Can a portable power station run a desktop PC + monitor?

Yes. All 15 portable power stations we track can run a desktop PC + monitor, for about 2.6 h (EcoFlow RIVER 3 Plus) to 32.3 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	2.6 h	90 W needed, 1,200 W available	Check price on Amazon
Jackery Explorer 300	247 Wh	Yes	2.7 h	90 W needed, 500 W available	Check price on Jackery
DJI Power 1000	775 Wh	Yes	8.6 h	90 W needed, 4,400 W available	Check price on DJI
EcoFlow DELTA 3 Classic	819 Wh (est.)	Yes	9.1 h	90 W needed, 3,600 W available	Check price on Amazon
EcoFlow DELTA 2	850 Wh	Yes	9.4 h	90 W needed, 2,700 W available	Check price on EcoFlow
Anker SOLIX C1000	897 Wh	Yes	10 h	90 W needed, 2,400 W available	Check price on Amazon
Jackery Explorer 1000 v2	910 Wh	Yes	10.1 h	90 W needed, 3,000 W available	Check price on Amazon
BLUETTI AC180	950 Wh	Yes	10.6 h	90 W needed, 2,700 W available	Check price on Amazon
Jackery Explorer 1000 Plus	1,024 Wh	Yes	11.4 h	90 W needed, 4,000 W available	Check price on Jackery
Anker SOLIX C2000 Gen 2	1,600 Wh	Yes	17.8 h	90 W needed, 4,000 W available	Check price on Amazon
Jackery Explorer 2000 Plus	1,678 Wh	Yes	18.6 h	90 W needed, 6,000 W available	Check price on Amazon
BLUETTI AC200L	1,680 Wh	Yes	18.7 h	90 W needed, 3,600 W available	Check price on Amazon
EcoFlow DELTA 2 Max	1,800 Wh	Yes	20 h	90 W needed, 4,800 W available	Check price on Amazon
Anker SOLIX S2000	1,893 Wh	Yes	21 h	90 W needed, 3,000 W available	Check price on Amazon
Anker SOLIX F3800	2,905 Wh	Yes	32.3 h	90 W needed, 9,000 W available	Check price on Anker SOLIX

How these runtimes are calculated: runtime = usable capacity ÷ average draw of 90 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.

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What size do you need?

What size power station do I need for a desktop PC + monitor?

Look for at least 90 W of continuous AC output and 90 W of surge. For capacity, a desktop PC + monitor averages about 90 W, so 8 hours needs roughly 900 Wh of rated capacity and 24 hours roughly 2,700 Wh, assuming 80% of rated capacity reaches the outlets.

How long will a 1,000 Wh power station run a desktop PC + monitor?

About 8.9 h for a generic 1,000 Wh unit, if its inverter can handle the 90 W startup surge: roughly 800 Wh (80% of rated) reaches the outlets, divided by an average draw of 90 W. Measured models of this size vary; see the table above.

Which power station can run a desktop PC + monitor for a full day?

Of the 15 models we track, the smallest that runs a desktop PC + monitor for 24 hours on one charge is the Anker SOLIX F3800. Larger models run it longer; see the table above.

What a desktop PC + monitor draws

Running watts	90 W^[source]CWLP appliance chart: 'Computer with monitor (average)' uses 0.09 kWh per hour = 90 W. Assumes ordinary office/web use. ENERGY STAR data for comparison (retrieved 2026-10-18): median short-idle power of the 306 certified desktops is 10.5 W (data.energystar.gov/d/rxdj-2c88) and median on-mode power of the 499 certified 23-24.9 inch monitors is 12.9 W (data.energystar.gov/d/qbg3-d468), about 23 W combined at idle. Gaming or workstation PCs under load can draw several hundred watts.
Startup (surge) watts	90 W^[source]Computers and monitors have no motor start-up surge; surge = running.
Average draw used above	90 W
Voltage	120 V

Highly variable: check your PC's actual draw with a plug-in meter if runtime matters.