barryd
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Just trying to turn it around into a positive as its an ambitious and interesting project. However I asked my new best pal ChatGPT and he / she pretty much confirms the above. Its doable if you have a decent 240v EHU supply but as Mark said, might take a while.
Solar isn't going to do much as also said I don't think.
A friend has bought an electric Sprinter van H2 L2. He intends to convert it to a camper van but there are concerns about range. Do you know how long it would take to charge up the batteries on a normal 240v plug socket?
Most new eSprinters come with one of two battery options:
If he wants more practical charging:
If he’ll regularly camp off-grid or without reliable public charging:
Solar isn't going to do much as also said I don't think.
A friend has bought an electric Sprinter van H2 L2. He intends to convert it to a camper van but there are concerns about range. Do you know how long it would take to charge up the batteries on a normal 240v plug socket?
ChatGPT said:
Yes, I can give you a good estimate. The charging time for an electric Mercedes-Benz eSprinter H2 L2 on a standard 240V domestic socket (UK mains supply) depends on:- Battery size
- Charging power of the onboard charger
- Amperage of the plug socket (typically 10A or 13A in the UK)
Battery :battery:" src="https://cdn.jsdelivr.net/joypixels/assets/8.0/png/unicode/64/1f50b.png" data-shortname=":battery:" /> Battery and Charging Overview (2024 eSprinter H2 L2)
Most new eSprinters come with one of two battery options:- 56 kWh
- 113 kWh
Charging via 240V Domestic Socket (UK, ~2.3 kW at 10A)
- A regular UK 3-pin plug delivers 2.3 kW max (10 amps @ 230V).
- To fully charge a 113 kWh battery from 0%:
113 kWh2.3 kW≈49 hours\frac{113 \text{ kWh}}{2.3 \text{ kW}} \approx 49 \text{ hours}2.3 kW113 kWh≈49 hours
- If charging overnight (10 hours), he might gain ~23 kWh, or 20–25% of the battery.
- That could give ~50–60 miles of range per night, depending on driving style and payload.
Faster Charging Options
If he wants more practical charging:- Wallbox (7.4 kW, single-phase): ~15 hours for full charge
- 11 kW (three-phase): ~11 hours
- DC Fast Charging (115 kW): 10–80% in ~42 minutes (if public chargers are used)
Recommendation
If he’ll regularly camp off-grid or without reliable public charging:- He should plan trips conservatively or fit a 7.4 kW wallbox at home for quicker top-ups.
- Keep in mind: standard 3-pin plugs are for emergency or slow overnight charging only.