Nissan Ariya e-4ORCE 87kWh - 225 kW charging time and compatible HIMS devices

Usable battery 87 kWh, WLTP range 513 km. At home, a HIMS 11 kW AC charger goes from 20% to 80% in about 5.3 hours; a 120 kW HIMS DC station goes from 10% to 80% in about 46 minutes. Actual times vary with the vehicle's own charging limits and temperature.

The vehicle accepts a maximum charging power of 22 kW on AC and 130 kW on DC.

Technical data

Usable battery
87 kWh
AC charging power (onboard)
22 kW
Phase
Three-Phase
DC peak power
130 kW
Battery architecture
400 V
Real-world consumption
215 Wh/km
WLTP range
513 km
Body type
SUV
Market
Europe (Type 2 / CCS2)

Charging time with HIMS devices

HIMS deviceRangeDurationSpeed
AC 3.7 kW%20→8015 h 41 min15 km/h
AC 7 kW%20→808 h 17 min29 km/h
AC 11 kW%20→805 h 16 min46 km/h
AC 22 kW%20→802 h 38 min92 km/h
DC 30 kW%10→802 h 20 min121 km/h
DC 40 kW%10→801 h 38 min173 km/h
DC 60 kW%10→801 h 5 min260 km/h
DC 80 kW%10→8049 min344 km/h
DC 120 kW%10→8046 min372 km/h

Frequently asked questions

How many hours does it take to charge this vehicle at home?

The vehicle's onboard AC charger accepts at most 22 kW. On a three-phase supply, at that power it goes from 20% to 80% in about 2.6 hours; on a single-phase supply the power is at most 7.4 kW, so it takes at least about 7.8 hours. A more powerful charger won't shorten the time — the vehicle and the home supply set the limit.

Which HIMS wall-mounted charging stations and portable chargers can be considered for this vehicle?

HIMS wall-mounted and portable chargers with a Type 2 connection can be considered for this vehicle. Check suitability for the selected model; the devices recommended below have been selected according to the vehicle’s AC charging limit and phase configuration.

How many minutes does DC fast charging take?

The vehicle's DC peak power is 130 kW. On a 120 kW HIMS DC station, it goes from 10% to 80% in about 46 minutes; the time depends on the battery's charging curve and temperature.

Data source

ev-database.org · 2026-09-12

Usable batteryReal-world consumption

Values are compiled from manufacturer documents, independent databases (ev-database.org, ADAC) and HIMS calculations; source links are listed below.