Jackery HomePower 3000

The Jackery HomePower 3000 is a 3,072 Wh LiFePO4 backup station with 3,600 W of output, 7,200 W of surge and a 20 ms UPS switchover, at 27.0 kg. On paper, it packs 3 kWh into the lightest body in its class in our US catalog. We have not run this unit ourselves: the data comes from the official Amazon listing, checked on September 26, 2026, and the calculations are ours.

Quick verdict

Jackery HomePower 3000

3,072 Wh · 3,600 W

9/10 · WilderWatt score

The HomePower 3000 stands out for weight. It carries the same 3,072 Wh and 3,600 W as its main rivals, yet weighs 27.0 kg against 33.6 kg and 41.5 kg. It also publishes data others leave out: 4,000 cycles and a 132-minute AC recharge. The 7,200 W surge rating helps with pumps and compressors, and the 20 ms UPS keeps fridges and routers running through a grid drop. The warranty is 5 years. What it lacks is growth and solar data: no expansion is listed, and neither is a maximum solar input.

Pros

• 27.0 kg for 3,072 Wh, about 114 Wh/kg
• 3,600 W continuous and 7,200 W surge
• Declared 4,000 cycles, 132-minute AC charge and 5-year warranty

Cons

• No published solar input and no expansion option
• 20 ms UPS switchover, slower than the 10 ms of EcoFlow rivals

Best for

Home backup where one or two people need to move the unit between rooms

Skip it if

Solar-first setups, or buyers who want to add batteries later

Specifications

Specifications: Jackery HomePower 3000

Capacity (Wh)	3,072
AC output (W)	3,600
Surge (W)	7,200
Chemistry	LiFePO4
Cycles	4,000
Weight (kg)	27
Full wall charge (min)	132
UPS (ms)	20
Warranty (years)	5

Where to buyAffiliate links

Amazon.comCheck price on Amazon.com

Specifications: Jackery HomePower 3000

Capacity (Wh)	3,072
AC output (W)	3,600
Surge (W)	7,200
Chemistry	LiFePO4
Cycles	4,000
Weight (kg)	27
Full wall charge (min)	132
UPS (ms)	20
Warranty (years)	5

How long will it keep your essentials running?

Assume about 2,611 usable watt-hours. We subtract typical inverter losses with a 0.85 factor: 3,072 × 0.85 = 2,611 Wh.

Load (typical draw)	Math	Approximate runtime
Full-size fridge, 60 W average	2,611 ÷ 60	43.5 hours
Fridge + router + LED lights, 95 W	2,611 ÷ 95	27.5 hours
Essentials + CPAP, 135 W	2,611 ÷ 135	19.3 hours
Window AC unit, 500 W	2,611 ÷ 500	5.2 hours
Space heater, 1,500 W	2,611 ÷ 1,500	1.7 hours

So: more than a day of essentials, or a few hours of heavy loads. The solar calculator estimates your own mix.

How fast does it recharge?

From the wall, Jackery declares 132 minutes for a full charge. That implies an average input of 3,072 ÷ 2.2 = about 1,400 W. The listing also mentions a faster hybrid AC and DC mode.

A fast wall charge matters in rolling outages. If power returns for a couple of hours, the station can refill before the next cut.

Solar is the weak spot. The US listing does not publish a maximum solar input. The panel watts needed, using capacity ÷ (panel watts × 0.75):

• 400 W of panels: 10.2 peak sun hours.
• 800 W of panels: 5.1 peak sun hours.

Confirm the input limit in the manual before buying panels. Our guide on how many solar watts you need has US sun hours.

Is 3,600 W with 7,200 W surge enough?

It covers almost any single 120 V household appliance. 3,600 W equals 30 A of total output across the outlets. Each outlet is still limited by its own rating.

The 7,200 W surge rating is double the continuous figure. That gives room for the start-up spike of a fridge compressor, a sump pump or a window AC. Check the starting watts on your appliance label before relying on it.

Our spec data does not confirm 240V output. For any connection to your home panel, use a transfer switch or inlet installed by a licensed electrician.

Is a 20 ms UPS fast enough?

For fridges, routers, lights and most laptops, yes. For desktop PCs and NAS drives, 20 ms is borderline: many ride through it, some reboot.

If that matters, the EcoFlow DELTA 3 Ultra Plus declares 10 ms. The Anker SOLIX F3000 listing does not declare a figure. Our home backup picks compare switchover times directly.

How long will the battery last?

Jackery declares 4,000 cycles for its LiFePO4 cells. At one full cycle per day, 4,000 ÷ 365 = about 11 years. As a backup unit, it will cycle far less often.

Neither the DELTA 3 Ultra Plus nor the F3000 listing publishes a cycle figure, so this is a point in Jackery’s favor. For why LiFePO4 lasts longer, see LiFePO4 vs NMC.

How portable is it?

At 27.0 kg (59.5 lb), it is heavy but manageable. Energy density is 3,072 ÷ 27.0 = 113.8 Wh/kg, well above the 90 Wh/kg bar in our review method.

That is 14.5 kg less than the Anker SOLIX F3000 and 6.6 kg less than the EcoFlow DELTA 3 Ultra Plus. If you need to carry it upstairs during an outage, that difference counts.

9/10 · WilderWatt score

How does it compare with the Anker SOLIX F3000 and EcoFlow DELTA 3 Ultra Plus?

Same capacity and output; the Jackery is lightest, the Anker charges fastest from solar, the EcoFlow switches fastest.

(affiliate link) · Data from the Amazon listing; offers may change.

• Anker SOLIX F3000: 2,400 W of solar input and expansion to 24 kWh. The catch is 41.5 kg and no declared UPS. Full matchup in Jackery HomePower 3000 vs Anker SOLIX F3000.
• EcoFlow DELTA 3 Ultra Plus: 10 ms UPS, 7,200 W surge and expansion to 11 kWh. The catch is 33.6 kg and no published solar input. Read our DELTA 3 Ultra Plus review.

Who should buy the HomePower 3000?

It is for households that want 3 kWh of backup they can still move.

Buy it if you:

• Need a day of essentials and fast wall recharging between rolling outages.
• Move the unit between rooms or floors.
• Value a published cycle rating.

Skip it if you:

• Want to add batteries later.
• Plan a large solar array around the station.
• Protect sensitive PCs and want a 10 ms switchover.