Good to know about charging costs
Charging at home (cheapest option)
With a wallbox (a wall-mounted home charging point) you charge at the normal household electricity price (~30 ct/kWh). With a solar PV system the cost falls below 10 ct/kWh. 70-80% of charging sessions take place at home.
Public charging stations
AC charging stations cost ~40-55 ct/kWh, DC rapid chargers ~50-79 ct/kWh. With charging cards such as ADAC e-Charge or EnBW mobility+ you save up to 30% compared with ad-hoc charging (paying without a contract).
Average consumption
- • Small car: 13-16 kWh/100km
- • Compact car: 15-18 kWh/100km
- • SUV: 18-23 kWh/100km
- • Luxury saloon: 17-21 kWh/100km
Typical savings
At 15,000 km a year, mostly charging at home, EV drivers save €1,000-1,500 a year compared with a petrol car.
Electric car charging costs 2026: what does charging really cost?
Charging costs for electric cars are a decisive factor when deciding what to buy. According to the Federal Network Agency’s (Bundesnetzagentur) charging point register, there are now well over 150,000 public charging points in Germany. Prices vary widely, however: charging at home costs about 30-37 cents per kWh, while at DC rapid chargers you often pay 55-89 cents per kWh.
With our EV charging cost calculator you can work out exactly what your electric vehicle costs per year – based on your individual charging mix of home charging, public stations and, if applicable, your own photovoltaic (PV) system. We also show you a direct comparison with a similar petrol car and calculate your CO₂ savings.
Charging prices in Germany 2026 – overview
| Charging type | Price/kWh | Cost per 100 km* |
|---|---|---|
| Home (wallbox) | 28-38 ct | €4.76 – €6.46 |
| Own solar PV system | 6-10 ct | €1.02 – €1.70 |
| Public AC (11-22 kW) | 40-55 ct | €6.80 – €9.35 |
| DC rapid charger (50+ kW) | 55-89 ct | €9.35 – €15.13 |
| Employer (free) | 0 ct | €0.00 |
* Assuming an average consumption of 17 kWh/100 km. Indicative figures; as of October 2026, based on the tariff pages of ADAC e-Charge and EnBW mobility+, among others.
Charging an electric car: the ultimate guide
Wallbox: the best investment for EV owners
Your own wallbox (a wall-mounted home charging point) is the most economical charging solution. The purchase cost is €400-1,500 plus installation (€300-800). In return you charge at your cheap household electricity tariff and often save 25-30 cents per kWh compared with public stations. At 15,000 km and 17 kWh/100 km (around 2,550 kWh a year) that is roughly €650-750 a year – depending on purchase and installation costs, the wallbox pays for itself after about one to three years.
Tip: Check local grants! There is currently no nationwide KfW (state development bank) programme for private wallboxes, but some municipalities and local utilities (Stadtwerke) do offer subsidies. Under § 14a EnWG (the German Energy Industry Act, for controllable consumption devices) a reduced grid charge may also be possible. In combination with a PV system, your charging costs fall below 10 cents/kWh.
THG quota: an extra bonus every year
Electric car owners can sell their THG quota (Treibhausgasminderungsquote, the greenhouse gas reduction quota) and in 2026 usually receive around €250-450 a year for it, depending on the provider and payout model (in 2025 it was sometimes much less). The process is simple: register your vehicle registration certificate (Fahrzeugschein) with a THG provider, and that is it. This bonus noticeably reduces your effective running costs and should be included in any full cost calculation.
Charging cards: how to save at public chargers
At public charging stations you often pay top prices without a contract (ad-hoc charging). With the right charging card you can save 20-30%. Examples (as of October 2026; prices change frequently):
- ADAC e-Charge (Aral pulse): €0 basic fee, 55 ct/kWh at Aral pulse stations (AC and DC), 75 ct at other operators
- EnBW mobility+: tariffs S, M and L with different basic fees; 56 to 89 ct/kWh at third-party operators
- Ad-hoc charging: without a contract by card or app, usually more expensive than with a charging tariff
- Tesla Supercharger: many sites are also open to other brands; prices by site and time of day in the Tesla app
Winter range: what you should know
At temperatures below 0°C, the range of electric cars can fall by 20-40%. The battery needs energy for heating and works less efficiently in the cold. Practical tips:
- Preheat the car before setting off while it is still plugged in (saves battery range)
- Use the heated seats rather than the cabin heating (more direct and efficient)
- Set regenerative braking to maximum
- Do not let the state of charge fall below 20% (cold batteries charge more slowly)
Petrol car vs. EV: the full cost comparison
For a fair comparison you also need to take maintenance, tax and insurance into account, not just energy costs. EVs have clear advantages:
- Vehicle tax (Kfz-Steuer): €0 for pure EVs first registered by 31 December 2030: exempt for 10 years, but at most until 31 December 2035 (vs. €100-400 a year for a petrol car)
- Maintenance: ~50% cheaper (no oil changes, less wear)
- THG quota: in 2026 usually around €250-450 a year, strongly fluctuating
- Insurance: often 15-20% cheaper for EVs
Frequently asked questions about EV charging costs
That depends on the charging power: on an ordinary household socket (2.3 kW) a full charge takes 15-30 hours. With a wallbox (11 kW) it takes 4-8 hours. At DC rapid chargers (50-350 kW) you can charge from 10% to 80% in 20-45 minutes. In everyday life, most EV owners charge overnight at their wallbox.
At expensive DC rapid chargers (70+ ct/kWh) the cost per 100 km can actually move closer to that of an economical petrol car. At a consumption of 17 kWh/100 km and 70 ct/kWh you pay €11.90 per 100 km. A petrol car using 7 L/100 km at €2.11/L costs €14.77 per 100 km – so the advantage shrinks to roughly €3. At home with a wallbox (30 ct/kWh) the same distance costs only €5.10.
Yes, for wallboxes with 11 kW or 22 kW you need a three-phase heavy-current connection (400V). In most houses this is already in place or can be installed fairly easily by an electrician. 11 kW wallboxes must be registered with the grid operator, 22 kW wallboxes need its approval. Installation should always be carried out by a certified electrical contractor.
Yes, especially if you drive a lot! The more you drive, the greater the savings on energy and maintenance. At 30,000 km a year and mostly home charging, you save roughly €2,000-3,000 a year compared with a petrol car. The key is that you can charge at home regularly. If you charge exclusively at expensive rapid chargers, you benefit less.
That depends on the battery size and the charging price. Examples for a full charge (0-100%):
- Tesla Model 3 (60 kWh): €18 at home, €36 at a rapid charger
- VW ID.4 (77 kWh): €23 at home, €46 at a rapid charger
- Mercedes EQS (108 kWh): €32 at home, €65 at a rapid charger
In practice, most people only charge from 20% to 80%, which is kinder to the battery and saves time.
Modern EV batteries are more robust than often assumed. Occasional rapid charging is no problem. Studies show that even with a 20% share of rapid charging, battery degradation after 8 years is only 10-15%. You should avoid constantly charging to 100%, running the battery permanently below 20%, and extremely frequent rapid charging (daily). In everyday use, a mix of 80% home charging and 20% rapid charging is ideal.
