Standard Charging (AC)
≈ 7 h 41 min
at an Epsis AC22 kW charger
- Cost
- ≈ ₺837
- Range
- +450 km

≈ 7 h 41 min
at an Epsis AC22 kW charger
≈ 27 min
at an Epsis DC180 kW charger
Times are estimates; they vary with the outside temperature and the state of the battery.
Monthly saving
≈ ₺4,657
Yearly ≈ ₺55,890
Electricity instead of petrol, 1,150 km/month
In this scenario charging costs ₺4,657 a month more than fuel.
About 1,060 kg less CO₂ a year (usage phase)
Pick your car or type the consumption to see the result.
BMW iX3 50 xDrive (Neue Klasse, 2025+): power drawn from the charger (kW) by state of charge. Dashed lines are Epsis charger powers.
| State of charge | Power (kW) |
|---|---|
| 0% | 400 |
| 10% | 400 |
| 20% | 346 |
| 30% | 299 |
| 40% | 258 |
| 50% | 223 |
| 60% | 193 |
| 70% | 167 |
| 80% | 144 |
| 90% | 49 |
| 100% | 33 |
The time is calculated in half percent steps from your car's usable battery and its own charging curve. We do not use a simple kW table.
Sources for this car: ev-database.org
Estimates only. Actual time depends on ambient and battery temperature, battery health, charger load and vehicle software. Vehicle data: EV Database and manufacturer claims.
| Home electricity | 110 km |
|---|---|
| Epsis AC | 54 km |
| Epsis DC | 45 km |
| Petrol | 18 km |
About 27 min at an Epsis DC 180 kW charger (23-32 min). The car's DC peak power is 400 kW.
About 7 h 41 min from 10% to 80%. The car draws at most 11.0 kW from an AC charger.
About ₺837 on AC and about ₺1,001 on DC. The cost is the kWh through the meter times the current tariff.





