We stock and compare the portable power stations people actually search for — EcoFlow, Jackery, Anker SOLIX, BLUETTI, and Goal Zero — with honest specs on capacity, surge, and recharge time.
When the grid drops, the station wakes instantly — lights, router, and fridge keep running. Silent, automatic, and ready every single night.
Chase the sun and stay powered anywhere. High-efficiency solar input tops the station back up while you explore — no outlet, no engine, no noise.
Staff picks
The stations our team keeps recommending, from backpack-size backups to whole-home showcases.
LiFePO4 · 7.8 lb
0–100% · 1 hCharge: 0–100% in 1 h
Laptop ≈ 3 h
Wi-Fi ≈ 13 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.6 outputs · USB-C6 ports: 2× AC · USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 9.1 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 3 h
Wi-Fi ≈ 15 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 3× USB-C · USB-A · 12V
5-year warranty
LiFePO4 · 22.5 lb
0–80% · ~45 minCharge: 0–80% in ~45 min
Laptop ≈ 9 h
Wi-Fi ≈ 40 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 2× USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 28.4 lb
0–100% · 58 minCharge: 0–100% in 58 min
Laptop ≈ 12 h
Wi-Fi ≈ 56 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 ports: 6× AC · 2× USB-C · 2× USB-A · 12V
5-year warranty
LiFePO4 · 23.8 lb
0–100% · ~1.7 hCharge: 0–100% in ~1.7 h
Laptop ≈ 13 h
Wi-Fi ≈ 57 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 3× AC · USB-C 100W + 30W · USB-A · 12V
3+2-year warranty
LiFePO4 · 113.5 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 50 h
Wi-Fi ≈ 218 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 outputs: 120/240V AC · 2× USB-C 100W · USB-A · DC
5-year warranty
LiFePO4 · 7.8 lb
0–100% · 1 hCharge: 0–100% in 1 h
Laptop ≈ 3 h
Wi-Fi ≈ 13 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.6 outputs · USB-C6 ports: 2× AC · USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 9.1 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 3 h
Wi-Fi ≈ 15 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 3× USB-C · USB-A · 12V
5-year warranty
LiFePO4 · 22.5 lb
0–80% · ~45 minCharge: 0–80% in ~45 min
Laptop ≈ 9 h
Wi-Fi ≈ 40 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 2× USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 28.4 lb
0–100% · 58 minCharge: 0–100% in 58 min
Laptop ≈ 12 h
Wi-Fi ≈ 56 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 ports: 6× AC · 2× USB-C · 2× USB-A · 12V
5-year warranty
LiFePO4 · 23.8 lb
0–100% · ~1.7 hCharge: 0–100% in ~1.7 h
Laptop ≈ 13 h
Wi-Fi ≈ 57 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 3× AC · USB-C 100W + 30W · USB-A · 12V
3+2-year warranty
LiFePO4 · 113.5 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 50 h
Wi-Fi ≈ 218 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 outputs: 120/240V AC · 2× USB-C 100W · USB-A · DC
5-year warranty
LiFePO4 · 7.8 lb
0–100% · 1 hCharge: 0–100% in 1 h
Laptop ≈ 3 h
Wi-Fi ≈ 13 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.6 outputs · USB-C6 ports: 2× AC · USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 9.1 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 3 h
Wi-Fi ≈ 15 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 3× USB-C · USB-A · 12V
5-year warranty
LiFePO4 · 22.5 lb
0–80% · ~45 minCharge: 0–80% in ~45 min
Laptop ≈ 9 h
Wi-Fi ≈ 40 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 2× USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 28.4 lb
0–100% · 58 minCharge: 0–100% in 58 min
Laptop ≈ 12 h
Wi-Fi ≈ 56 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 ports: 6× AC · 2× USB-C · 2× USB-A · 12V
5-year warranty
LiFePO4 · 23.8 lb
0–100% · ~1.7 hCharge: 0–100% in ~1.7 h
Laptop ≈ 13 h
Wi-Fi ≈ 57 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 3× AC · USB-C 100W + 30W · USB-A · 12V
3+2-year warranty
LiFePO4 · 113.5 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 50 h
Wi-Fi ≈ 218 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 outputs: 120/240V AC · 2× USB-C 100W · USB-A · DC
5-year warranty
LiFePO4 · 7.8 lb
0–100% · 1 hCharge: 0–100% in 1 h
Laptop ≈ 3 h
Wi-Fi ≈ 13 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.6 outputs · USB-C6 ports: 2× AC · USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 9.1 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 3 h
Wi-Fi ≈ 15 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 3× USB-C · USB-A · 12V
5-year warranty
LiFePO4 · 22.5 lb
0–80% · ~45 minCharge: 0–80% in ~45 min
Laptop ≈ 9 h
Wi-Fi ≈ 40 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 2× AC · 2× USB-C 100W · 2× USB-A · 12V
5-year warranty
LiFePO4 · 28.4 lb
0–100% · 58 minCharge: 0–100% in 58 min
Laptop ≈ 12 h
Wi-Fi ≈ 56 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 ports: 6× AC · 2× USB-C · 2× USB-A · 12V
5-year warranty
LiFePO4 · 23.8 lb
0–100% · ~1.7 hCharge: 0–100% in ~1.7 h
Laptop ≈ 13 h
Wi-Fi ≈ 57 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.7 outputs · USB-C7 ports: 3× AC · USB-C 100W + 30W · USB-A · 12V
3+2-year warranty
LiFePO4 · 113.5 lb
0–80% · ~50 minCharge: 0–80% in ~50 min
Laptop ≈ 50 h
Wi-Fi ≈ 218 h
Estimates vary
Estimates depend on device wattage and conditions of use. Each example runs one device from a full battery, with 80–90% usable energy and an assumed 5 W station overhead. Actual standby draw varies by model.11 outputs · USB-C11 outputs: 120/240V AC · 2× USB-C 100W · USB-A · DC
5-year warranty
Why it lasts
Inside the cells. Around your home. Under an open sky. Discover what makes portable power worth keeping.
Good energy starts within
The best upgrade is the one you don’t have to make. Choose long-life LiFePO4 cells, designed for thousands of recharges — and all the workdays, outages and adventures in between.
Thousands of recharges. More adventures, fewer replacements.
An 80% capacity rating is a milestone, not an expiration date. Check the cycle-life rating for your model.
For the things that make a day
Cold food. A working connection. Light for one more chapter. Match a station to your everyday essentials, not just the biggest number on the box.
Cold food. Lights on. Your everyday essentials, wherever life takes you.
Match running and startup watts. Runtime depends on usable capacity, load and conversion losses.
A different kind of refill
Pair your station with compatible solar panels and turn daylight into the next charge. Fewer recurring chores. More freedom to stay a little longer.
Refill from the sky. No fuel runs. No oil changes. Just more freedom.
Match panel voltage, connector and input limits. Solar yield varies with weather, shade and panel angle.
Think beyond the first charge
Long-life cells. Capacity that fits your life. The option to refill with sunlight. That is power worth bringing along.
Solar panels + power stations
The art of taking turns
Let the sun refill one station while the other runs the cabin: lights, fridge, Wi-Fi. Every few hours they trade places, and the house never notices.
One panel. Two stations. A weekend house that stays lit long after the grid ends.
Roles swap on their own every few seconds here. In real life you reconnect by hand; this is not an automatic transfer switch.
Station A is charging from the solar panel. Station B is powering the cabin lights, fridge and Wi-Fi.
The sun clocks off. Your camp stays on.
Set your panel in the sun and keep the station shaded. Save the charge for your next night outdoors.
Start with a compatible panel + station. Add a second station when you want to take turns.
Illustrative setups, not product specifications. Check panel voltage, connectors and station input limits before pairing. Solar output depends on sunlight, shade and angle; runtime depends on capacity and connected loads.
Life, powered differently
A trail with no outlets. A campsite worth staying at. An evening at home. Make room for the moments, not the battery anxiety.
On the trail
Keep your phone, camera and navigation essentials in the plan when the road gives way to a footpath. For days on foot, start with a manageable carry weight and the devices you actually need.
Let a sunny rest stop do some of the work. Set a compatible panel in direct sunlight, keep the battery dry and shaded, and carry a charged reserve for changing weather.
Explore compact power
At the campsite
Slow breakfasts, a cooler close by and light after sunset. Build your camping setup around a few everyday comforts, with solar charging when the weather plays along.
Add up daily energy needs and check appliance startup power. Keep a reserve for overnight use and cloudy days.
Explore camping power
Back at home
When grid power stops, your priorities do not. Plan backup power for essential lights, connectivity and refrigeration, then choose capacity around the loads you want to support.
Whole-circuit backup needs compatible equipment and professional installation. Never backfeed a wall outlet.
Explore home backupLifestyle imagery illustrates possible uses, not included equipment or guaranteed performance. Check each model’s weight, output, solar input and connection requirements. Actual runtime and charging depend on your setup and conditions.
Shop by need
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×1EcoFlow · Camping
Most PopularA quiet, packable power setup for two nights of lights, cold food, cameras, and everyday devices.
Complete kit · 3 pieces
Shop by use
Four sizes, four different jobs. Start from what you want to plug in, not from the biggest number on the box.
245–293Wh · 300–300W · 6 models
Not for kettles, heaters, or anything with a motor.
Browse small286–1.1 kWh · 500–1.8 kW · 6 models
One appliance at a time; the AC or dryer stay on the grid.
Browse medium
2 k–3.1 kWh · 2.2 k–3.6 kW · 7 models
Carry it with two hands; this is not a hiking companion.
Browse large
2.8 k–5 kWh · 2.6 k–7.2 kW · 8 models
Lives in the garage; plan for an electrician and a transfer switch.
Browse home