Fleet EV Charger Range Loss helps fleet managers estimate real-world driving range added and the gap from a rated ideal. Change the assumptions to compare practical fleet charging scenarios and review the supporting results before making a decision.
The expected range is a planning estimate for the usable driving distance created by the charging session. The loss separates charging and driving-condition effects from the rated ideal.
This tool does not estimate permanent capacity loss. It estimates the gap between ideal rated range and range expected from the current energy transfer and operating conditions.
With 40 kWh delivered, 90% charging efficiency, 3.5 mi/kWh rated efficiency, and an 85% real-world adjustment, stored energy is 36 kWh and expected range is 107.1 miles. Ideal range is 140 miles, so estimated loss is 32.9 miles.
It is the difference between the ideal rated range for the energy added and the expected real-world range after efficiency adjustments.
Not in this calculation. It estimates usable driving range from delivered energy, not long-term battery aging.
Use recent trip data for similar weather, speed, terrain, and accessory use whenever available.
Energy lost before reaching the battery is billed or delivered by the charger but is not available for driving.
No. Traffic, temperature, elevation, wind, tires, speed, and cabin heating can materially change actual range.
| Input group | Purpose |
|---|---|
| Primary values | Define the energy, power, capacity, price, or activity in the scenario. |
| Efficiency / adjustment | Translate rated or delivered values into an estimated real-world result. |
| Period / fees | Set the time horizon or additional cost components when applicable. |