Renault 5 Charging Station: Which Home Charger Should You Choose?

Choose a home charger for your exact Renault 5 E-Tech electric, rather than for the model name alone. Battery size, model year and charging equipment can differ. A current brochure does not necessarily describe a used car.

Identify your Renault 5 before choosing a charger

Renault lists 40 and 52 kWh batteries, with up to 315 and 430 km WLTP respectively for the corresponding evolution versions. These are version-specific test figures, not a promise of motorway or winter range. Check the manufacturer’s specifications against your vehicle documents.

Record the trim, year, battery and supported AC charging power. For a used car, ask for its original specification. Do not infer every charging function from a photograph of its socket.

AC charging at home and DC charging on a journey

During AC charging, the car’s onboard charger converts the electricity supplied by the charge point. Actual power is limited by the car, charger, cable and electrical installation. A higher charger rating cannot overcome a lower limit in the car.

Check DC capability separately. Renault’s current product page gives an end-of-2026 availability note for Five. This does not establish that an older Five already supports fast charging. Confirm the equipment with Renault before planning a journey around DC stops. Source: Renault product page and availability notes.

How long does home charging take?

Renault’s table, checked on 21 September 2026, estimates 15–80% AC charging as follows. These are not full-charge times.

AC power	40 kWh battery	52 kWh battery
7.4 kW	3 h 55	5 h 11
11 kW	2 h 37	3 h 13

Source: Renault charging table. These estimates apply to the configurations described there. Temperature, starting charge and available power can change the result. Dynamic load management may reduce charging power while the home needs electricity.

Choose power for your daily use

• Estimate the energy you need to recover and how long the car can remain connected.
• For 7.4 kW, ask an installer to check the single-phase supply and simultaneous household loads.
• For 11 kW, check both vehicle compatibility and a suitable three-phase supply.
• A car limited to 11 kW AC will not use 22 kW. A higher-rated charger might still serve a different future vehicle; compare the complete installation cost.

A modest daily top-up does not require replenishing the whole battery overnight. Prepare your actual mileage and departure times instead of selecting the highest number on a product page.

Plan public charging and its alternatives

For a DC-compatible car, identify a main stop and a backup. Check connector compatibility, access, payment, price and live availability. Maximum charging power is not the average sustained throughout a session. Do not transfer a charging time to a different battery range or vehicle version.

Calculate the cost using your own tariff

The cost of a charge is simple to work out: energy drawn from the grid × the price per kWh in your contract. As a reference, here are the prices of EDF’s regulated “Tarif Bleu” in force since 1 August 2026: €0.2001 incl. VAT per kWh on the Base option (6 kVA); on the off-peak option, €0.1589 per kWh at night and €0.2142 during peak hours (prices published by EDF, in French).

Energy added to the battery	Off-peak hours	Base option
10 kWh	€1.59	€2.00
20 kWh	€3.18	€4.00
30 kWh	€4.77	€6.00
40 kWh	€6.36	€8.00

For a Renault 5, charging from 20 to 80% adds about 24 kWh with the 40 kWh battery and 31 kWh with the 52 kWh battery, i.e. about €3.81 and €4.96 at off-peak rates.

These amounts cover the energy stored in the battery. Charging losses come on top: in 2026 the German motoring club ADAC measured them on five cars, charging from 10 to 90%, at 5.1 to 7% on an 11 kW wallbox and 12.7 to 24.2% on a household socket (ADAC study, in German). For the Renault 5 E-Tech tested: 5.1% on the wallbox, 13.7% on the socket. The amounts exclude the subscription and the installation. Charging during off-peak hours cuts the price per kWh by about a quarter compared with peak hours.

Prepare a useful installation enquiry

Send Volticom your vehicle version, usual mileage, parking hours and subscribed supply capacity. Photos of the closed electrical panel, parking position and possible cable route help explain the project. Do not open electrical equipment to take them.

Ask for a quotation separating the charger, circuit protection, cable route, additional work and optional load management. Confirm testing, handover and support arrangements. Contact Volticom about your installation with these details.

FAQ

Frequently asked questions

Do I need a Renault-branded charger?

Check the charging interface, cable and required functions for your exact vehicle. Connected or bidirectional features need additional compatibility checks.

Can a reinforced socket be sufficient?

It may meet a small daily energy requirement with a compatible vehicle, cable and properly assessed circuit. Have an electrician confirm the permissible setup and power.

Can I assume a grant will reduce the cost?

Not by default. Three rules apply in 2026. Installing a charging station can qualify for the reduced 5.5% VAT rate when it is fitted in a home for its residents, with a Type 2 socket or connector (or a reinforced Type E socket), by a qualified installer (French Tax Code, art. 278-0 bis). The income-tax credit for buying and installing a charger no longer applies to expenses paid since 1 January 2026 (service-public.gouv.fr). The ADVENIR grant does not fund chargers at detached houses; in apartment buildings it may apply under conditions to be checked before the work (ADVENIR conditions). Prices and grants are covered in detail in our installation price guide.

Who should install a 7.4 kW charger in France?

Use a professional holding the authorisation and IRVE qualification required for the project. See Article D353-2 of the French Energy Code. Protection selection depends on the equipment and its instructions.

Must I increase my electricity subscription?

Not automatically. Compare household demand, charging schedules and load management. Check that the resulting charging window can supply the energy needed before departure.