Best Power Station for Hurricane Season
The outage that defines this category is multi-day, humid, and arrives after the shops have sold out. Size for the second morning, not the first evening.
At a glance
Quick picks
Tap any row to jump to the full write-up. Weight is a column here because it is the spec that decides whether you actually carry the thing.
| # | Product | Best for | Capacity · Weight | Price |
|---|---|---|---|---|
| 1 |  Anker SOLIX F3800 | Best for a multi-day outage | 3,840Wh 132.3 lb | Check price |
| 2 |  EcoFlow DELTA 2 Max | Best balance for most households | 2,048Wh 50.7 lb | Check price |
| 3 |  BLUETTI AC180 | Best for keeping many small things alive | 1,152Wh 35.27 lb | Check price |
| 4 |  Jackery Explorer 1000 v2 | Best to buy before the shops sell out | 1,070Wh 23.8 lb | Check price |
The short version: buy the Anker SOLIX F3800 if you expect multi-day outages, and the EcoFlow DELTA 2 Max if you want one unit that covers a day and still moves between rooms. The F3800 is the only pick here with enough solar input — 2,400W — to meaningfully refill itself while the grid stays down, which is the problem that defines storm season rather than an ordinary outage.
Hurricane-season planning gets sized wrong in a specific and predictable way. People calculate the first evening: the fridge, some lights, charging the phones. Then the outage runs to the second morning, the third afternoon, and the thing they actually needed was a way to put energy back in — with every shop shut and no grid to plug into.
Size for the second morning
That last line is the whole argument. Nobody is buying 9kWh of battery for four storms a decade. The practical answer is a unit sized for roughly one day plus a solar array that puts most of a day back — which is why maximum solar input, not capacity, is the spec that separates these four. What size power station for a power outage runs this arithmetic against a longer appliance list.
The recharge table
| Unit | Capacity | AC continuous | Max solar in | Expands to |
|---|---|---|---|---|
| Anker SOLIX F3800 | 3,840Wh | 6,000W | 2,400W | 53.8kWh |
| EcoFlow DELTA 2 Max | 2,048Wh | 2,400W | 1,000W | 6kWh |
| BLUETTI AC180 | 1,152Wh | 1,800W | 500W | No expansion |
| Jackery Explorer 1000 v2 | 1,070Wh | 1,500W | 400W | No expansion |
What a hurricane adds that an ordinary outage does not
Heat and humidity, with no air conditioning. This is the load people forget. A box fan at 60W for eight hours is 480Wh — a fifth of a 2kWh unit, every night. If you live somewhere a storm means 90°F indoors, budget for fans and do not plan on running an air conditioner: a window unit is 500-1,500W continuous, and a rooftop RV unit needs 3,000W+ of surge.
Days, not hours. Which makes surge less important than input. A 1,500W unit that recharges from panels beats a 3,000W unit that cannot, once you are past the first night.
No shops. Panels, cables and expansion batteries sell out before landfall and ship slowly afterwards. If solar recharge is part of your plan, buy the panel at the same time as the unit, not when the forecast changes. Best portable solar panels for power stations covers what to pair.
Water. A 132 lb wheeled unit cannot be carried upstairs. If your property floods, that is an argument for the 23.8 lb Jackery alongside whatever else you own, not instead of it.
What a power station will not do
It will not run central air conditioning, an electric water heater, or an electric range, with the single exception of the F3800's 240V receptacles and even then not all at once. If whole-home coverage through a transfer switch is the goal, you are looking at the F3800 with expansion packs, or at a standby generator, and power station vs gas generator is the honest comparison — a generator wins on multi-day runtime and cost per watt-hour, and loses on running indoors, silently, with no fuel to queue for.
If what you actually need is to protect specific equipment rather than power the house, using a power station as a UPS for wifi and router and power station vs UPS are the cheaper, more targeted answers. And if a sump pump is the reason you are here, best power station for a sump pump deals with the surge problem that makes pumps a special case.
The picks in full
1. Best for a multi-day outage
Anker SOLIX F3800
- 3,840Wh
- LiFePO4 (LFP)
- 6,000W continuous / 9,000W surge
- 132.3 lb
- 2400W
- 3,000+ cycles
- 1,800W max AC input
- 5 years
3,840Wh with 6,000W continuous, 9,000W surge, true 240V receptacles and — the spec that wins hurricane season — 2,400W of published solar input. When the grid is down for four days, recharging is the problem, and this is the only unit here that can genuinely refill itself from panels while you are using it.
Expansion to 53.8kWh across six packs means the plan scales from one fridge to a household. The published 132.3 lb with wheels is a number you can plan a garage around.
3,000+ cycles with no retention threshold published is the weakest cycle claim of these four, which matters less here than almost anywhere — a storm-season unit cycles a handful of times a year, so calendar ageing will end it first.
Reasons to buy
- 2,400W solar input — refills while the grid is down
- 3,840Wh, 6,000W continuous, 9,000W surge
- True 240V (NEMA 14-50 and L14-30)
- Expands to 53.8kWh
- Wheeled, with a published weight
Reasons to avoid
- 132.3 lb — it is not going upstairs
- 3,000+ cycles, no retention threshold published
- No published AC recharge time
- Overkill if your outages last hours
Buy it if: four days without grid power and a fridge full of food.
Skip it if: your outages are measured in hours.
2. Best balance for most households
EcoFlow DELTA 2 Max
- 2,048Wh
- LFP (LiFePO4)
- 2,400W continuous
- 50.7 lb
- 1000W
- 3,000 cycles to 80% capacity
- 2.3 hr; 800W car/alternator charging
- 5 years
2,048Wh at 2,400W continuous is roughly a comfortable day of real household loads — a fridge, a router, lights, phones and a laptop — and 50.7 lb means one adult can move it between rooms, which matters when the storm takes out one half of the house.
1,000W of solar input and 800W of car charging are the two recharge routes that work with no grid: panels on the driveway, or the car engine. Expansion from 2kWh to 6kWh turns one day into three.
EcoFlow publishes no surge figure for this model and 2,400W will not start a 240V anything. Check your fridge's compressor surge before relying on it.
Reasons to buy
- 2,048Wh — about a full day of household loads
- 1,000W solar plus 800W car charging
- Expands from 2kWh to 6kWh
- 50.7 lb, movable by one person
- Under-20 ms UPS switchover
Reasons to avoid
- No surge figure published by EcoFlow
- 120V only
- 3,000 cycles to 80%
- No published dimensions
Buy it if: a day or two of cover, and a unit you can reposition.
Skip it if: you need 240V or four days unattended.
3. Best for keeping many small things alive
BLUETTI AC180
- 1,152Wh
- LiFePO4
- 1,800W continuous / 2,700W surge
- 35.27 lb
- 500W
- 3,500+ cycles to 80% original capacity
- 1.3-1.8 hr full (1,440W max AC input)
- 5 years
1,152Wh with four AC outlets, four USB-A, a USB-C 100W and a wireless pad. In a storm the loads that actually matter are small and numerous — phones, a modem, a router, a lamp, a fan, a medical charger — and port count is the spec nobody lists and everybody needs.
1,800W continuous with a 2,700W surge covers a household fridge, and a 1.3-1.8 hour recharge on a 1,440W input means it refills fast in whatever window the grid gives you. 3,500+ cycles to 80% is the longest cycle rating here.
35.27 lb for 1,152Wh is 32.7Wh per pound, the worst ratio of these four, and it does not expand. A 500W solar ceiling is modest for a multi-day outage.
Reasons to buy
- Four AC outlets plus a wireless pad
- 1,152Wh, biggest battery in the 1kWh class
- 3,500+ cycles to 80% original capacity
- 1.3-1.8 hr full recharge at 1,440W
- 20 ms UPS switchover; 5-year warranty
Reasons to avoid
- Not expandable
- 500W solar input only
- 35.27 lb — 32.7Wh per pound
- 1,152Wh is under one day of fridge plus router
Buy it if: devices, comms and a fridge through one night.
Skip it if: the outage is going to last past tomorrow.
4. Best to buy before the shops sell out
Jackery Explorer 1000 v2
- 1,070Wh
- LiFePO4 (LFP)
- 1,500W continuous / 3,000W surge
- 23.8 lb
- 400W
- 4,000 cycles to 70% capacity
- 1.7 hr wall; 1 hr emergency charge via app
- 5 years (with registration)
1,070Wh at 23.8 lb, which is 45.0Wh per pound — the best ratio on this site. In a storm that means one person can carry it to wherever the water is not, and that is a real consideration rather than a camping nicety.
1.7 hours to full from the wall plus a one-hour emergency charge from the app is the fastest route to usable when the grid flickers back. Under-20 ms switchover, 1,500W continuous, 3,000W surge, 5-year warranty with registration.
400W solar input is the lowest here and the reason it is fourth: it will not meaningfully refill itself across a multi-day outage. Not expandable, and the cycle rating is quoted to 70% rather than 80%.
Reasons to buy
- 45.0Wh per pound — easiest to move
- 1,070Wh, 1,500W continuous, 3,000W surge
- 1.7 hr wall charge; 1 hr emergency charge
- Below 22 dB in silent mode
- 5-year warranty with registration
Reasons to avoid
- 400W solar input — poor multi-day recharge
- Not expandable
- Two AC outlets
- Cycle rating quoted to 70%
Buy it if: a first storm-season unit you can carry one-handed.
Skip it if: you expect days without grid power.
Questions