Can the Jackery Explorer 1000 v2 power a refrigerator?

Yes. The Jackery Explorer 1000 v2 delivers 1,500 W continuous and 3,000 W peak; Refrigerator, top-freezer 18–21 cu ft (Frigidaire FFTR1814WW, 18.3 cu ft) draws about 360 W running and about 1,200 W when its motor starts. With everything else unplugged, one full charge runs it for roughly 2.5 h at that draw, or about 19 h of use at the appliance's average draw.

Appliance running draw	360 W source (3 A × 120 V (spec sheet: Amps @ 120 Volts 3 Amps))
Appliance starting draw	1,200 W source
Average draw per hour of use	47 W source (Frigidaire spec sheet Annual Energy 410 kWh ÷ 8,760 h = 46.8 W)
Continuous output ≥ running draw	Yes 1,500 W source
Peak output ≥ starting draw	Yes 3,000 W source
Usable energy	1,070 Wh × 0.85 = 910 Wh factor: see methodology
Runtime at running draw	2.5 h
Runtime at average draw (hours of use)	19 h

Appliance running draw

360 W source (3 A × 120 V (spec sheet: Amps @ 120 Volts 3 Amps))

Appliance starting draw

1,200 W source

Average draw per hour of use

47 W source (Frigidaire spec sheet Annual Energy 410 kWh ÷ 8,760 h = 46.8 W)

Continuous output ≥ running draw

Yes 1,500 W source

Peak output ≥ starting draw

Yes 3,000 W source

Usable energy

1,070 Wh × 0.85 = 910 Wh factor: see methodology

Runtime at running draw

2.5 h

Runtime at average draw (hours of use)

19 h

Why the answer is yes

Two conditions have to hold. The fridge's running draw, 360 W (3 A × 120 V from Frigidaire's spec sheet for the FFTR1814WW), is 24 % of the Explorer 1000 v2's 1,500 W continuous rating. The compressor's start, 1,200 W, is 40 % of its 3,000 W peak. The start is the closer of the two, and it is also the softer number: Frigidaire publishes no locked-rotor figure, so 1,200 W is the upper end of the range on Champion's generator wattage chart. Even so, there is about 1,800 W of peak margin left.

What it looks like in hours

A fridge compressor cycles on and off, so the useful number is the yearly average, 47 W (410 kWh a year ÷ 8,760 h). The arithmetic is the same for any load:

hours = capacity (Wh) × 0.85 ÷ load (W) → 1,070 × 0.85 ÷ 47 ≈ 19 h.

The 0.85 is the conversion allowance Jackery itself prints for its stations; this record carries no factor of its own, so the site default from the methodology applies. If the compressor ran flat out at 360 W, the same 910 Wh would last about 2.5 h, which is the floor, not the expectation. A fridge on this station therefore covers most of a day, not a full day: its daily use, about 1,128 Wh, is more than one charge.

What moves the number

A warm kitchen, frequent door openings and a freezer just loaded with warm food all make the compressor run longer than the yearly average suggests. Anything else plugged in draws from the same 910 Wh. Battery age matters too: Jackery rates the cells for 4,000 cycles to 70 % of original capacity, and at 70 % the same arithmetic gives about 14 h. Jackery lists discharge from 14 to 113 °F and charging from 32 to 113 °F on its Explorer 1000 v2 page, so a cold garage can stop it from recharging. The same page gives 1,070 Wh in the US spec table and 1,024 Wh elsewhere; at 1,024 Wh the estimate is about 18.5 h.

Recharging

Jackery gives 1.58 h on the AC adapter, or 0 to 100 % in 50 minutes in its app-enabled emergency charge mode. Solar input tops out at 400 W across two 8 mm ports. To replace a full day of fridge use, 1,128 Wh, you would need about 2.8 hours at the full 400 W, and panels deliver their rating only in strong, direct sun, so plan on more panel time than that.

If you need a full day or more

The Jackery Explorer 2000 v2 runs the same fridge for about 37 h on the same arithmetic, and the EcoFlow DELTA Pro 3 for about 3 days. The Explorer 1000 v2 vs DELTA 3 comparison covers a station of the same size with a higher continuous rating.

Frequently asked questions

How long will the Jackery Explorer 1000 v2 run a refrigerator?

About 19 hours, going by the 47 W yearly average of the reference fridge (Frigidaire's 410 kWh a year ÷ 8,760 h): 1,070 Wh × 0.85 ÷ 47 W. If the compressor ran without stopping at its 360 W rating, the same charge would last about 2.5 hours. Real use falls between the two and depends on room temperature and door openings.

Will the compressor's starting surge trip the Jackery?

Not on these figures. The starting figure used here is 1,200 W, the top of the range on Champion's generator wattage chart (Frigidaire publishes no locked-rotor figure for this model), against Jackery's 3,000 W peak. That is 40 % of the peak rating, with nothing else plugged in.

Can it keep a fridge going through a multi-day outage?

Not on one charge. The reference fridge uses about 1,128 Wh in a day (47 W × 24 h), more than the roughly 910 Wh this station delivers after the 0.85 conversion factor. You would need to recharge it every day, from the wall when power returns or from solar through its 400 W input, or choose a larger station such as the Explorer 2000 v2.

Is the Explorer 1000 v2 1,070 Wh or 1,024 Wh?

Jackery's own page says both: the US Tech Specs table gives 1,070 Wh, while the headline and a 230 V spec block give 1,024 Wh. This page uses 1,070 Wh. At 1,024 Wh the fridge estimate drops from about 19 h to about 18.5 h.