Choosing a portable power station for a campervan is not just about capacity. This is a piece of kit that has to endure constant vibrations, cope with extreme temperatures, and fit into a space where every centimetre has been hard-won.
If you want to calculate your exact needs first, start with my guide on how many watts for a campervan. This comparison is based on manufacturer specs, feedback from the vanlife community, and the criteria that genuinely matter on the road. Not an Amazon listing. A field analysis.
You do not choose a station for a campervan the way you would for a weekend at the campsite. The constraints are radically different.
Vibrations first. A van moves. Sometimes over smooth tarmac, more often along rutted tracks. A station with poorly secured internal components will eventually develop loose connections. I had this problem with a model I shall not name -- after four months on the road, the touchscreen only responded on its right half. The after-sales team confirmed it: vibrations had worked the screen ribbon cable free.
Temperature next. In summer in southern Spain, the inside of a van easily hits 50 degrees when you leave it for a couple of hours. And LFP cells are rated to operate up to 45 degrees whilst charging, 60 degrees whilst discharging. You are quickly at the limit. In winter in the Pyrenees, I have woken up to minus five inside. At that temperature, charging is simply blocked on most stations -- and rightly so, because charging LFP below zero degrades the cells.
And then there is space. In a campervan, you do not have a three-square-metre garage to stash your station. You have a compartment beneath the bed, a niche behind the bench seat, or a technical cupboard 40 cm wide. Dimensions matter just as much as capacity.
Forget generic rankings. For a campervan, here is what makes the difference day to day.
Capacity must match your actual consumption. For a van running a 50 W fridge continuously, a fan, LED lighting, and device charging, you consume between 500 Wh and 800 Wh per day. Below 1000 Wh nominal, you recharge every single day. Above 2000 Wh, you have headroom but carry dead weight if you have roof panels.
Weight and dimensions are critical. Above 25 kg, it becomes a real faff to shift inside a van. A station wider than 45 cm will not fit most standard technical compartments.
Solar charging is essential. You live on the road; you do not always have a 230 V socket to hand. A station accepting 400 W of solar input is the minimum for serious use with two 200 W panels on the roof. Check the MPPT voltage range too -- some stations only work with their own brand of panels.
Fan noise. At night in a six-square-metre van, you hear everything. The best models have a silent mode or a fan that only spins above 200 W of output.
Mechanical robustness. Aluminium or thick ABS chassis, non-slip feet, screwed rather than glued internals. Hard to verify before buying, but vanlife forum feedback is invaluable.
Something nobody mentions in standard comparisons: alternator charging. When you drive, a cigarette lighter cable recovers between 80 and 120 W. Over a six-hour driving day, that is 480 to 720 Wh free of charge -- literally.
Not every station handles this identically. Some cap car charging at 100 W. Others reach 200 W with a suitable cable. Some (like the Bluetti AC200L) accept simultaneous solar AND car charging.
My setup: the station recharges at 100 W via the lighter whilst the roof panels produce in parallel. On a sunny driving day, I arrive with a full battery. A comfort you only appreciate once you have lived it.
Check your station car input voltage too. Most work on 12 V, but some larger converted vans run 24 V. Plug 24 V into a 12 V input and the internal fuse takes the hit. Or worse.
In a campervan, your station takes more punishment than at home. If something is going to give, it will give for you. After-sales quality is not a detail -- it is insurance.
EcoFlow and Bluetti both have European repair centres (Germany and Poland respectively). Lead times average two to four weeks. Jackery has improved its European network recently. Anker benefits from existing infrastructure. Fossibot is less clear-cut -- lead times stretch to six weeks and the track record on complex cases is limited.
Keep the original packaging during the first year. Take backup photos of your serial number and receipt.
1024 Wh expandable to 5 kWh, 1800 W continuous (peak 2700 W), 18 kg. The station I use and recommend most often. Solar input up to 500 W, broad MPPT range (11-60 V), fan only above 300 W. Dead silent at night with just the fridge and lighting.
After four months on Corsican and Spanish roads, not a rattle, not a dead pixel. EcoFlow have worked on ruggedness for this generation. Drawback: around 1400 euros, and add-on batteries are pricey.
2048 Wh, 2400 W, 28.6 kg. Capacity-to-price ratio that is hard to beat. Accepts 1200 W solar input. Full solar recharge achievable in one long summer day.
At 28.6 kg, once installed you never move it. The fan is more present than the DELTA 3 Plus -- noticeable above 30 degrees ambient.
1264 Wh, 2000 W, 14.5 kg. Lightest station in this selection for this capacity bracket. You can lift it one-handed. Solar capped at 800 W, efficient MPPT. Panel ecosystem more closed than competitors. App feels dated.
1056 Wh, 1800 W (peak 2400 W), 12.9 kg. Best weight-to-capacity ratio in March 2026. Fan at 28 dB under light load -- virtually inaudible. No expandability though.
2048 Wh, 2400 W, 25 kg. Around 850 euros -- half the equivalent EcoFlow. Remarkable specs. Build quality adequate, European after-sales a question mark. Rational choice for someone starting vanlife on a budget.
| Criterion | EcoFlow DELTA 3+ | Bluetti AC200L | Jackery 1000+ | Anker C1000 | Fossibot F2400 |
|---|---|---|---|---|---|
| Capacity | 1024 Wh (exp 5 kWh) | 2048 Wh | 1264 Wh | 1056 Wh | 2048 Wh |
| Output | 1800 W | 2400 W | 2000 W | 1800 W | 2400 W |
| Weight | 18 kg | 28.6 kg | 14.5 kg | 12.9 kg | 25 kg |
| Solar input | 500 W | 1200 W | 800 W | 600 W | 500 W |
| Chemistry | LFP | LFP | LFP | LFP | LFP |
| Fan noise | Very low | Moderate | Low | Very low | Moderate |
| Expandable | Yes | Yes | Yes | No | No |
| Price | ~1400 EUR | ~1300 EUR | ~1100 EUR | ~900 EUR | ~850 EUR |
NMC chemistry -- lifespan halved versus LFP. No integrated MPPT -- 20-30% solar yield lost. Unprotected touchscreens -- too many cracked screens reported.
In an emergency stop, 25 kg flying through the cabin is dangerous. Velcro is the minimum. A plywood box with ratchet strap is better. Sliding drawers on rails are the gold standard.
My setup: 18 mm plywood box, non-slip base, ratchet strap. Comes out in thirty seconds.
On a panel van you have 4 to 6 m2 of usable roof. Two or three 200 W rigid panels give 400 to 600 W on paper, 60 to 70% in practice. See the solar installation guide with wiring diagram.
Budget available: EcoFlow DELTA 3 Plus. Budget tight: Fossibot F2400. Weight priority: Anker SOLIX C1000 at 12.9 kg. Calculate your daily consumption BEFORE buying.
My mate Guillaume bought 3000 Wh for his Sprinter. Six months, never below 60%. Sweet spot for most vanlifers: 1000 to 1500 Wh with roof solar. Use our comparison tool.
For motorhomes, see the dedicated guide. Vanlife is the art of compromise. Your station too.
For standard use (fridge + lighting + phones + laptop), 700 to 900 Wh per day. A 1000 Wh station with a 200 W roof panel gives full summer autonomy. Without solar, aim for 1500 to 2000 Wh.
The portable wins on simplicity and removability. A fixed battery recharges via the alternator automatically. Ideally use both -- fixed for 12 V, station for 230 V.
Yes. The Anker SOLIX C1000 (12.9 kg) fits under a seat. The Jackery 1000 Plus (14.5 kg) slides into a technical compartment. It is not the van size that limits you -- it is the weight you are willing to carry.
Cedric
