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Portable Power Stations

The best portable power stations of 2026 for camping and power outages

Models compared for your home — Smart Yard & Outdoors

Searching for “portable power station”? This guide brings together our picks in the Portable Power Stations category, part of our Smart Yard & Outdoors section. We grade every model on what really matters over the life of a product: annual energy cost, the EU energy label, data privacy under the EU's GDPR, spare parts available for five years and Matter support. Models that promise more than they deliver are dropped, and the ones built to last make the cut.

EcoFlow DELTA 3 Plus – portable power station | Homenura
EcoFlow DELTA 3 Plus – portable power station | HomenuraPhoto: © EcoFlow

Our picks

Portable Power Stations: which one should you buy in 2026?

  1. Best overall

    EcoFlow DELTA 3 Plus

    1,024 Wh LiFePO4, 1,800 W, UPS, 1,000 W solar input and a very complete Wi-Fi/Bluetooth app: the ideal balance for home, backyard and van.

    Photo: © EcoFlow

    View on Amazon →
  2. Best value

    BLUETTI Elite 100 V2

    Same capacity as the DELTA 3 Plus, 1,000 W solar input, 10 ms UPS and 11.5 kg, usually at a more affordable tier.

    Photo: © BLUETTI

    View on Amazon →
  3. Best for light camping

    EcoFlow RIVER 3 Plus

    Only 4.7 kg for 286 Wh and 600 W, sub-10 ms UPS and expandable to 858 Wh: perfect for the tent or as router backup.

    Photo: © EcoFlow

    View on Amazon →

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F · A · Q

Frequently asked questions

Add up watts × hours for everything you'll run, then add about 20% for conversion losses. For example, a 60 W electric cooler for 10 hours (600 Wh) plus a 50 W laptop for 3 hours (150 Wh) is 750 Wh, so look for around 900 Wh. Also check that the continuous output in watts covers your most demanding appliance, including its startup surge. For long life, a LiFePO4 battery is the better choice, usually rated for thousands of cycles.

Yes, most can: a CPAP using 40 W for an eight-hour night needs about 320 Wh, plus more if the humidifier is on. Check your machine's actual consumption, and use a DC cord where the manufacturer offers one, as that wastes less energy than the AC inverter. If you rely on medical equipment, keep the station fully charged, plan for outages that last more than one night and keep your utility's outage number handy.

Very little: fully charging a 1,000 Wh unit takes about 1.1 to 1.2 kWh with losses, around 11 to 12¢ at an example rate of 10¢ per kWh. Your rate depends on your province and utility, so check your bill; with time-of-use rates, charge it overnight for less. Solar charging is free but slower: a 200 W portable panel only reaches its rating in full sun, which is rare on short winter days. Charging from a car's 12 V outlet is handy on the road but slow.

Almost never: lithium batteries over 160 Wh are banned from passenger aircraft, and most power stations are well above that. Batteries between 100 and 160 Wh need the airline's approval and must travel in the cabin, not in checked baggage. A power bank under 100 Wh is fine in your carry-on. For trips abroad, plan to rent a power station at your destination or bring only a solar panel.

A power station for most camping: it's silent, fume-free and safe inside a tent or camper van, which a gas generator never is. Many campgrounds restrict or ban generators because of noise, so check the rules before you go. A generator only makes sense for heavy loads over several days without an electrical hookup. Paired with a portable solar panel, a power station can keep phones, lights and a cooler going for a long weekend.