Goal Zero Yeti 700 vs. Jackery Explorer 1000 v2
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Top picks at a glance
Best for capacity and outputJackery Explorer 1000 v2Check price on Amazon
Best for light carry and cold tripsGoal Zero Yeti 700Check price on Amazon
For most buyers choosing between the Goal Zero Yeti 700 and the Jackery Explorer 1000 v2, the Jackery Explorer 1000 v2 is the better pick. The Yeti 700 is the better pick only for a buyer who wants the lightest carry and a cold-weather rating. The Jackery holds 393 Wh more capacity, at 1,070 Wh against 677 Wh.
The makers’ published specs, current in November 2026, form the basis for this guide. PowerPicked Editorial did not test either station.
How do the specs compare side by side?
| Spec | Goal Zero Yeti 700 | Jackery Explorer 1000 v2 |
|---|---|---|
| Capacity | 677 Wh | 1,070 Wh |
| AC output | 600 W | 1,500 W |
| Solar input | 200 W | 400 W |
| Weight | 20.3 lb | 23.8 lb |
Wh means watt-hour, a measure of stored energy. W means watt, a measure of power. AC output is the power sent to plug-in devices. Solar input is the largest power a station can accept from panels.
The Jackery leads on every spec in the table except weight. It holds 393 Wh more capacity, gives 900 W more AC output, and lists 200 W more solar input. The Yeti is the lighter station, at 20.3 lb against 23.8 lb, a gap of 3.5 lb.
Which station suits you?
The Jackery Explorer 1000 v2 fits a camper who wants about 1 kWh at a low weight and does not run appliances over 1,500 W. The Yeti 700 fits a buyer who needs more energy than a small station holds, but mostly runs low-power devices.
What does the Jackery Explorer 1000 v2 offer?
The Jackery Explorer 1000 v2 gives 1,500 W of AC output, above the 600 W of the Yeti 700. Its capacity is 1,070 Wh, above the 677 Wh of the Yeti 700. It lists 400 W of solar input, twice the 200 W of the Yeti 700.
Jackery Explorer 1000 v2
- Capacity
- 1,070 Wh
- AC output
- 1,500 W
- Solar input
- 400 W
- Weight
- 23.8 lb
Who it's for: Campers who want about 1 kWh at a low weight and don't run appliances over 1,500 W.
Strengths
- Lightest 1 kWh model we compare
- LiFePO4 battery
- 3,000 W surge rating
Weaknesses
- Lower AC output than the Anker C1000 Gen 2
- Cycle rating is listed to 70% or more, not 80%
Weight and battery type are its main strengths. At 23.8 lb, it is only 3.5 lb heavier than the Yeti 700, despite holding 393 Wh more energy. The battery type is LFP, short for lithium iron phosphate. Its surge rating is 3,000 W. Surge is a short burst of power when a device starts.
The drawbacks are cycles and output limits. Its cycle rating is listed at 70% or more, instead of 80%. Its AC output is 1,500 W, so it cannot run appliances over that figure. An expansion figure for the Jackery is not listed in the reference files, so this guide does not give one.
The usable figure here assumes 85% of the listed capacity reaches your devices. On that basis, the Explorer 1000 v2 gives about 909.5 Wh, from 1,070 Wh times 0.85. A 100 W load would run for about 9.1 hours on that amount. The Explorer 1000 v2 holds about 45.0 Wh for each pound, from 1,070 Wh over 23.8 lb.
For a full review of the Jackery on its own, see the Jackery Explorer 1000 v2 review.
What does the Goal Zero Yeti 700 offer?
The Yeti 700 gives 600 W of AC output, and it holds 677 Wh. It lists 200 W of solar input. It is rated for use down to -4°F. It sits between small stations and 1 kWh stations. After more than 4,000 cycles, the rating keeps capacity over 80%.
Goal Zero Yeti 700
- Capacity
- 677 Wh
- AC output
- 600 W
- Solar input
- 200 W
- Weight
- 20.3 lb
Who it's for: People who need more energy than a small station holds, but mostly run low-power devices.
Strengths
- Rated for use down to -4°F
- Fills the gap between small and 1 kWh stations
- Rated to keep 80% capacity after 4,000+ cycles
Weaknesses
- 600 W limits what you can run
- 200 W of solar input is low
Weight and cold use are its main strengths. At 20.3 lb, it is the lightest station in this guide. Its cold-weather rating covers use down to -4°F, which the Jackery does not list in the reference files.
The drawbacks are output and solar. Its 600 W output limits what you can run. Its solar input of 200 W is low, half the 400 W of the Jackery. An expansion figure for the Yeti 700 is not listed in the reference files, so this guide does not give one. A battery type for the Yeti 700 is not listed either, so this guide does not name one.
The figures below assume 85% of the listed capacity reaches your devices. On that basis, the Yeti 700 gives about 575.5 Wh, from 677 Wh times 0.85. A 100 W load would run for about 5.8 hours on that amount. The Yeti 700 holds about 33.3 Wh for each pound, from 677 Wh over 20.3 lb.
For a full review of the Yeti on its own, see the Goal Zero Yeti 700 review.
How to choose
Begin by comparing capacity. The Jackery holds 1,070 Wh and the Yeti holds 677 Wh. Pick the Jackery if you need more than 677 Wh of stored energy.
Then compare AC output. The Jackery gives 1,500 W and the Yeti gives 600 W. Pick the Jackery if a device needs more than 600 W.
Finally, compare weight. The Yeti weighs 20.3 lb and the Jackery weighs 23.8 lb. Pick the Yeti if the lightest carry matters most to you.
FAQ
Which station holds more energy?
The Jackery Explorer 1000 v2 holds more energy. It holds 1,070 Wh, while the Goal Zero Yeti 700 holds 677 Wh. The gap is 393 Wh.
Which station gives the higher AC output?
The Jackery Explorer 1000 v2 gives the higher AC output. It gives 1,500 W, while the Goal Zero Yeti 700 gives 600 W. The gap is 900 W.
Which station weighs less?
The Goal Zero Yeti 700 weighs less. It weighs 20.3 lb, while the Jackery Explorer 1000 v2 weighs 23.8 lb. The gap is 3.5 lb.
Which station lists more solar input?
The Jackery Explorer 1000 v2 lists more solar input. It lists 400 W, while the Goal Zero Yeti 700 lists 200 W. The gap is 200 W.
