What size power station for an RV rooftop air conditioner (13,500 BTU)?

It needs a station with at least 1,714 W of continuous output and a surge rating of at least 3,150 W to start it. At the default 85% efficiency it takes about 16,132 Wh of rated capacity for 8 hours of running, and 48,395 Wh for 24 hours of running. 33 of the 54 power stations in the Enough Watts data set can power it. None of them keeps it going for 24 hours of running.

Updated October 6, 2026

1,714W
Continuous output
3,150W
Surge to start it
16,132Wh
Capacity for 8 hours of running
48,395Wh
Capacity for 24 hours of running
33 of 54
Stations that power it

Watts

Typical figures for this type, from the sources at the foot of this page. Watts vary by model and age. Check the label on your own appliance and enter it for an exact answer.

Running, typical: 1,714 W
Running, low to high: 1,500 W to 2,000 W
Starting: 3,150 W2,800 W to 3,500 W, 1.8 times running
Typical use a day: 8 hhours the motor actually runs
Average draw while on: 1,714 W
Voltage: 120 V

Assumes the motor runs the whole time; real use is often less.

Explained in: Watts vs watt hours, explained, How to read an appliance label for watts, Starting watts explained and Power station or generator?.

The math

Worked with the typical figure, as the calculator does it.

Output1,714 W running, so the station's continuous output must be at least 1,714 W.
Surge3,150 W to start, so its surge rating must be at least 3,150 W.
Average draw1,714 W: the running watts count for every hour it is on, as if the motor never paused.
A typical day1,714 W × 8 h = 13,712 Wh a day.
8 hours of running1,714 W × 8 h = 13,712 Wh usable, ÷ 0.85 = 16,132 Wh of rated capacity.
24 hours of running1,714 W × 24 h = 41,136 Wh usable, ÷ 0.85 = 48,395 Wh of rated capacity.
On the BLUETTI Elite 100 V21,024 Wh × 0.85 = 870 Wh usable, ÷ 1,714 W = 30 min.

Stations that run it

Every power station in the data with this appliance alone plugged in, at 85% efficiency. Type the running watts from your own label and the table works it out again.

Running watts

Typical 1,714 W, from 1,500 W to 2,000 W. Watts vary by model and age. Check the label on your own appliance and enter it for an exact answer.

33 of 54 power stations run it at 1,714 W and 3,150 W to start.

Power stations for a rV rooftop air conditioner (13,500 BTU) at 1,714 W
Power station	Can it power it	Running time	Output	Start surge
BLUETTI Elite 100 V2	Runs it	30 min	1,800 W	3,600 W
EcoFlow DELTA 3 Classic	Runs it	30 min	1,800 W	3,600 W
EcoFlow DELTA 3	Runs it	30 min	1,800 W	3,600 W
EcoFlow DELTA 3 Plus	Runs it	30 min	1,800 W	3,600 W
DJI Power 1000	Runs it	30 min	2,200 W	4,400 W
Jackery Explorer 1000 Plus	Runs it	38 min	2,000 W	4,000 W
Goal Zero Yeti 1500	Runs it	45 min	2,000 W	3,600 W
Jackery Explorer 1500 v2	Runs it	46 min	2,000 W	4,000 W
Jackery Explorer 1500 Ultra	Runs it	46 min	1,800 W	3,600 W
ALLPOWERS R2500 V2	Runs it	57 min	2,500 W	4,000 W
Jackery Explorer 2000 v2	Runs it	1.0 h	2,200 W	4,400 W
Jackery HomePower 2000 Plus v2	Runs it	1.0 h	2,400 W	4,800 W
EcoFlow DELTA 3 Max	Runs it	1.0 h	2,400 W	4,800 W
Pecron E2400LFP	Runs it	1.0 h	2,400 W	4,000 W
Anker SOLIX C2000 Gen 2	Runs it	1.0 h	2,400 W	4,000 W
EcoFlow DELTA 3 Max Plus	Runs it	1.0 h	3,000 W	6,000 W
BLUETTI Apex 300	Runs it	1.4 h	3,840 W	not published
BLUETTI Elite 300	Runs it	1.5 h	2,400 W	4,800 W
EcoFlow DELTA 3 Ultra	Runs it	1.5 h	3,600 W	7,200 W
Anker SOLIX F3000	Runs it	1.5 h	3,600 W	7,200 W
EcoFlow DELTA 3 Ultra Plus	Runs it	1.5 h	3,600 W	7,200 W
Pecron E3600LFP	Runs it	1.5 h	3,600 W	7,000 W
ALLPOWERS R3500	Runs it	1.6 h	3,200 W	6,000 W
ALLPOWERS R4000	Runs it	1.7 h	3,600 W	6,000 W
BLUETTI Elite 400	Runs it	1.9 h	2,600 W	5,200 W
Anker SOLIX F3800	Runs it	1.9 h	6,000 W	9,000 W
Anker SOLIX F3800 Plus	Runs it	1.9 h	6,000 W	9,000 W
Goal Zero Yeti PRO 4000	Runs it	2.0 h	3,600 W	7,200 W
EcoFlow DELTA Pro 3	Runs it	2.0 h	4,000 W	8,000 W
OUPES Guardian 6000 V2	Runs it	2.3 h	6,000 W	9,000 W
Jackery Explorer 5000 Plus	Runs it	2.5 h	7,200 W	14,400 W
EcoFlow DELTA Pro Ultra	Runs it	3.0 h	7,200 W	10,800 W
EcoFlow DELTA Pro Ultra X	Runs it	6.1 h	12,000 W	not published
BLUETTI Elite 10 Mini	Cannot power itNeeds 1,714 W running at once; this station gives 200 W. Needs 3,150 W to start; this station peaks at 300 W.	none	200 W	300 W
Jackery Explorer 240 v2	Cannot power itNeeds 1,714 W running at once; this station gives 300 W. Needs 3,150 W to start; this station peaks at 600 W.	none	300 W	600 W
EcoFlow RIVER 3 Plus	Cannot power itNeeds 1,714 W running at once; this station gives 600 W. Needs 3,150 W to start; this station peaks at 1,200 W.	none	600 W	1,200 W
BLUETTI Elite 30 V2	Cannot power itNeeds 1,714 W running at once; this station gives 600 W. Needs 3,150 W to start. Its surge rating is not published, and its 600 W continuous rating is lower.	none	600 W	not published
Jackery Explorer 300 v2	Cannot power itNeeds 1,714 W running at once; this station gives 300 W. Needs 3,150 W to start; this station peaks at 600 W.	none	300 W	600 W
Goal Zero Yeti 300	Cannot power itNeeds 1,714 W running at once; this station gives 350 W. Needs 3,150 W to start; this station peaks at 600 W.	none	350 W	600 W
Goal Zero Yeti 500	Cannot power itNeeds 1,714 W running at once; this station gives 500 W. Needs 3,150 W to start; this station peaks at 1,000 W.	none	500 W	1,000 W
DJI Power 500	Cannot power itNeeds 1,714 W running at once; this station gives 1,000 W. Needs 3,150 W to start. Its surge rating is not published, and its 1,000 W continuous rating is lower.	none	1,000 W	not published
Jackery Explorer 600 v2	Cannot power itNeeds 1,714 W running at once; this station gives 500 W. Needs 3,150 W to start; this station peaks at 1,000 W.	none	500 W	1,000 W
Goal Zero Yeti 700	Cannot power itNeeds 1,714 W running at once; this station gives 600 W. Needs 3,150 W to start; this station peaks at 1,000 W.	none	600 W	1,000 W
BLUETTI Elite 100 mini	Cannot power itNeeds 1,714 W running at once; this station gives 700 W. Needs 3,150 W to start; this station peaks at 1,050 W.	none	700 W	1,050 W
Anker SOLIX C1000 Gen 2	Cannot power itNeeds 3,150 W to start; this station peaks at 3,000 W.	none	2,000 W	3,000 W
Pecron E1000LFP	Cannot power itNeeds 3,150 W to start; this station peaks at 3,000 W.	none	1,800 W	3,000 W
Anker SOLIX C1000	Cannot power itNeeds 3,150 W to start; this station peaks at 2,400 W.	none	1,800 W	2,400 W
Jackery Explorer 1000 v2	Cannot power itNeeds 1,714 W running at once; this station gives 1,500 W. Needs 3,150 W to start; this station peaks at 3,000 W.	none	1,500 W	3,000 W
BLUETTI AC180	Cannot power itNeeds 3,150 W to start; this station peaks at 2,700 W.	none	1,800 W	2,700 W
ALLPOWERS R1500	Cannot power itNeeds 3,150 W to start; this station peaks at 3,000 W.	none	1,800 W	3,000 W
OUPES Mega 2 Pro	Cannot power itNeeds 3,150 W to start. Its surge rating is not published, and its 2,500 W continuous rating is lower.	none	2,500 W	not published
DJI Power 2000	Cannot power itNeeds 3,150 W to start. Its surge rating is not published, and its 3,000 W continuous rating is lower.	none	3,000 W	not published
BLUETTI Elite 200 V2	Cannot power itNeeds 3,150 W to start. Its surge rating is not published, and its 2,600 W continuous rating is lower.	none	2,600 W	not published
Anker SOLIX F2600	Cannot power itNeeds 3,150 W to start; this station peaks at 2,800 W.	none	2,400 W	2,800 W

Add it to the runtime calculator with the rest of your list

What moves the number

A 13,500 BTU rooftop unit draws about 1,714 W with the compressor and fan running and needs about 3,150 W to start. A soft start kit lowers that start; heat and humidity raise the running draw. The 8 hours a day counts the compressor running nonstop.

An RV air conditioner works out every station for a day of cooling.

Questions

How many watts does an RV rooftop air conditioner (13,500 BTU) use?

About 1,714 W while running, from 1,500 W to 2,000 W across the models in our sources. It needs about 3,150 W for a moment at start. Watts vary by model and age. Check the label on your own appliance and enter it for an exact answer.

Can a portable power station run an RV rooftop air conditioner (13,500 BTU)?

Yes. 33 of the 54 power stations in the Enough Watts data set can power it on its own. It takes at least 1,714 W of continuous output and a surge rating of 3,150 W.

How long will a power station run an RV rooftop air conditioner (13,500 BTU)?

It depends on the battery. At 85% efficiency the smallest station that powers it, the BLUETTI Elite 100 V2 (1,024 Wh), gives about 30 min. The largest, the EcoFlow DELTA Pro Ultra X (12,288 Wh), gives about 6.1 h.

Why does an RV rooftop air conditioner (13,500 BTU) need a high surge rating?

Its motor draws about 3,150 W for a moment at start, 1.8 times its 1,714 W running figure. A station whose surge rating is below that cannot start it, even when the continuous output is enough. 33 of the 54 stations pass that check.

Setups that include it

An RV air conditioner

Sources

Researched from these pages, then checked against them a second time.

Generator Wattage Chart - Champion Power Equipment generator maker guide, checked October 6, 2026
Dometic Rooftop Air Conditioner (Air Distribution Box, Mechanical Controls) - Installation and Operating Manual AMER3 maker manual, checked October 6, 2026
Dometic FreshJet 5 Series 13.5K | Dometic maker product page, checked October 6, 2026

We read published figures and do the math; we do not measure appliances. The methodology states every formula on this page. Capacities are rated watt hours: 1,000 Wh rated gives 850 Wh usable at the default.