Charging Costs
Cost to Charge Ford E-Transit
Updated March 2026
The Ford E-Transit has a 68 kWh battery and consumes about 272 Wh/km, which is typical for a large commercial van. With up to 1,616 kg of payload capacity, heavier loads push consumption higher. Drivers using our app report that route planning and charging discipline make the biggest difference in keeping costs manageable. A full charge gives you a WLTP rated range of approximately 317 km. Here is what it costs to charge at home, at public AC chargers, and at DC fast chargers across Europe. Always check your vehicle's manual for exact specifications.
Charging costs vary significantly depending on your electricity tariff, time of day, charging network, subscription, and location. The numbers below are estimates based on average European electricity prices and may not reflect what you actually pay. Always check your network's app for current pricing before charging.
Key Numbers (approximate)
- Useable battery
- ~68 kWh
- Real-world consumption
- ~272 Wh/km
- WLTP range
- ~317 km
Charging Costs by Country
These are approximate costs based on average electricity prices. Actual costs depend on your tariff, time of day, and charging network.
| Country | Home (per 100 km) | DC fast (per 100 km) | Full charge (DC) |
|---|---|---|---|
| Germany | €8.98 | €16.05 | €40.12 |
| France | €6.80 | €14.14 | €35.36 |
| Norway | €3.26 | €10.88 | €27.20 |
| Finland | €3.81 | €10.34 | €25.84 |
| United Kingdom | €7.89 | €24.21 | €60.52 |
Prices are approximate gross averages including VAT. Actual costs vary by provider, tariff, and time of use.
How to Calculate Ford E-Transit Charging Costs
Calculating your charging cost comes down to two numbers: how much energy your car uses, and how much you pay for that energy. Here is the formula.
Cost per 100 km = (consumption in Wh/km × 100 ÷ 1000) × price per kWh
Cost per full charge = battery capacity in kWh × price per kWh
Example: Ford E-Transit at home
If your home electricity costs €0.25 per kWh (a rough European average), and the Ford E-Transit consumes approximately 272 Wh per kilometer:
- Energy per 100 km: 272 × 100 ÷ 1000 = 27.2 kWh
- Cost per 100 km: 27.2 × €0.25 = €6.80
- Full charge (0-100%): ~68 kWh × €0.25 = €17.00
Example: Ford E-Transit at a DC fast charger
DC fast chargers typically cost more, often around €0.45 per kWh or higher. Using the same formula:
- Cost per 100 km: 27.2 × €0.45 = €12.24
- Full charge (0-100%): ~68 kWh × €0.45 = €30.60
Keep in mind: These are simplified examples. Your actual cost depends on your specific electricity tariff (which varies by time of day and provider), any charging network subscription you have, session fees, idle fees, and how efficiently you drive. Cold weather, high speeds, and heavy loads all increase consumption. Use these numbers as a starting point, not a guarantee.
Home Charging vs Public Charging
Where you charge makes the biggest difference in what you pay. Here is how the options compare for the Ford E-Transit.
Home charging (AC, typically 3.7 to 22 kW)
The cheapest option. You pay your home electricity rate, which in most European countries is between €0.15 and €0.40 per kWh. The Ford E-Transit can charge at up to 11 kW on AC, so a full charge from empty takes several hours. Most drivers plug in overnight and wake up to a full battery. If your energy provider offers off-peak rates, charging between midnight and 6 AM can reduce costs further.
Public AC charging (typically 7 to 22 kW)
Public AC chargers at shopping centres, workplaces, or on-street locations usually cost more than home electricity but less than DC fast chargers. Prices range from €0.25 to €0.50 per kWh depending on the network and country. Some are free (employer-provided or included in parking).
DC fast charging (up to 115 kW)
The fastest but most expensive option. The Ford E-Transit supports DC fast charging at up to approximately 115 kW, which can take the battery from 10% to 80% in roughly 34 minutes under good conditions. DC prices typically range from €0.35 to €0.70+ per kWh. Some networks also charge per-minute fees or session fees on top.
Should You Charge to 80% or 100%?
You may have heard the advice to "only charge to 80%." Whether this applies to you depends on how you charge and what battery your Ford E-Transit has.
At DC fast chargers
Charging speed slows down significantly above 80% on most electric cars, including the Ford E-Transit. The last 20% can take as long as the first 60%. If you are on a road trip and paying per kWh (or per minute), stopping at 80% saves both time and money. This is a practical recommendation for fast charging, not a strict rule.
At home (AC charging)
At home, charging to 100% occasionally is generally fine. The speed taper above 80% does not matter when you are charging overnight on cheap electricity. Some manufacturers recommend keeping the daily limit around 80-90% to help with long-term battery health. Check your Ford E-Transit's manual for the manufacturer's specific recommendation.
Battery care advice varies by manufacturer, battery chemistry, and model year. The above is general guidance. Always follow the recommendations in your Ford E-Transit's owner manual.
All Countries
Tips to Reduce Charging Costs
- Charge at the depot overnight whenever possible. The E-Transit's 68 kWh battery fills up on an 11 kW AC charger in about 7 hours, and depot electricity is far cheaper than public fast charging.
- Use the E-Transit's preconditioning feature to warm the battery before DC fast charging. This helps you reach closer to the 115 kW peak speed, reducing time and cost per session.
- Plan routes to avoid unnecessary detours. At 272 Wh/km, every extra kilometer costs more than in a passenger EV, so efficient routing has a bigger impact on your charging bill.
- Stop DC charging at 80% on route. The E-Transit charges reasonably fast up to that point, but slowing down above 80% means you are paying more per kWh for diminishing returns.
- Reduce payload weight where possible. The E-Transit's consumption rises noticeably with heavier loads, and lighter loads mean fewer mid-day charging stops.
Depot charging overnight is the foundation of cost-effective E-Transit operation. With 250 km of range at full charge, many delivery routes fit within a single charge. For longer days, a quick DC top-up to 80% during a break keeps the van running without the high cost of charging above 80%.
These tips are general suggestions. Your situation may differ depending on your electricity contract, driving patterns, and local charging infrastructure. Always follow safe charging practices and your vehicle manufacturer's guidelines.
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