On French domestic circuits, keep EV charging at a low current unless an electrician has installed a dedicated circuit for it. Ordinary household sockets and their wiring are not designed for many hours at high current, so a conservative setting such as 8 to 10 A is widely advised for occasional use. With the EV-ACS3210E, start at its lowest 10 A setting on a standard circuit, and use 16 A or 32 A only on a circuit designed for EV charging.
Key Takeaways
- Keep current low on circuits not designed for EV charging.
- Start the EV-ACS3210E at 10 A on standard circuits.
- Use a dedicated circuit for regular or faster charging.
- Schedule charging in off-peak hours.
Why Standard Circuits Need Care
A household socket circuit typically feeds several outlets and is protected for loads that come and go: a kettle, a heater, a vacuum. EV charging draws a steady current for hours. Over time, that heats sockets, plugs and connections, especially older ones. The safe approach is to treat any non-dedicated circuit as low-current only and to inspect the socket for heat marks regularly.
Choosing the Right Setting
Approximate power at 230 V:
| Circuit situation | Suggested setting | Approx. power | Overnight energy in 10 hours |
|---|---|---|---|
| Ordinary socket circuit, occasional use | 10 A | 2.3 kW | about 23 kWh |
| Dedicated circuit with reinforced socket, as installed by an electrician | 13 to 16 A | 3.0 to 3.7 kW | about 30 to 37 kWh |
| Dedicated circuit for a 7 kW charging point | Up to 32 A | about 7.4 kW | more than most cars need overnight |
Even 23 kWh overnight covers well over 100 km of driving for many cars, enough for most daily trips.
When to Call an Electrician
French rules on charging installations change over time, and installations above certain power levels must be carried out by installers with a specific qualification. Ask a qualified electrician to:
- Check the condition and protection of the circuit you plan to use.
- Confirm the residual current protection type suits EV charging. See RCD protection explained.
- Install a dedicated circuit if you want faster charging.
- Check your subscribed power (abonnement) can carry the charging load with the rest of the house.
Never use extension leads, multi-plug adapters or cable reels for EV charging. Read why extension cords are unsafe.
Scheduling for Heures Creuses
Many French households have an off-peak tariff period. Use the EV-ACS3210E app to schedule charging inside those hours. Low-current charging over a long off-peak window often delivers all the energy you need at the lowest price. For more on low-power charging, read charging from a normal socket.
The EV-ACS3210E is a Type 2 portable charger adjustable from 10 A to 32 A in six steps, with app control, energy monitoring, OCPP readiness, an IP65 rating and a 7.5 m cable.
Frequently Asked Questions
Can I charge my EV on a normal French socket?
Occasionally, at low current and with equipment designed for it. For regular charging, a dedicated circuit is safer.
What current is safe on a standard socket circuit?
A conservative 8 to 10 A is widely advised. Have an electrician check the circuit and socket.
Who can install a dedicated EV circuit in France?
A qualified electrician. Higher-power charging points require installers with a specific EV qualification; check current rules.
Related Reading
- RCD Protection for EV Chargers: Type A, Type B and 6 mA DC Detection Explained
- Can You Use an Extension Cord With an EV Charger?
- Can I Charge an Electric Car From a Normal Socket?
- Is a Granny Charger Enough?
