420488142797,0.25159420488142797,0.2382275893553408,{"$f":"sensitivity_03_value_max","v":30000},0.33771320603799398,0.33771320603799415,0.6754519275125096]
[]
["Sensitivity Analysis #04"]
[{"$f":"VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A53, 2)), Sensitivity_Summary, 2,FALSE)","v":"Expected Years of Use/Ownership (Years)"}]
[null,{"$f":"Base_V1_Type_Ex&\" (Baseline)\"","v":"2023 Chevrolet Bolt EUV BEV (Baseline)"},null,null,null,{"$f":"Comp_V1_Type_Ex&\" (Comparison)\"","v":"2024 Toyota Corolla ICE (Comparison)"}]
["Scenario",{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" & Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" & Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"},"Scenario",{"$f":"\"Nominal Cost per \" & Constant_Distance_Metric","v":"Nominal Cost per Mile"},{"$f":"\"NPV Cost / \" &  Constant_Distance_Metric","v":"NPV Cost / Mile"},{"$f":"\"Lifecycle CO2 (\" & Constant_Weight_Metric_Abbreviation & \"/\" &  Constant_Distance_Metric_Abbreviation & \")\"","v":"Lifecycle CO2 (lb/mi)"}]
[{"$f":"INDIRECT(VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A53,2)),Sensitivity_Summary,7,FALSE))","v":7},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$C$31)","v":0.407858189495028},{"$f":"Results!$M$17","v":0.40785818949502795},{"$f":"'Environmental Model'!$C$18","v":0.23822758935534083},{"$f":"INDIRECT(VLOOKUP(_xlfn.NUMBERVALUE(RIGHT(A53,2)),Sensitivity_Summary,10,FALSE))","v":7},{"$f":"_xlfn.NUMBERVALUE('Results Tables'!$D$31)","v":0.52748731098125101},{"$f":"Results!$N$17","v":0.52748731098125134},{"$f":"'Environmental Model'!$D$18","v":0.6754519275125096}]
[{"$f":"sensitivity_04_value_min","v":3},0.419219814508136,0.41921981450813567,0.23822758935534083,{"$f":"sensitivity_04_value_min","v":3},0.55800491638285998,0.55800491638285976,0.6754519275125096]
[{"$f":"A60-($A$67-$A$58)/9","v":3.7777777777777768},0.819987838028571,0.75656981558619762,0.23822758935534083,{"$f":"E60-($A$67-$A$58)/9","v":3.7777777777777768},0.89960935743152703,0.8116184682230505,0.6754519275125096]
[{"$f":"A61-($A$67-$A$58)/9","v":4.5555555555555545},0.73319126542817903,0.67998991446271717,0.23822758935534083,{"$f":"E61-($A$67-$A$58)/9","v":4.5555555555555545},0.82003295041790503,0.74601751591882759,0.6754519275125096]
[5.3333333333333321,0.67618942537469295,0.62626753921990286,0.23822758935534083,5.3333333333333321,0.77114939279130901,0.7004448118152935,0.6754519275125096]
[6.1111111111111098,0.63444259824692695,0.59012895305427726,0.23822758935534083,6.1111111111111098,0.73573918960117102,0.67300310643605199,0.6754519275125096]
[6.8888888888888875,0.56281198231582197,0.52350149061266538,0.23822758935534083,6.8888888888888875,0.65267186174297398,0.59701888474165898,0.6754519275125096]
[7.6666666666666652,0.54161417124895295,0.5057151145446519,0.23822758935534083,7.6666666666666652,0.637342104419233,0.58645877431977411,0.6754519275125096]
[8.4444444444444429,0.52485202255700203,0.49172865547602324,0.23822758935534083,8.4444444444444429,0.62582980536469301,0.57863954217009361,0.6754519275125096]
[9.2222222222222214,0.51142065095412803,0.48058739414858026,0.23822758935534083,9.2222222222222214,0.61708275279531399,0.57304897840622504,0.6754519275125096]
[{"$f":"sensitivity_04_value_max","v":10},0.39272343181559699,0.39272343181559677,0.23822758935534083,{"$f":"sensitivity_04_value_max","v":10},0.50702775342783801,0.50702775342783823,0.6754519275125096]

{"sheet":"Dynamic_Lists_Hidden","index":22,"n_rows":105,"n_cols":16,"rows_kept":105,"cut":false,"hidden":true,"merged":[[0,0,0,4],[0,11,0,12],[0,14,0,15]]}
["Vehicle 1 Baseline Dynamic Lists",null,null,null,null,"Vehicle 2 Comparison Dynamic Lists",null,null,null,null,null,"Vehicle 1 Utility Rate Structures",null,null,"Vehicle 2 Utility Rate Structures"]
["Drivetrain","Vehicle Class","Year","Make","Model","Drivetrain","Vehicle Class","Year","Make","Model",null,"Utility","Rate Name",null,"Utility","Rate Name"]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A2,List_Vehicle_DB_Drivetrain),0))","v":"BEV"},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B2,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":"Passenger Vehicles (Light-Duty)"},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C2,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":"Custom"},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D2,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"BMW"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E2,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":"Bolt EUV"},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F2,List_Vehicle_DB_Drivetrain),0))","v":"BEV"},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G2,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":"Passenger Vehicles (Light-Duty)"},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H2,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":"Custom"},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I2,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"BMW"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J2,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"4Runner 2WD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L2,List_Utility_Structures),0))","v":"Alabama Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M2,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O2,List_Utility_Structures),0))","v":"Alabama Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($P$2:P2,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A3,List_Vehicle_DB_Drivetrain),0))","v":"ICE"},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B3,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":"Medium-Duty Vehicles (Class 3-6)"},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C3,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2024},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D3,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Chevrolet"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E3,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":"Bolt EV"},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F3,List_Vehicle_DB_Drivetrain),0))","v":"ICE"},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G3,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":"Medium-Duty Vehicles (Class 3-6)"},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H3,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2024},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I3,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Buick"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J3,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"4Runner 4WD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L3,List_Utility_Structures),0))","v":"Arizona Public Service Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M3,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O3,List_Utility_Structures),0))","v":"Arizona Public Service Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P3,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A4,List_Vehicle_DB_Drivetrain),0))","v":"PHEV"},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B4,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":"Heavy-Duty Vehicles (Class 7-8)"},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C4,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2023},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D4,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Fisker"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E4,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F4,List_Vehicle_DB_Drivetrain),0))","v":"PHEV"},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G4,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":"Heavy-Duty Vehicles (Class 7-8)"},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H4,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2023},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I4,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Chevrolet"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J4,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L4,List_Utility_Structures),0))","v":"Commonwealth Edison Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M4,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O4,List_Utility_Structures),0))","v":"Commonwealth Edison Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P4,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (Under 2kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A5,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B5,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C5,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2022},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D5,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Ford"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E5,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F5,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G5,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H5,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2022},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I5,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Chrysler"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J5,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry AWD LE/SE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L5,List_Utility_Structures),0))","v":"Consolidated Edison Co-NY Inc"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M5,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O5,List_Utility_Structures),0))","v":"Consolidated Edison Co-NY Inc"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P5,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Single Phase (at 220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A6,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B6,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C6,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2021},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D6,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Hyundai"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E6,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F6,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G6,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H6,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2021},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I6,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Dodge"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J6,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry AWD XLE/XSE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L6,List_Utility_Structures),0))","v":"Consumers Energy Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M6,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O6,List_Utility_Structures),0))","v":"Consumers Energy Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P6,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A7,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B7,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C7,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2020},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D7,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Kia"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E7,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F7,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G7,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H7,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2020},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I7,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Ford"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J7,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry Hybrid LE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L7,List_Utility_Structures),0))","v":"Georgia Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M7,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O7,List_Utility_Structures),0))","v":"Georgia Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P7,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A8,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B8,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C8,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2019},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D8,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Lordstown"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E8,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F8,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G8,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H8,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2019},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I8,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"GMC"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J8,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry Hybrid SE/XLE/XSE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L8,List_Utility_Structures),0))","v":"Long Island Power Authority"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M8,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O8,List_Utility_Structures),0))","v":"Long Island Power Authority"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P8,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (Under 2kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A9,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B9,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C9,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2018},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D9,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Lucid"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E9,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F9,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G9,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H9,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2018},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I9,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Honda"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J9,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry LE/SE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L9,List_Utility_Structures),0))","v":"Nevada Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M9,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O9,List_Utility_Structures),0))","v":"Nevada Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P9,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option A Three Phase (at 220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A10,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B10,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C10,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2017},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D10,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"MINI"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E10,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F10,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G10,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H10,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2017},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I10,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Hyundai"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J10,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry TRD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L10,List_Utility_Structures),0))","v":"Niagara Mohawk Power Corp."},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M10,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O10,List_Utility_Structures),0))","v":"Niagara Mohawk Power Corp."},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P10,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (2kv-50kv)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A11,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B11,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C11,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":2016},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D11,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Mazda"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E11,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F11,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G11,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H11,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2016},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I11,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Jeep"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J11,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry XLE/XSE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L11,List_Utility_Structures),0))","v":"Northern States Power Co - Minnesota"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M11,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O11,List_Utility_Structures),0))","v":"Northern States Power Co - Minnesota"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P11,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A12,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B12,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C12,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D12,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Mercedes-Benz"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E12,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F12,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G12,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H12,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":2014},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I12,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Kia"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J12,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Camry XSE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L12,List_Utility_Structures),0))","v":"Oklahoma Gas & Electric Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M12,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O12,List_Utility_Structures),0))","v":"Oklahoma Gas & Electric Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P12,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (Under 2kv)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A13,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B13,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C13,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D13,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Nissan"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E13,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F13,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G13,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H13,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I13,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"MINI"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J13,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Corolla"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L13,List_Utility_Structures),0))","v":"Portland General Electric Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M13,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O13,List_Utility_Structures),0))","v":"Portland General Electric Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P13,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Single Phase (at 220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A14,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B14,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C14,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D14,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Polestar"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E14,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F14,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G14,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H14,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I14,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Mazda"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J14,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Corolla Hatchback"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L14,List_Utility_Structures),0))","v":"Public Service Co of Colorado"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M14,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O14,List_Utility_Structures),0))","v":"Public Service Co of Colorado"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P14,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (2kv-50kv)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A15,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B15,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C15,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D15,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Rivian"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E15,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F15,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G15,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H15,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I15,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Mercedes-Benz"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J15,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Corolla Hatchback XSE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L15,List_Utility_Structures),0))","v":"Public Service Elec & Gas Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M15,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O15,List_Utility_Structures),0))","v":"Public Service Elec & Gas Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P15,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A16,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B16,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C16,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D16,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Subaru"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E16,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F16,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G16,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H16,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I16,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Mitsubishi"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J16,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Corolla Hybrid"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L16,List_Utility_Structures),0))","v":"Salt River Project"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M16,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O16,List_Utility_Structures),0))","v":"Salt River Project"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P16,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (Under 2kv)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A17,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B17,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C17,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D17,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Tesla"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E17,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F17,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G17,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H17,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I17,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Nissan"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J17,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Corolla Hybrid AWD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L17,List_Utility_Structures),0))","v":"San Diego Gas & Electric Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M17,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O17,List_Utility_Structures),0))","v":"San Diego Gas & Electric Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P17,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-3 Option B Three Phase (at 220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A18,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B18,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C18,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D18,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Toyota"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E18,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F18,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G18,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H18,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I18,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Ram"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J18,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Crown AWD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L18,List_Utility_Structures),0))","v":"Southern California Edison Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M18,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O18,List_Utility_Structures),0))","v":"Southern California Edison Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P18,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4  (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A19,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B19,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C19,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D19,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Vinfast"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E19,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F19,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G19,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H19,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I19,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Subaru"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J19,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"GR Corolla"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L19,List_Utility_Structures),0))","v":"Virginia Electric & Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M19,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O19,List_Utility_Structures),0))","v":"Virginia Electric & Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P19,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (220kV and above)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A20,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B20,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C20,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D20,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Volkswagen"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E20,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F20,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G20,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H20,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I20,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Toyota"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J20,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"GR Supra"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L20,List_Utility_Structures),0))","v":"Wisconsin Electric Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M20,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O20,List_Utility_Structures),0))","v":"Wisconsin Electric Power Co"},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P20,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A21,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B21,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C21,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D21,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":"Volvo"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E21,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F21,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G21,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H21,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I21,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Volkswagen"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J21,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Grand Highlander AWD LE/XLE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L21,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M21,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O21,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P21,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-4 Single Phase (Under 2kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A22,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B22,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C22,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D22,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E22,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F22,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G22,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H22,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I22,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":"Volvo"},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J22,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Grand Highlander AWD Limited/Platinum"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L22,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M22,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O22,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P22,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A23,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B23,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C23,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D23,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E23,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F23,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G23,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H23,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I23,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J23,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Grand Highlander Hybrid"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L23,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M23,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O23,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P23,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-6  (50kV plus"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A24,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B24,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C24,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D24,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E24,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F24,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G24,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H24,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I24,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J24,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Grand Highlander Hybrid AWD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L24,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M24,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O24,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P24,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-6 (below 2kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A25,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B25,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C25,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D25,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E25,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F25,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G25,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H25,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I25,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J25,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Grand Highlander Hybrid Limited"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L25,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M25,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O25,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P25,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E 3 Phase  (below 2kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A26,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B26,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C26,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D26,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E26,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F26,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G26,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H26,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I26,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J26,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Grand Highlander LE/XLE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L26,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M26,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O26,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P26,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (220kV plus)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A27,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B27,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C27,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D27,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E27,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F27,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G27,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H27,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I27,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J27,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Grand Highlander Limited"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L27,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M27,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O27,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P27,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A28,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B28,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C28,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D28,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E28,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F28,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G28,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H28,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I28,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J28,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Prius"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L28,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M28,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O28,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P28,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A29,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B29,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C29,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D29,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E29,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F29,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G29,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H29,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I29,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J29,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Prius AWD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L29,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M29,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O29,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P29,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Single Phase  (below 2kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A30,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B30,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C30,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D30,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E30,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F30,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G30,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H30,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I30,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J30,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Prius AWD XLE/LTD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L30,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M30,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O30,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P30,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (220kV plus)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A31,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B31,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C31,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D31,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E31,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F31,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G31,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H31,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I31,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J31,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Prius XLE/LTD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L31,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M31,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O31,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P31,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option E Three Phase  (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A32,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B32,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C32,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D32,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E32,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F32,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G32,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H32,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I32,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J32,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"RAV4"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L32,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M32,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O32,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P32,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-7 Option Three Single Phase  (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A33,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B33,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C33,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D33,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E33,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F33,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G33,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H33,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I33,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J33,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"RAV4 AWD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L33,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M33,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O33,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P33,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (220kV plus)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A34,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B34,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C34,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D34,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E34,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F34,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G34,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H34,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I34,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J34,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"RAV4 AWD LE"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L34,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M34,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O34,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P34,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A35,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B35,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C35,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D35,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E35,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F35,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G35,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H35,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I35,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J35,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"RAV4 AWD TRD OFFROAD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L35,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M35,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O35,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P35,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (50kV-220kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A36,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B36,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C36,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D36,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E36,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F36,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G36,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H36,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I36,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J36,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"RAV4 Hybrid AWD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L36,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M36,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O36,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P36,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-8 (below 2kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A37,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B37,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C37,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D37,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E37,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F37,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G37,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H37,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I37,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J37,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"RAV4 Hybrid AWD Woodland Edition"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L37,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M37,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O37,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P37,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (2kV-50kV)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A38,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B38,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C38,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D38,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E38,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F38,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G38,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H38,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I38,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J38,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Sequoia 2WD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L38,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M38,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O38,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P38,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (50kV plus)"}]
[{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF($A$2:A39,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF($B$2:B39,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($C$2:C39,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF(D$2:$D39,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF(E$2:$E39,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Base_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Base_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Base_V1_Vehicle_Make),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Drivetrain,MATCH(0,COUNTIF(F$2:$F39,List_Vehicle_DB_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Vehicle_Class,MATCH(0,COUNTIF(G$2:$G39,List_Vehicle_DB_Vehicle_Class)+(List_Vehicle_DB_Drivetrain<>_Base_V1_Vehicle_Drivetrain),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Year,MATCH(0,COUNTIF($H$2:H39,List_Vehicle_DB_Year)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Make,MATCH(0,COUNTIF($I$2:I39,List_Vehicle_DB_Make)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Vehicle_DB_Model,MATCH(0,COUNTIF($J$2:J39,List_Vehicle_DB_Model)+(List_Vehicle_DB_Drivetrain<>_Comp_V1_Vehicle_Drivetrain)+(List_Vehicle_DB_Vehicle_Class<>_Comp_V1_Vehicle_Vehicle_Class)+(List_Vehicle_DB_Year<>_Comp_V1_Vehicle_Year)+(List_Vehicle_DB_Make<>_Comp_V1_Vehicle_Make),0))","v":"Sequoia 4WD"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:L39,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M39,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)"},null,{"$f":"INDEX(List_Utility_Structures,MATCH(0,COUNTIF($L$2:O39,List_Utility_Structures),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($O$2:P39,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Comp_Utility_Selection),0))","v":"General Service Time-of-use Electric Vehicle Charging: TOU-EV-9 (below 2kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M40,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU General Service, Option C: GS-1 TOU A, 3-Phase (Under 2 kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M41,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU General Service, Option C: GS-1 TOU B, 3-Phase (Under 2 kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M42,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU General Service, Option C: GS-1 TOU C, 3-Phase (Under 2 kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M43,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU General Service-1, Non Demand , Option CPP: GS-1 TOU B, Single Phase"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M44,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-8, Option A (BELOW 2 KV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M45,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-8, Option B (BELOW 2 KV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M46,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-8, Option R (BELOW 2 KV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M47,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-GS-1, Option A"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M48,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-GS-1, Option B"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M49,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-GS-1, Option C"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M50,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-GS-2, Option A"}]
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[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M55,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"TOU-GS-3, Option R"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M56,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (2kv-50kv)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M57,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kV - 220kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M58,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (50kv-220kv)"}]
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[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M60,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Single Phase (Under 2kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M61,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (2kV - 50kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M62,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (50kV - 220kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M63,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (At 220kV)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"INDEX(List_Utility_Strucutre_Names,MATCH(0,COUNTIF($M$2:M64,List_Utility_Strucutre_Names)+(List_Utility_Structures<>Base_Utility_Selection),0))","v":"Time of Use, General Service, Demand Metered, Critical Peak Option: TOU-GS-2 CPP, Three Phase (Under 2kV)"}]
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