Portable Power Stations for Camping: Our Shortlist

What matters in the best portable power station for camping

The best portable power station for camping is the one sized to your loads. Four figures decide it, and the makers print all of them: capacity in watt-hours (Wh), continuous output in watts (W), the ports you get, and the weight you have to carry from the vehicle. Our guide to how to size a power station covers each in more detail.

• Capacity (Wh). How much energy is stored. It is the tank size.
• Output (W). The most the station will deliver at once. A kettle or a heater can exceed a small station's output.
• Ports. AC outlets, USB-C, a 12V car outlet. A 12V outlet suits a fridge, and USB-C suits phones and laptops.
• Weight and cycles. Weight matters when you carry it, and cycle life tells you how many full charges the maker says the battery will survive.

The four stations side by side

All figures are the makers' own, taken from the product page or manual we read. Where the same maker shows different figures on different pages, we say so.

Our four picks and why we chose them

We chose these from maker pages and manuals, not from testing. Each pick has a role, the facts the maker states, a note on who it is not for and a link to the page we read. Different pages on one maker's site sometimes show different capacity figures for similar models, so we name the exact model.

1. Best for USB-C and a 12V fridge

   EcoFlow DELTA 2

   Why we chose it: A mid-size LiFePO4 station with two fast USB-C ports and a 12V outlet for a fridge.

   • 1,024 Wh capacity (the maker's manual)
   • 1,800 W total pure sine wave output, 2,700 W surge
   • About 12 kg (27 lb)
   • 3,000 cycles to 80% or more
   • Two USB-C ports at 100 W each, plus a 12V car outlet (10 A, 126 W max)

   Not for: Anyone who must hold the weight under 25 lb or wants the most output per pound.

   Checked 2026-11-12 on the EcoFlow product page.

   Find EcoFlow DELTA 2 on Amazon

2. Highest output of the three

   Anker SOLIX C1000 Gen 2

   Why we chose it: The highest continuous output of the three, with a long cycle rating.

   • 1,024 Wh capacity
   • 2,000 W output, 3,000 W peak, up to 10 ports
   • At least 80% capacity after 4,000 cycles (the maker's figure)
   • 24.9 lb / 11.3 kg net weight (Anker's support page)

   Not for: Anyone who wants the lightest option: it is lighter than the BLUETTI but heavier than the Jackery.

   Checked 2026-11-12 on the Anker SOLIX product page.

   Find Anker SOLIX C1000 Gen 2 on Amazon

3. Most capacity of the three

   BLUETTI AC180

   Why we chose it: The most capacity of the three and many output ports.

   • 1,152 Wh capacity, 1,800 W
   • 11 output ports
   • LiFePO4, 3,500+ cycles
   • Weight: 35.3 lb in the spec table, 37 lb / 17 kg in the text on the same page
   • 5-year warranty

   Not for: Anyone carrying it far from the vehicle: it is the heaviest of the three.

   Checked 2026-11-12 on the BLUETTI product page.

   Find BLUETTI AC180 on Amazon

4. Lightest of the four

   Jackery Explorer 1000 v2

   Why we chose it: The lightest of the four at the stated weight, with fast recharge.

   • 1,070 Wh capacity, 1,500 W rated output (3,000 W surge) per Jackery's support page
   • LiFePO4 cells, about 10.8 kg
   • About 1.7 hours to full charge (the maker's figure)
   • Jackery app for remote monitoring; no external expansion battery on this model

   Not for: Anyone running a heavy appliance: its rated output is the lowest of the four, and other pages on Jackery's site show different capacity figures for similar models, so confirm the exact model.

   Checked 2026-11-12 on the Jackery product page.

   Find Jackery Explorer 1000 v2 on Amazon

Amazon buttons are affiliate links: we may earn from qualifying purchases, at no cost to you. Prices and stock change, so check the listing. See our affiliate disclosure and how we choose.

Estimating runtime

Runtime is simple arithmetic: energy in watt-hours times the usable fraction, divided by the load in watts. The usable fraction is less than 100% because of conversion losses, and it varies by station and temperature, so we treat it as an assumption you can change.

A worked example, labelled as an estimate: a 40 W average fridge load on a 1,024 Wh station with an assumed 85% usable fraction gives 1,024 × 0.85 ÷ 40, about 22 hours, and that is before anything else draws power. Add 15 W of phone charging and the same sum drops to about 16 hours. Change the assumption if you know better, and leave a margin.

For camp loads beyond a single night, a second source helps. Dual battery setup covers charging from the vehicle, and 12V fridge vs cooler helps you decide whether a fridge is worth the power.

Using a power station at camp

Keep the station out of direct sun and rain, give it airflow, and follow the maker's temperature limits. Do not run a load above the station's rated output, and use cables rated for the load. When you charge from solar or the vehicle, follow the maker's instructions for inputs. Our off-road camping hub has the wider setup, and the camping checklist lists the items to pack.