EV Usage Calculator for Electric vehicles check Power Status ⛽ ✅✔️✅

EV Usage Calculator

Estimate charging time, trip energy, and range — mobile-friendly single-file tool.

Enter your vehicle and charger details or choose a preset. Results include charging time (accounting for efficiency), trip energy required, and estimated range.

Vehicle & Consumption Preset (Changes Capacity & kWh/100km) — Custom / Manual — Small EV (City) — 40 kWh, 15 kWh/100km Mid EV (Sedan/Hatch) — 60 kWh, 18 kWh/100km Large EV (Crossover/SUV) — 75 kWh, 20 kWh/100km Luxury EV (Long Range/Performance) — 100 kWh, 22 kWh/100km

Battery Capacity (kWh)

Total pack capacity (e.g., 40, 60, 80, 100 kWh).

Usable Capacity % (BMS)

Manufacturers reserve 5-10% buffer for battery health. Default: 95%.

Initial SoC (%) 20% (Low) 30% (Typical Plug-in) 50% (Half Charged) 80% (Typical Daily Max) 10% (Very Low)

Target SoC (%) 80% (Typical Daily Max) 100% (Full, for Long Trips) 50% (Half Charge) 90% (Extended Range)

Charger Power (kW) 1.5 kW (Level 1 / Standard Outlet) 3.7 kW (Home AC / Low Power) 7.4 kW (Level 2 / Standard Home Charger) 11 kW (Level 2 / 3-Phase AC) 50 kW (DC Fast Charger / Minimum) 150 kW (DC Fast Charger / High Power) 250 kW (DC Fast Charger / Ultra-Fast)

Charging Efficiency (η) 0.90 (90%) - Typical AC Charging 0.85 (85%) - Lower AC/DC Loss 0.95 (95%) - Near-Ideal Charging

Energy Consumption (kWh / 100 km) 15 (Small/Efficient) 18 (Average Sedan/Crossover) 20 (Mid-to-Large SUV/Truck) 25 (Large/Performance EV)

Planned Trip Distance (km)

How far you plan to drive.

Results Formulas used: time = ΔkWh / (kW × η) · trip kWh = (km/100) × kWh/100km

Charging time: —

Energy required for trip: —

Estimated range per full charge: —

Example shown in guide:

75 kWh battery; 20% → 80%; 7.4 kW charger; η = 0.9 → Charging time ≈ 6.76 hours.

Trip: 250 km at 18 kWh/100 km → Energy required = 45 kWh.

Tip: Charging slows above ~80% to protect battery life. Add a 10–15% margin for losses, temperature effects, or cabling inefficiency.