Editor In Chief

Estimate real-world Tesla Model Y driving range based on battery size, starting state of charge, average speed, outside temperature, and climate control use.

Estimate how long it takes to charge a Tesla Model Y based on battery size, current charge level, target charge level, charger power, and charging efficiency losses.

Estimate the cost to charge a Tesla Model Y based on battery size, state of charge change, electricity rate, charging efficiency, and charging location.

Estimate real-world driving range for a Tesla Model 3 based on battery state of charge, driving speed, outside temperature, wheel size, and climate control usage.

Estimate how long it takes to charge a Tesla Model 3 based on battery size, current charge level, target charge level, and charger power. The calculator uses usable battery capacity and charging efficiency to provide a practical charging time estimate in hours.

Estimate remaining Tesla battery capacity based on vehicle age, mileage, charging habits, climate, and average state of charge. This calculator provides an approximate remaining battery capacity percentage using common battery degradation factors.

Estimate annual CO2 emissions for an electric vehicle fleet based on fleet size, annual mileage, vehicle efficiency, electricity grid emissions, and charging losses.

Estimate the electricity cost of a Tesla road trip based on distance, vehicle efficiency, energy price, charging losses, and share of charging done at Superchargers.

Estimate real-world Tesla driving range based on rated range, battery state of charge, average speed, outside temperature, and climate control use.

Estimate how long it will take to charge a Tesla based on battery size, current state of charge, target state of charge, and charger power. The calculator accounts for charging taper at higher battery levels with a simple efficiency factor.

Estimate the cost to charge a Tesla based on battery energy needed, electricity rate, charging losses, and charging location type.

Estimate annual cost savings from electrifying part of a vehicle fleet by comparing fuel and maintenance costs for internal combustion vehicles versus electric vehicles.

Estimate the total annual cost of owning and operating an electric truck based on purchase price, annual mileage, energy efficiency, electricity cost, maintenance, and financing term.

Estimate the total annual cost of owning and operating an electric van based on purchase price, annual mileage, energy efficiency, electricity rate, maintenance, and charging setup costs.

Estimate the upfront purchase cost for a commercial electric vehicle fleet based on vehicle count, base vehicle price, battery size, charging setup, and duty intensity.

Estimate the total installed cost for EV fleet charging infrastructure based on charger count, charger power, installation complexity, site electrical upgrade needs, and cable run distance.

Estimate the driving range of an electric vehicle under different ambient temperatures by adjusting a rated range for temperature effects, driving speed, cabin climate use, and battery age.

Estimate monthly electricity consumption for an electric vehicle fleet based on fleet size, distance traveled, vehicle efficiency, charging losses, and operating days.

Estimate monthly EV fleet charging cost based on fleet size, distance driven, vehicle efficiency, electricity rate, and charging losses.

Estimate annual fleet savings from switching gasoline vehicles to electric vehicles based on fleet size, miles driven, fuel and electricity costs, and maintenance savings.

Estimate annual fleet operating savings when switching from gas vehicles to EVs based on fleet size, mileage, fuel and electricity costs, and maintenance savings.

Estimate how much driving range an electric vehicle may lose when carrying a roof box, based on baseline range, cruising speed, roof box size, and driving conditions.

Estimate the recommended tire width range for an electric vehicle based on wheel width, aspect ratio, vehicle weight, and driving priority. The calculator returns a minimum and maximum suggested tire section width in millimeters.

Estimate how much driving range an electric vehicle may lose when using air conditioning based on battery size, baseline efficiency, trip distance, outside temperature, and AC usage level.

Estimate how much driving range an electric vehicle may lose due to cabin heating based on battery size, baseline efficiency, outside temperature, trip duration, and heater type.

Estimate an electric vehicle’s driving range at a given steady speed using battery size, efficiency, usable battery percentage, and driving conditions. Returns a low-to-high estimated range in miles.

Estimate an electric vehicle’s 0 to 60 mph acceleration time based on motor power, vehicle weight, drivetrain, tire grip, and battery state of charge.

Estimate the driving range impact of carrying payload in an electric vehicle using battery size, baseline efficiency, payload weight, route type, and weather/HVAC load. Returns a realistic range estimate as a min-max range.

Estimate how towing a trailer affects your electric vehicle’s driving range based on your normal range, trailer weight, aerodynamic drag, average speed, and terrain.

Estimate how far an electric truck can travel while towing by adjusting its rated solo range for trailer weight, cruising speed, terrain, and weather. This calculator provides an estimated towing range based on common efficiency impacts.