Can a portable power station run an electric blanket (queen)?

Yes. All 15 portable power stations we track can run an electric blanket (queen), for about 0.9 h (EcoFlow RIVER 3 Plus) to 11.2 h (Anker SOLIX F3800) on a full charge.

Specs verified 2026-10-18.

Runtime by power station

Power station	Usable capacity	Can it run it?	Runtime	Startup peak vs. station surge limit	Price
EcoFlow RIVER 3 Plus	231 Wh	Yes	0.9 h	260 W needed, 1,200 W available	Check price on Amazon
Jackery Explorer 300	247 Wh	Yes	1 h	260 W needed, 500 W available	Check price on Jackery
DJI Power 1000	775 Wh	Yes	3 h	260 W needed, 4,400 W available	Check price on DJI
EcoFlow DELTA 3 Classic	819 Wh (est.)	Yes	3.2 h	260 W needed, 3,600 W available	Check price on Amazon
EcoFlow DELTA 2	850 Wh	Yes	3.3 h	260 W needed, 2,700 W available	Check price on EcoFlow
Anker SOLIX C1000	897 Wh	Yes	3.5 h	260 W needed, 2,400 W available	Check price on Amazon
Jackery Explorer 1000 v2	910 Wh	Yes	3.5 h	260 W needed, 3,000 W available	Check price on Amazon
BLUETTI AC180	950 Wh	Yes	3.7 h	260 W needed, 2,700 W available	Check price on Amazon
Jackery Explorer 1000 Plus	1,024 Wh	Yes	3.9 h	260 W needed, 4,000 W available	Check price on Jackery
Anker SOLIX C2000 Gen 2	1,600 Wh	Yes	6.2 h	260 W needed, 4,000 W available	Check price on Amazon
Jackery Explorer 2000 Plus	1,678 Wh	Yes	6.5 h	260 W needed, 6,000 W available	Check price on Amazon
BLUETTI AC200L	1,680 Wh	Yes	6.5 h	260 W needed, 3,600 W available	Check price on Amazon
EcoFlow DELTA 2 Max	1,800 Wh	Yes	6.9 h	260 W needed, 4,800 W available	Check price on Amazon
Anker SOLIX S2000	1,893 Wh	Yes	7.3 h	260 W needed, 3,000 W available	Check price on Amazon
Anker SOLIX F3800	2,905 Wh	Yes	11.2 h	260 W needed, 9,000 W available	Check price on Anker SOLIX

How these runtimes are calculated: runtime = usable capacity ÷ average draw of 260 W (the running draw, assumed on the whole time). Usable capacity is an independent test's measured figure, or 80% of rated capacity where none exists, marked "(est.)". A model must also carry the running watts continuously and the startup peak within its surge rating. The same formula applies to every model; see the methodology.

"Check price" links may be affiliate links. As an Amazon Associate I earn from qualifying purchases.

What size do you need?

What size power station do I need for an electric blanket (queen)?

Look for at least 260 W of continuous AC output and 260 W of surge. For capacity, an electric blanket (queen) averages about 260 W, so 8 hours needs roughly 2,600 Wh of rated capacity and 24 hours roughly 7,800 Wh, assuming 80% of rated capacity reaches the outlets.

How long will a 1,000 Wh power station run an electric blanket (queen)?

About 3.1 h for a generic 1,000 Wh unit, if its inverter can handle the 260 W startup surge: roughly 800 Wh (80% of rated) reaches the outlets, divided by an average draw of 260 W. Measured models of this size vary; see the table above.

Which power station can run an electric blanket (queen) for a full day?

None of the 15 models we track runs an electric blanket (queen) for 24 hours on one charge. Plan to recharge (solar or grid) during the day, or add an expansion battery.

What an electric blanket (queen) draws

Running watts	260 W^[source]Biddeford Blankets electrical specifications: 'Queen Size - 130 Watts Per Side (120Vac)', two controllers; 2 x 130 = 260 W with both sides on. This is the rated maximum; the thermostat cycles the heat, so average draw is usually lower (CWLP's chart estimates about 1 kWh per night), but the site conservatively treats it as continuous.
Startup (surge) watts	260 W^[source]Resistive heating element, no motor start-up surge; surge = running.
Average draw used above	260 W
Voltage	120 V

Other brands and sizes differ (Biddeford lists twin and full at 180 W, king at 180 W per side).