Portable Power Stations for Power Outages

Plan essential backup power for short outages with a realistic capacity, load, and reserve estimate.

Start with the load, not the product

A power outage plan should answer three questions: what must stay on, for how long, and how the station will be recharged.

Calculate your setup →

Prioritize

Separate essential devices from convenience devices before comparing stations.

Add reserve

Do not size to the exact calculated Wh; leave headroom for aging and cold weather.

Recharge plan

Think about solar input, car charging, or a larger home battery if outages are frequent.

Example essential loadout

A planning example. Replace these numbers with the labels on your own devices.

DeviceRunning wattsHoursEnergy needed
Refrigerator200 W6.0 h1,412 Wh
Router15 W8.0 h141 Wh
Lights20 W6.0 h141 Wh
CPAP60 W8.0 h565 Wh
Planning starting point: about 2,259Wh before reserve. Add 20–30% for battery aging, cold temperatures, and devices you forgot.

Models to compare

These are data-based starting points, not a claim that one product is best for every household.

Full comparison →
ModelCapacityOutputPrice
Jackery Explorer 2000 v22,042 Wh2,200 W$999
EcoFlow DELTA 3 Max Plus2,048 Wh3,000 W$1,149
BLUETTI Premium 100 V21,024 Wh2,000 WCheck price
Anker SOLIX C1000X1,056 Wh1,800 W$479.99

Common questions

How long will a 2,000Wh station last?

It depends on average load. At 200W continuous it is roughly 8.5 hours at 85% usable efficiency.

Should I buy the largest station?

Not automatically. Weight, recharge time, output, and price matter as much as capacity.

Is a gas generator better?

It can run longer with fuel, but it needs ventilation, fuel storage, and maintenance. Portable stations are quieter and indoor-safe when used correctly.