⚡🚗 EV travel: charging at cabins and along the route
Norway is friendly to electric vehicles: even small cabins are increasingly equipped with wall-mounted AC chargers and sockets near parking spaces, and there is a dense network of fast DC stations along the fjords. To ensure your trip goes smoothly, keep three things in mind: understand the types of chargers, choose accommodation with the right filters, and organise your overnight charging wisely, observing etiquette and safety requirements.
🔌 Types of chargers: what to call them
AC (alternating current) — ‘destination charging’.
- Type 2 / Wallbox (7–22 kW): standard for cottages and car parks; most often 7–11 kW. Bring your own Type 2 cable (if the host has a socket without a cable).
- CEE 230 V (blue ‘camping’), 16 A: acceptable with host permission and standard mobile EVSE.
- Schuko 230 V, 10 A: often prohibited for EV charging due to overheating/fire risk. If the facility's rules prohibit it, do not use it.
DC (direct current) — ‘fast’.
- CCS 50–300+ kW: for travelling between regions. Plan ‘short dock stops’ during the day and ‘long’ charging at night at your accommodation.
Important to know: AC charging power depends on the phase of the facility (1- or 3-phase network) and the permissible current. Your car may limit the intake (e.g., 11 kW max.).
🏠🔎 Filters when searching for accommodation: how to quickly find ‘your place’
When browsing through property listings, look for ‘beacons’ and words in Norwegian/English:
- ‘EV-lading’, ‘Elbil lading’, ‘Ladeplass’, ‘Type 2’, “Wallbox”, ‘11 kW/22 kW’.
- ‘Parking with power’, ‘Destination charging’, ‘Charging per kWh/flat fee’.
- Direct prohibitions are indicated as follows: ‘Ikke tillatt lading fra stikkontakt’ (no charging from a standard socket), ‘No EV charging from cabin socket’ — please respect these.
What to check with the host before paying:
- Type of point (Type 2/socket/CEE), power and phases.
- Do you need your own Type 2 cable, where is it stored, access at night.
- Tariff: per kWh, fixed/night or ‘included’.
- Parking space (distance to the entrance, lighting, slope), quiet hours rules.
- Strict prohibition on ‘extension cords’/charging from household sockets — if there is one, accept it as a given.
🌙🔋 Night-time charging: how to organise ‘plug in and sleep’
Basic logic: arrive in the evening → set a limit of 80–90% → connect to AC → set a timer for departure (if necessary). At night, the grid is less congested and the battery is warm after the journey, so there is less loss.
In winter: add +15–30% to your usual travel consumption, warm up the interior from the socket, not from the battery (if the station allows). Plan for a ‘morning balance’ of 20–30% until the nearest DC charging station.
Share the point: if the houses have one Wallbox for everyone, set time slots (for example, until 01:00 for you, after that for your neighbours) and move your car on time.
🤝📏 Charging etiquette: good manners = more power for everyone
- Host consent is required. Only charge at authorised points. Household sockets/extension cords without permission — no.
- Use your own cable and keep it intact. No cracks, with latches; do not block the path to the houses.
- Free up space. Once you have reached the limit, move your car or disconnect the cable. At night, observe quiet hours.
- Fair payment. If the rate is per kWh/night, pay according to the rules; do not use ‘secret’ sockets.
- Safety. Place the cable at the crossing under a mat/bridge, not in a puddle. No “tees” or ‘coils’ of cable on a live reel.
- Signal to neighbours. Leave an ‘EV card’ with your number in the window if you are ready to move your car (you can ask your host for one).
❓FAQ
Only if the host has given their explicit permission and there is a standard mobile EVSE with protection (RCD) and current limitation. In many cottages, charging from Schuko is prohibited: heating, fire risk, weak lines. Without permission — no.
Not allowed: household extension cords/reels under EV load, ‘T-connectors’, wet connections, cable across the path without protection. Allowed: certified Type 2/Wallbox cable, mobile EVSE with protection at an authorised point. If you need a bridge across the path, ask the host.
Calculate it this way: you need kWh ≈ capacity × (target−current SOC)/100. Divide by power and multiply by 1.1 (losses). Example: 75 kW·h, 35%→85%, you need ~37.5 kW·h; at 7.4 kW, this is ~5.6 hours. Convenient — the calculator is above.
Add +15–30% to consumption, keep a buffer of 20–30%, heat the interior from the socket, not the battery, and set off with a warm battery. Consumption is higher on mountain passes, but descents return energy through recuperation — don't forget about the increased recuperation mode at safe speeds.
Usually not: charging on board is not allowed. Strategy: recharge before/after the crossing and take into account possible queues at stations in hubs.
For everyday trips and overnight stays at lodges, 80–90% is optimal: faster and easier on the battery. 100% is when you clearly need the entire reserve (a long ‘empty’ stretch of the route).
Most often: per kWh, fixed per night or ‘included’. Check before booking and do not connect without permission — even if there is a socket nearby.

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