Cost of charging an electric car at home in Europe: 2026 prices per charge, per km and per country

Charging an electric car at home in Europe costs between about €3 and €7 per 100 km in 2026, depending on the country and the tariff, or roughly €10 to €21 for a full 60 kWh charge. The same charge costs about €37 on an average public fast charger, so home charging is two to four times cheaper almost everywhere.

This guide gives the real price of a charged kWh at home in nine European countries, the cost of a full charge by battery size, the cost per km, per month and per year, the comparison with public charging, and what an employer should repay for a company car. Voltaback reimburses home charging for company fleets across Europe at each driver's real tariff, so these are the numbers we work with every day.

The right price: a charged kWh, not your average bill

Everything starts with the price of one kilowatt-hour (kWh), the unit on your electricity bill and the unit a car battery is measured in. The trap is to divide the annual bill by the kWh consumed. That average includes fixed charges (standing charge, metering, capacity fee) which you pay whether or not you own an EV.

The figure that matters for a car is the marginal price of a charged kWh: energy, the per-kWh network fee, per-kWh taxes and levies, and VAT. It is what one more kWh in the battery really costs you.

The difference is not small. Eurostat puts the EU average household price at about €0.28 per kWh in the first half of 2026, with Germany and Belgium at about €0.36. Those are average bills. The marginal kWh of a German household using 5,000 to 15,000 kWh a year, typical of a home with an EV, is about €0.32, and a Belgian night kWh on a two-rate contract about €0.24. Sources: Brussels Times, Eurostat H1 2026, Destatis.

Our guide to the EV charging price per kWh breaks down what sits inside each kWh, at home and on public chargers.

Home charging prices across Europe in 2026

Sources: ERSE, Creos tariff guide, CREG, ElCom, Destatis, ARERA, Ofgem, Zapmap Price Index.

Two lessons stand out. First, the tariff matters as much as the country: a Portuguese or British driver on an off-peak rate pays less than half what a driver on a standard rate in the same country pays. Second, prices change every quarter or every year, so any fixed figure in a car policy drifts away from reality. Our guide to off-peak EV charging explains how the cheap hours work in each country.

Cost of a full charge, by battery size

The calculation is simple: usable battery capacity × price per kWh, plus the energy lost on the way. Part of the electricity drawn from the wall never reaches the battery: it is lost as heat in the cable, the charger and the car's on-board converter. On home AC charging, plan for roughly 10 % on top.

The table assumes a 0 to 100 % charge with 10 % losses.

Our calculation. €0.56 is the 2025 European average for ad hoc fast charging, without subscription. Source: EV Powered, European charging prices.

In practice nobody charges from 0 to 100 % every night. Most drivers top up 20 to 40 % overnight, and fast charging sessions usually stop around 80 %, because charging slows sharply above that level. The table is still the clearest way to compare locations: the ratio between home and public stays the same whatever the size of the top-up. How long each of these charges takes is covered in our guide to EV charging times.

Cost per km: rated range versus real life

The cost per charge matters less than the cost per km, because that is what you compare with petrol or diesel. It depends on consumption, in kWh per 100 km.

Official WLTP figures for a mid-size electric car often sit around 15 to 17 kWh per 100 km. Real-life use is higher: motorway speeds, cold weather, heating and short trips push most company cars to about 18 to 22 kWh per 100 km measured at the wall. We use 20 kWh per 100 km as a realistic year-round average.

For comparison, a petrol car using 6 litres per 100 km at €1.70 a litre costs about €10.20 per 100 km. Charged at home, an electric car costs between a third and two thirds of that. Charged only on fast chargers, it can cost more.

How to work out your own cost

1. Find your price per kWh on your bill or supplier app, with the off-peak rate if you have one.
2. Read the kWh your car took from its app or your charger's app.
3. Multiply, then add about 10 % if the figure comes from the car: the car counts what reached the battery, not what left the wall.

Cost per month and per year

Annual mileage drives the budget far more than tariff details. The table uses 20 kWh per 100 km, all charged at home.

A high-mileage company car driver charging at home spends less on electricity in a year than many diesel drivers spend in four months. That gap is the reason fleet managers push drivers towards home charging rather than public networks.

How public charging compares

Public charging is where the bill grows. Across 32 European countries, ad hoc fast charging averaged about €0.56 per kWh in 2025, with large differences:

Source: EV Powered, based on European Alternative Fuels Observatory data.

• Slow and fast AC public charging (up to 22 kW) is cheaper than fast DC, but still well above home prices. It suits drivers with no off-street parking.
• Fast and ultra-fast DC charging (50 kW and more) is fine on long trips and expensive as a routine.
• Subscriptions and charging cards lower the per-kWh price for a monthly fee. They pay off only for drivers who charge in public every week.

Public charging also carries the standard VAT rate everywhere, while some countries apply reduced rates or temporary relief to domestic electricity, as the UK does until 31 March 2027.

Does home charging raise your fixed charges?

Usually not, but it depends on the country.

• Standing charges and metering fees do not change because you own an EV: they are daily or monthly fees for being connected. That is why they should not be counted in the cost of a charged kWh.
• Capacity-based network tariffs are the exception. In Flanders, the network fee depends on your monthly peak: charging at full power while the oven and heat pump run raises it. In Luxembourg, kWh drawn above your reference power cost about €0.0765 more before VAT. Charging at moderate power overnight avoids both.
• Contracted power in Spain, Italy and Portugal may need to rise for a 7 kW wallbox, which increases the fixed part of the bill. A load manager can avoid it.

A standard socket needs no change at all, but it is slow (about 2.3 kW) and should be checked by an electrician before nightly use.

How to pay less for every charge

• Use your off-peak window. It is the single biggest saving where two-rate or dynamic tariffs exist: Belgium, Portugal, Spain, Italy, Switzerland, Luxembourg, the Netherlands and the UK.
• Schedule the charge in the car or charger app so it only runs in the cheap hours.
• Keep fast charging for long trips. Every routine fast session costs as much as two to four nights at home.
• Charge on your own solar during the day if you have panels and work from home.
• Pre-heat while plugged in in winter, so the cabin heat comes from the grid rather than the battery.

Company car: what should the employer repay?

When a company car is charged at the driver's home, the electricity goes through the driver's meter and onto the driver's bill. How the employer repays it depends on the country:

Sources: BMF letter of 11 November 2025, ESTV model expense regulation, HMRC EIM23900.

Worked example (Germany, 2026): a driver charges 3,000 kWh at home. At the flat rate, the employer repays 3,000 × €0.34 = €1,020. If the driver's contract costs €0.38 per kWh, the real cost is €1,140 and the driver loses €120; on a cheaper dynamic tariff, the employer overpays. A Swiss driver covering 15,000 km uses about 3,000 kWh at the meter, about CHF 830 a year at the median price, already above the CHF 720 a year of the flat amount.

A flat rate is simple, but it overpays one driver and underpays the next. Actual cost pays each driver exactly what the car used. The driver's side is covered in our guide to charging a company car at home.

Voltaback reads every home charging session from the car's own data and prices it at the driver's real tariff, including off-peak windows, in each country where the fleet runs, with no hardware to install. Voltaback relies on the home's MID-certified meter, not on a standalone cable meter. The measurement is audited by an independent third party at 1.22 % relative error, and the company never receives the driver's location. Run the numbers for your fleet in our home charging cost simulator or read how home charging reimbursement works.

Get each home charge priced at the right rate

Every driver in your fleet pays a different price for electricity, in a different country, and that price changes at night and every quarter. Reimbursing them correctly means knowing the kWh that went into each company car and the tariff in force at the time of each session.

Book a demo and we will show you the real home charging cost of your own fleet, car by car and country by country.