Maxus MIFA 7 Charging Cost in Indonesia
By mht-dev, Frontend Engineer & Creator
Estimate the cost and time to charge a Maxus MIFA 7 (full battery electric vehicle / BEV) in Indonesia, calculated from its battery capacity and local electricity rates, both at public DC fast charging and at home.
Maxus MIFA 7 specifications
- Usable battery capacity
- 90 kWh
- DC fast-charge power (peak)
- 130 kW
- AC charge power (onboard)
- 11 kW
- Manufacturer-claimed range
- 480 km (WLTC)
- Realistic range estimate
- 384 km
- Estimated efficiency
- 23 kWh/100 km
- Estimated charging cost per 100 km
- Rp 39.832,73
- Battery chemistry
- NMC
A real-world estimate discounted from the manufacturer's claimed figure; actual distance depends on driving style, speed, and conditions.
Estimated from the realistic range, not a measured consumption figure; actual use varies with driving and conditions.
Maxus MIFA 7 charging cost & time
| Scenario | Energy | Time | Cost |
|---|---|---|---|
| Public DC 20% → 80% | 54 kWh | 30 minutes | Rp 133.164,00 |
| Public DC 0% → 100% | 90 kWh | 1 hours 15 minutes | Rp 221.940,00 |
| At home (AC) 20% → 80% | 54 kWh | 4 hours 55 minutes | Rp 91.774,62 |
Maxus MIFA 7 charging time by charger power
How long the Maxus MIFA 7 takes to charge at different charger power levels, capped by its own onboard limits.
| Charger | Power | Charge | Time |
|---|---|---|---|
| Standard outlet | 2.2 kW | 0% → 100% | 40 hours 55 minutes |
| Home wallbox | 7 kW | 0% → 100% | 12 hours 51 minutes |
| Public AC | 11 kW | 0% → 100% | 8 hours 11 minutes |
| DC fast | 130 kW | 10% → 80% | 34 minutes |
AC rows assume constant charging power and a 0% to 100% charge. Real times vary with the onboard charger, temperature, and the charger you use.
The DC fast row (10% to 80%) models the charging curve tapering as the battery fills, so it is more realistic than a flat estimate. Real DC times still vary with temperature, battery state, and the charger.
Charging speed
The Maxus MIFA 7 is estimated to charge from 20% to 80% on public DC fast charging in about 30 minutes (fast DC).
Estimated. Real DC charging slows as the battery fills, so the time varies by model, temperature, and charger.
As of 2026-05-24
Battery care
This car uses an NMC battery. For daily use, charging to about 80% and topping up to 100% only before long trips helps it last longer; heat is the main thing that ages it.
Savings vs a petrol car
This charge adds about 230 km of range for Rp 133.164,00. Driving the same distance on petrol would cost:
| Engine size | Petrol cost | You save |
|---|---|---|
| ≤ 1000 cc | Rp 155.865,60 | Rp 22.701,60 |
| 1000–1500 cc | Rp 184.204,80 | Rp 51.040,80 |
| 1500–2000 cc | Rp 226.713,60 | Rp 93.549,60 |
| 2000–2500 cc | Rp 269.222,40 | Rp 136.058,40 |
| > 2500 cc | Rp 325.900,80 | Rp 192.736,80 |
Estimated from typical combined fuel use by engine size and Pertamax (RON92) at Rp 12.300,00/L. Charging at home saves the most; actual figures vary with driving and conditions.
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Compare with another car →Frequently asked questions
How much does it cost to charge a Maxus MIFA 7 from 20% to 80%?
- Charging a Maxus MIFA 7 from 20% to 80% at a public DC fast charger costs about Rp 133.164,00.
How long does it take to charge a Maxus MIFA 7?
- Charging a Maxus MIFA 7 from 20% to 80% at a public DC fast charger takes about 30 minutes.