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EV Range Estimator – Calculate How Far Your Electric Car Can Go

Find out exactly how far your electric vehicle can travel on a full charge with our EV Range Estimator. Input your battery capacity and average energy consumption to get an accurate range estimate in miles or kilometers. Perfect for trip planning and avoiding range anxiety.

Typical EVs: 25-40 kWh/100 mi

Optimal: 70°F (21°C)

Range Estimate Results

Enter values and click Calculate to see results

Understanding EV Range

EV range is affected by multiple factors beyond just battery capacity:

Base Range = (Battery Capacity ÷ Energy Consumption) × 100
  • Temperature: Cold weather can reduce range by 20-40%
  • Driving mode: Highway driving uses 15% more energy
  • Terrain: Hills and mountains significantly impact range
  • Speed: Higher speeds increase aerodynamic drag

EV Battery Capacity Reference

Vehicle TypeBattery CapacityTypical Range
Compact EV40-50 kWh150-200 miles
Mid-size EV60-75 kWh220-300 miles
Long-range EV90-100 kWh320-400 miles
Electric truck/SUV100-200 kWh300-500 miles

Frequently Asked Questions

How accurate is this EV range estimate?
This calculator provides a reasonable estimate based on typical EV efficiency. Real-world range varies by vehicle model, driving style, and conditions. Use it for trip planning, not as an exact prediction.
Why does cold weather reduce EV range?
Cold temperatures slow battery chemistry and increase cabin heating demand. At 20°F, expect 20-40% less range. Pre-conditioning while plugged in helps preserve range.
Is highway or city driving better for EVs?
City driving is typically more efficient for EVs. Regenerative braking recovers energy during stops. Highway driving at 70+ mph uses more energy due to aerodynamic drag.
Should I charge to 100% before a trip?
For daily driving, 80-90% is better for battery health. For long trips, charging to 100% is fine. Modern EVs manage battery health automatically. Plan charging stops for trips beyond your comfortable range.
How do hills affect electric vehicle range?
Climbing uses extra energy, but regenerative braking recovers some when descending. Net effect depends on elevation change. Mountainous terrain typically reduces range by 15-30% compared to flat driving.

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