Estimate an electric vehicle’s miles per gallon equivalent (MPGe) based on distance driven, electricity used, charging losses, and driving conditions. The calculation converts electricity consumption into gasoline-equivalent energy using the EPA standard of 33.7 kWh per gallon of gasoline equivalent.
Calculate EV efficiency as the percentage of battery energy converted into useful driving energy based on battery energy used, distance driven, and the vehicle’s rated energy consumption.
Estimate the electrical energy used by an electric vehicle trip based on distance driven, average efficiency, driving conditions, and climate control load.
Compare the energy cost efficiency of two electric vehicles by estimating each vehicle’s cost per 100 miles based on efficiency, electricity price, charging losses, and climate impact, then calculating the savings of Vehicle A versus Vehicle B.
Estimate the 5-year total cost of owning an electric vehicle by combining purchase price, incentives, financing, electricity, maintenance, insurance, and resale value.
Estimate the 5-year total cost of ownership for an electric car based on purchase price, annual driving, electricity cost, efficiency, maintenance, and resale value.
Estimate the annual cost of owning an electric vehicle based on yearly driving, electricity rates, vehicle efficiency, home charging share, and annual maintenance, then compare it with a gas vehicle equivalent.
Estimate the monthly cost to charge and drive an electric vehicle based on miles driven, efficiency, electricity rate, charging mix, and monthly charging fees.
Estimate the annual cost of owning and operating an electric vehicle based on miles driven, energy efficiency, electricity price, annual maintenance, and insurance costs.
Estimate the monthly cost difference between owning an electric vehicle and a gas vehicle based on purchase price, financing, driving, energy costs, and incentives.
Estimate the down payment needed for an electric vehicle purchase after accounting for taxes, fees, incentives, trade-in value, and your target financing percentage.
Estimate the total interest paid on an electric vehicle loan using the loan amount, annual interest rate, loan term, down payment, and EV incentive rebate applied upfront.
Estimate your monthly payment and total repayment for an electric vehicle loan using loan amount, interest rate, term, down payment, and any extra monthly payment. The calculator uses a standard amortization formula and adjusts payoff based on additional monthly payments.
Estimate your new monthly payment and savings when refinancing an electric vehicle loan based on your remaining balance, current and new APR, and remaining term.
Estimate an electric vehicle’s driving range based on usable battery capacity, average energy consumption, driving speed, ambient temperature, and climate control use.
Estimate an electric car’s driving range based on battery capacity, energy efficiency, driving speed, outside temperature, and use of climate control.
Estimate the remaining driving range of an electric vehicle based on usable battery capacity, current state of charge, average energy efficiency, and driving condition adjustment.
Estimate how many miles of driving range remain in an electric vehicle based on current battery percentage, battery size, efficiency, and driving conditions.
Estimate the battery percentage needed for an EV trip based on distance, vehicle efficiency, usable battery capacity, current state of charge, and a driving condition factor.
Estimate an electric vehicle’s usable driving range based on battery size, state of charge window, efficiency, temperature, and driving style.
Estimate how far an electric vehicle can travel on the highway based on battery size, average highway efficiency, average speed, outside temperature, and remaining battery reserve.
Estimate an electric vehicle’s driving range in city conditions based on battery size, vehicle efficiency, traffic and climate effects, and accessory use.
Estimate how much an electric vehicle’s driving range may drop in winter based on the vehicle’s rated range, outside temperature, average driving speed, cabin heating use, and road conditions.
Estimate how much driving range an electric vehicle may lose under real-world conditions based on rated range, outside temperature, average speed, cabin climate use, and tire type.
Estimate the monthly payment for an electric vehicle loan based on vehicle price, down payment, trade-in value, loan term, and annual interest rate.
Estimate how many solar panels are needed to generate enough electricity to charge an electric car based on annual driving, vehicle efficiency, solar production, panel wattage, and charging losses.
Estimate the solar battery capacity needed to support EV charging based on daily driving, vehicle efficiency, charging share from solar, backup days, and usable battery depth of discharge.
Estimate the solar array size needed to charge an EV off grid based on daily driving, vehicle efficiency, sun hours, charging losses, and days of energy autonomy.
Estimate annual savings from charging an electric vehicle with solar power instead of grid electricity by comparing EV energy use, electricity rates, solar coverage, and charging efficiency losses.
Estimate how much solar electricity production you need each year to charge an electric vehicle based on annual driving, vehicle efficiency, charging losses, and local solar production.