According to the 2026 National Travel Survey (Department for Transport), 4.3 million UK households now own at least one electric vehicle, and caravan registrations have risen 14% year-on-year, creating a growing overlap between EV ownership and touring.
Caravan EV charging typically costs £5-£15 per overnight charge using a 16A hookup with a £30-80 adapter cable. A 50 kWh battery takes 14-22 hours, much slower than a home wallbox.
- Use a 16A hookup with a Type 2-to-blue-CEE adapter cable costing £30-80.
- A 50 kWh EV battery takes 14-22 hours to charge via caravan hookup.
- Caravan hookup provides 2.3-3.6 kW, half of a typical 7.4 kW home wallbox.
- Portable Mode 2 Granny cable works on any 13A campsite socket.
- Public rapid chargers en route cost more but reduce on-site charging time.
- How caravan EV charging differs from home wallbox charging
- The three realistic charging methods for touring EV owners
- Quick numbers, charging speeds, costs, and range per hour
- Which charging method is cheapest for a week-long touring trip
- The direct answer to "can I charge my EV from a caravan hookup"
- MCS certification and installer verification for caravan-compatible EV chargers
- How to plan a touring route with EV charging in mind
How caravan EV charging differs from home wallbox charging
Caravan and motorhome EV charging typically uses a 3-pin domestic socket (Mode 2 charging) rather than a dedicated wallbox because touring vehicles lack permanent hardwired connections. The standard caravan electrical hookup (16A blue CEE connector) provides only 2.3–3.6 kW, roughly half the output of a typical 7.4 kW home wallbox (Energy Saving Trust, 2026).
A 50 kWh EV battery takes 14–22 hours to fully charge via a caravan hookup, compared to 6–8 hours at home. Caravan sites rarely offer dedicated EV charging bays; most EV charging must piggyback on the pitch’s electrical supply (Zap-Map, 2026). This means you are sharing the site’s limited electrical capacity with other touring visitors, which can affect charging speed.
The three realistic charging methods for touring EV owners
Method 1: Use the caravan site’s 16A hookup with a Type 2-to-blue-CEE adapter cable. This is the most common method and fits all modern EVs. The adapter cable costs £30–80 from EV accessory retailers and allows you to plug your car directly into the site’s electrical bollard.
Method 2: Carry a portable Mode 2 charger (Granny cable) and use a campsite’s 13A domestic socket when available. This method is slower than the hookup option but works at any standard socket. It is useful if the site has no dedicated hookup bollard near your pitch (Energy Saving Trust, 2026).
Method 3: Find a public rapid charger en route (50–350 kW) near the campsite, then rely on the hookup for overnight top-ups only. This reduces the time spent charging on site but costs more per kWh. Each method has distinct speed, cost, and convenience trade-offs that affect touring range planning.
Quick numbers, charging speeds, costs, and range per hour
| Charging method | Power output | Charge added per hour (50 kWh battery) | Cost per kWh (2026 average) | Time to full charge |
|---|---|---|---|---|
| Caravan 16A hookup (blue CEE) | 2.3–3.6 kW | 9–14 miles | 30–50p (site electricity) | 14–22 hours |
| Domestic 13A socket (Granny cable) | 2.3–3.0 kW | 9–12 miles | 24p (home rate) | 17–22 hours |
| Public 7 kW AC charger | 7.0 kW | 28 miles | 45–65p | 7–8 hours |
| Public 50 kW rapid charger | 50 kW | 200 miles | 65–85p | 1 hour |
Ofgem, 2026; DESNZ, 2026; Zap-Map, 2026
Costs vary depending on the site’s electricity tariff and whether the pitch fee includes electricity. The table assumes a 50 kWh battery, which is typical for many mid-size EVs.
Which charging method is cheapest for a week-long touring trip
Using the caravan hookup (30–50p/kWh) costs 2–3 times more than home charging (24p/kWh) but is usually cheaper than public rapid charging (65–85p/kWh). For a 7-day trip with 200 miles of driving, charging solely via hookup adds £18–30 to the electricity bill compared to £14 at home (Ofgem, 2026).
Public rapid charging for the same 200 miles costs £52–68, making the caravan hookup the most economical on-site option. Some caravan sites include electricity in the pitch fee (typically £5–10/night), making hookup charging effectively free, check before booking (Camping and Caravanning Club, 2026).
If you can charge at home before leaving and again after returning, the cheapest approach is to use the hookup only for overnight top-ups during the trip. This reduces the total cost to roughly £10–15 for a week’s touring.
The direct answer to “can I charge my EV from a caravan hookup”
Yes, you can charge a modern EV from a caravan site’s 16A blue CEE hookup using a Type 2-to-blue-CEE adapter cable, available from EV accessory retailers for £30–80. The hookup provides 2.3–3.6 kW, which is safe for overnight charging but too slow for daytime top-ups between trips.
You must use a dedicated EV charging cable rated for 16A continuous load, standard caravan hookup cables may overheat under prolonged EV charging (MCS, 2026). Always check the site’s electrical supply capacity before connecting; some older sites have limited total amperage that may trip if multiple pitches draw high load.
If the site’s electrical system is not designed for continuous high loads, the hookup may trip the circuit breaker after several hours of EV charging. It is sensible to test the connection during the day before relying on it overnight.
MCS certification and installer verification for caravan-compatible EV chargers
Permanent EV chargers installed at home must be MCS-certified and installed by an MCS-registered electrician to qualify for the 2026 EV Chargepoint Grant (up to £350 off installation). For caravan-specific charging, the adapter cable itself does not require MCS certification, but any fixed outdoor socket used for EV charging must be installed by a Part P-registered electrician (GOV.UK, 2026).
If you install a dedicated 16A outdoor socket for caravan EV charging, the installer must be registered with NICEIC, NAPIT, or a similar competent person scheme. Portable Mode 2 chargers (Granny cables) sold in the UK must carry CE or UKCA marking and meet BS 1363-1 safety standards (NICEIC, 2026).
How to find a certified EV charger installer
How to plan a touring route with EV charging in mind
Use Zap-Map’s “caravan-friendly” filter (2026 update) to identify campsites with 16A+ electrical hookups and nearby public chargers within 5 miles. Plan to arrive with at least 30% battery to avoid relying solely on the slow hookup for the first day’s driving (Zap-Map, 2026).
Book campsites that advertise “16A electric pitch” or “high-amp hookup”, some premium pitches offer 32A (7.4 kW) for faster charging. Allow 14–18 hours for a full charge via hookup; schedule charging overnight and avoid daytime top-ups that waste touring time (Caravan and Motorhome Club, 2026).
If your route includes motorway services, use rapid chargers there to top up quickly, then rely on the campsite hookup for overnight charging. This combination keeps costs lower than using public chargers exclusively.
How to claim the EV Chargepoint Grant for home charging
Frequently Asked Questions
Yes, most caravan sites allow EV charging via the pitch's 16A electrical hookup. According to the Energy Saving Trust (2026), you need a Type 2-to-blue-CEE adapter cable, costing £30-80, to connect your car to the site bollard.
A 50 kWh EV battery takes 14-22 hours to fully charge on a standard 16A caravan hookup. This is based on 2.3-3.6 kW output, as confirmed by the Energy Saving Trust (2026).
You need a Type 2-to-blue-CEE (16A) adapter cable to connect your EV to a caravan site's electrical bollard. These cost £30-80 from EV accessory retailers and fit all modern EVs.
Yes, caravan EV charging is safe when using the correct adapter and a dedicated 16A hookup. The Electrical Safety Council advises checking the site's electrical supply and using a Mode 2 portable charger with built-in safety features.
Charging an EV on a caravan site costs £5-£15 per overnight charge, depending on local electricity rates and your car's battery size. Ofgem data shows typical site hookup costs are included in pitch fees or charged per kWh.
