This guide compares five portable power stations — the Jackery Explorer 1000 v2, EcoFlow DELTA 2, Anker SOLIX C1000, BLUETTI AC180 and BLUETTI EB3A — for RV and camping use: what they will run, how fast they recharge from wall, car or solar, and the makers’ stated battery longevity. The word “price” in the title is how many shoppers search; you will find no prices printed anywhere here — listings move too fast — so every product carries its own Check Price button to the live Amazon listing.
Short version: four of the five use long-life LiFePO4 batteries, and the differences that matter are capacity, continuous output, recharge speed and solar input — not brand loyalty. Match the watt-hours and wattage to your loads and the details fall into place.
How we researched this guide
We compared five portable power stations — the Jackery Explorer 1000 v2, EcoFlow DELTA 2, Anker SOLIX C1000, BLUETTI AC180 and BLUETTI EB3A — against five maker product pages, and verified all five Amazon ASINs against live listing records before printing a single button. A sixth candidate, the Goal Zero Yeti 500X, was demoted to an alternate — its NMC battery is a generation behind the LiFePO4 field. No prices appear anywhere here — listings move too fast — and we do not test power stations; every figure below is maker-stated or drawn from a published record.
The ownership notes rest on the published third-party records we could verify: ASIN listing records, long-running price-tracking entries and embedded review records, each paraphrased and linked where used. Where independent owner coverage is thin, the article says so instead of inventing impressions.
The 30-second answer
Buy the Jackery Explorer 1000 v2 for the fastest wall recharge from the most established camping brand here. Take the EcoFlow DELTA 2 when six AC outlets, 1,800 W output and expandable capacity must run the whole campsite. Choose the Anker SOLIX C1000 for the largest solar input and sub-20 ms UPS backup duty. Pick the BLUETTI AC180 for the largest single-box capacity here. And take the BLUETTI EB3A for ultralight trips. The Goal Zero Yeti 500X was considered and demoted — its NMC battery trails the LiFePO4 field.
Best Overall — Fastest Recharge
Jackery Explorer 1000 v2
The flagship: 1,070 Wh of LiFePO4 storage, a 1,500 W pure sine wave inverter and, per Jackery, a full recharge in about an hour on Emergency Super Charge. The easiest recommendation for a first station.
Best Whole-Campsite Workhorse
EcoFlow DELTA 2
Six AC outlets and 15 total ports with 1,800 W of continuous output — plus expansion to 3,040 Wh. The choice when the whole campsite, or the bigger appliances, run through one box.
Best Solar and Backup Crossover
Anker SOLIX C1000
The largest solar input here (600 W) and the only published UPS switchover under 20 ms. The pick for solar-first camps and outage backup duty at home.
Largest Capacity in This Guide
BLUETTI AC180
1,152 Wh — the largest battery here — with 1,800 W output, a 20 ms UPS switchover and 0–80% AC recharge in ~45 minutes. The middle ground between the DELTA 2 and the C1000 on pure capacity.
Best Ultra-Portable Entry
BLUETTI EB3A
268 Wh and 10.1 lbs with a 100 W USB-C port and the fastest 0–80% recharge in the guide (~30 minutes). The entry tier for phones, laptops, lights and cameras — not heavy appliances.
Quick compare — the five stations on the makers’ headline facts. Four share the ~1,800 W output class and LiFePO4 chemistry; the EB3A is deliberately smaller and lighter.
| Station | Capacity | AC output | Warranty | Check Price |
|---|---|---|---|---|
| Jackery Explorer 1000 v2 | 1,070 Wh LiFePO4 | 1,500 W | 3 yrs (5 w/ reg.) | Check Price |
| EcoFlow DELTA 2 | 1,024 Wh LiFePO4 | 1,800 W | 5 yrs | Check Price |
| Anker SOLIX C1000 | 1,056 Wh LiFePO4 | 1,800 W | 5 yrs | Check Price |
| BLUETTI AC180 | 1,152 Wh LiFePO4 | 1,800 W | 5 yrs | Check Price |
| BLUETTI EB3A | 268 Wh LiFePO4 | 600 W | 2 yrs | Check Price |
Station sizer: watts × hours + 20% buffer
Enter your biggest load in watts and how many hours you will run it each day. We multiply watts by hours, add a 20% buffer for inverter losses, and match one of the five stations in this guide — every result recommends a pick with its own Check Price button, and there are no dead ends.
Enter your watts and hours above and we will size one of the five stations in this guide to them.
This is the pillar guide for portable power on WinchInsider. Station-specific supporting articles do not exist yet, so the route down is the Power Adapters archive inside the wider RV & Camper Accessories collection.
How to choose a portable power supply
Size the watt-hours to your real loads, not the brochure
Watt-hours are the fuel tank: divide a station’s watt-hours by your device’s watts. A 12 V fridge at ~50 W runs most of a day on a 1 kWh-class unit; a 1,000 W coffee maker drains it in about an hour. List your loads, add them up, size the tank to the trip — then sanity-check the math in our guide on how long a battery really runs a load.
Check continuous watts, not just the surge number
Plan against the continuous figure only — surge lasts seconds. If your biggest appliance draws within 20 percent of a station’s rating, step up a class rather than running at the ceiling. The same headroom thinking applies to 12 V current draw on the vehicle side.
Insist on LiFePO4 for a station you plan to keep
Four of the five picks use lithium iron phosphate (LiFePO4) cells: 2,500 to 4,000 full cycles before the battery fades, versus 500 cycles for the older NMC chemistry in the demoted Goal Zero Yeti 500X. For a station charged weekly, that gap is years versus a decade of service. If a listing does not name its chemistry, treat the silence as a warning — more fundamentals in our winch battery guide.
Recharge speed decides how you actually use it
A station is only as useful as its refill. Wall charging is fastest — ~30 minutes to 80 percent (EB3A), ~1 hour to full (Explorer 1000 v2) — car 12 V is slow, solar depends on panel and sun. Check the solar ceiling: the SOLIX C1000 accepts 600 W of panels, the EB3A 200 W; bigger panels buy nothing. And storage drain is real — see whether batteries drain in storage.
Count the ports — and know UPS from EPS
Six AC outlets (DELTA 2, SOLIX C1000) against two (EB3A) is a real daily difference at a crowded campsite, and 100 W USB-C PD ports (on four of the five picks) matter for laptops. Then backup behavior: the SOLIX C1000 publishes a UPS switchover under 20 ms, the AC180 20 ms, the EB3A a 24/7 EPS function. Neither replaces a hardwired transfer setup; know the gap before anything critical depends on it.
Weight and warranty are the tiebreakers
Honest tiebreakers: 10.1 lbs (EB3A) against 35.3 lbs (AC180) decides who carries what, and warranties run 2 years (EB3A) to 5 years (DELTA 2, SOLIX C1000, AC180; Jackery reaches 5 with registration). A long warranty is the maker’s confidence vote; a short one is a reason to read the terms.
Vehicle data table: not applicable — power stations are sized by watt-hours and continuous wattage, not vehicle trim, so no fitment rows are printed. Sizing guidance lives in the station sizer above.
Portable power supplies by budget tier
Tiers below are qualitative — no prices printed anywhere — and each tier names an example pick from this article. Our for-the-money discipline applies: buy the tier whose capacity matches your loads. Utility-trailer campers should also read our 12 V winch for utility trailer guide for the vehicle-side power picture.
| Tier | What you get | Example pick |
|---|---|---|
| Entry / ultra-portable | Sub-300 Wh, ~10 lbs, USB-C fast charging, a couple of AC outlets | BLUETTI EB3A |
| Sweet spot / 1 kWh class | A full weekend of fridge, laptop and lights; fastest wall recharges | Jackery Explorer 1000 v2 |
| Workhorse / max outlets | Six AC outlets, 1,800 W continuous, expandable capacity | EcoFlow DELTA 2 |
| Solar-first | Largest solar input ceiling and published UPS switchover | Anker SOLIX C1000 |
| Capacity-first | Largest single-box battery here for longer stays | BLUETTI AC180 |
Types of portable power supplies compared
Every station here is a battery plus an inverter in a box. For 12 V power in the tow vehicle itself, see our portable 12 V winch guide and the wider portable winch and portable winch for truck coverage.
| Type | Strengths | Limits | Best for |
|---|---|---|---|
| Ultra-portable (under 300 Wh) | Around 10 lbs; runs phones, laptops, cameras, lights for days | Will not run high-draw appliances; small AC output | Tent camping, camera and drone work, light overlanding |
| 1 kWh class (about 1,000 Wh) | Runs a 12 V fridge for a weekend; handles most camp appliances | 24–35 lbs; one unit will not back up a house | RV and car camping, weekend trips |
| Large / expandable (1,000 Wh+) | Extra batteries raise capacity; more outlets; UPS/EPS backup roles | Weight and cost climb with capacity | Longer off-grid stays, home outage backup |
Detailed reviews of the 5 portable power supplies
Each review below uses only maker-stated specs and verified public records. Every station carries its own Check Price button, and every “who should not buy” note points at another station in this guide.
Best overall: Jackery Explorer 1000 v2
Best Overall — Fastest Recharge
Why the Jackery Explorer 1000 v2 is our pick
The easiest first-station recommendation: a 1,070 Wh LiFePO4 pack behind a 1,500 W pure sine wave inverter, covering fridge or cooler, laptops, cameras, lighting, small kitchen gear. The differentiator is recharge speed — Jackery states 0–100% in ~1 hour on Emergency Super Charge, with wall charging to ~1,700 W.
Jackery Explorer 1000 v2 key specs
- Capacity: 1,070 Wh LiFePO4 battery (model JE-1000D)
- AC output: 1,500 W continuous pure sine wave; 3,000 W surge peak
- AC outlets: 3 × 120 V
- USB-C: 2 ports — one up to 100 W PD, one 30 W; USB-A: 1 × 18 W
- 12 V DC car port: 120 W
- Cycle life: 4,000 cycles to 70%+ capacity (Jackery states 10+ years)
- AC recharge: 0–100% in about 1 hour on Emergency Super Charge (Jackery app); wall charging up to ~1,700 W
- Solar input: up to ~400 W via two DC 8 mm inputs (Jackery panels)
- Weight: 23.8 lbs
- Warranty: 3 years standard, extendable to 5 with registration
Jackery Explorer 1000 v2: fits and best for
Weekend and week-long camping and RV trips where one mid-size station does the heavy lifting: 12 V fridge or cooler, laptops, cameras, lighting, small kitchen appliances. At 23.8 lbs it is the lightest of the four 1 kWh-class units, so campsite moves need no second pair of hands.
Jackery Explorer 1000 v2 pros and watch-outs
- Fastest full recharge here (~1 hour, Emergency Super Charge)
- 1,500 W continuous handles most camp appliances
- 4,000-cycle LiFePO4 — the longest cycle rating here
- Lightest 1 kWh-class unit in the roundup (23.8 lbs)
- Only 3 AC outlets; the DELTA 2 and SOLIX C1000 have 6
- 400 W solar ceiling is the lowest of the four large units
- No UPS/EPS switchover is published
Jackery Explorer 1000 v2: what owners report
- Verified listing records (expertbeacon, pricehistory) tie B0D7PPG25F to the Explorer 1000 v2, model JE-1000D — the button below lands on the right hardware. Source
- Jackery’s product page documents the Emergency Super Charge mode in the Jackery app, with wall charging up to ~1,700 W. Source
Independent owner-report coverage is thin; the notes above describe verified public records rather than invented impressions.
Jackery Explorer 1000 v2: who should not buy
If six AC outlets or a published UPS switchover matter, the Anker SOLIX C1000 fits better; for the single largest capacity, the BLUETTI AC180; for phones-and-lights-only trips, the BLUETTI EB3A is lighter.
Jackery Explorer 1000 v2: pair it with
Jackery’s own 200 W solar panels — two fit the ~400 W input ceiling. No verified panel ASIN is in this guide, so no button is printed here.
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(‘Charge to 100% before a trip and run the fridge on it at home first, so you learn the real runtime before relying on it in the field.’, ‘/how-long-will-a-winch-run-on-a-battery/’, ‘how long a battery really runs a load’)
Best whole-campsite workhorse: EcoFlow DELTA 2
Best Whole-Campsite Workhorse
Why the EcoFlow DELTA 2 is our pick
The outlet-rich pick: six AC outlets and 15 total ports behind 1,800 W of continuous output — the highest here — plus X-Boost mode tolerating motor-driven loads to 2,400 W. X-Stream charging refills at up to 1,200 W (0–80% in ~50 min, full in ~80 min), and the unit expands to 3,040 Wh with one extra battery. The 5-year warranty matches the best coverage here.
EcoFlow DELTA 2 key specs
- Capacity: 1,024 Wh LFP (LiFePO4) battery (model EFD330)
- AC output: 1,800 W continuous; 2,700 W surge; X-Boost supports loads up to 2,400 W
- AC outlets: 6 (US version); 15 total output ports
- USB: 2 × USB-A fast charge (18 W max), 2 × USB-C (100 W max each)
- 12.6 V car outlet (126 W); 2 × DC5521
- Cycle life: 3,000 cycles to 80%+ capacity
- AC recharge: 1,200 W X-Stream — 0–80% in ~50 min, full in ~80 min
- Solar input: 500 W max (11–60 V, 15 A MPPT)
- Weight: 27 lbs
- Warranty: 5 years
- Expansion: to 3,040 Wh with one DELTA 2 or DELTA Max extra battery
EcoFlow DELTA 2: fits and best for
Group campsites and RV setups where several devices run at once: six AC outlets and 1,800 W of continuous output cover coffee makers, electric kettles and larger coolers a 600 W unit cannot. X-Boost mode is the honest answer for motor-driven loads to 2,400 W, and the expansion battery stretches capacity for longer off-grid stays.
EcoFlow DELTA 2 pros and watch-outs
- 1,800 W continuous — the highest in this guide
- Six AC outlets and 15 total ports
- X-Boost tolerates 2,400 W motor-driven loads
- Expandable to 3,040 Wh with an extra battery
- 3,000-cycle rating trails the Jackery and the AC180
- 27 lbs — heavier than the Explorer 1000 v2
- No UPS switchover is published
EcoFlow DELTA 2: what owners report
- The long-running price-tracking record for B0B9XB57XM (monitored since September 2022) identifies it as the EcoFlow DELTA 2, 1024Wh, 1800W, LiFePO4, model EFD330. Source
- EcoFlow’s own product page documents the X-Stream 1,200 W charging figures and the 3,040 Wh expansion path. Source
Independent owner-report coverage is thin; the notes above describe verified public records rather than invented impressions.
EcoFlow DELTA 2: who should not buy
If a published UPS switchover matters, take the SOLIX C1000; for the fastest 0–100% wall-recharge headline, the Explorer 1000 v2; and for ultralight trips, the BLUETTI EB3A.
EcoFlow DELTA 2: pair it with
The DELTA 2 or DELTA Max extra battery, named by the maker, if one box is not enough. No verified battery ASIN is in this guide, so no button is printed here.
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With X-Boost, run one heavy load at a time — the mode stretches capacity, it does not create it. Sizing discipline like this mirrors our winch battery guidance.
Best solar and backup crossover: Anker SOLIX C1000
Best Solar and Backup Crossover
Why the Anker SOLIX C1000 is our pick
The solar-first crossover (Gen 1, model A1761): a 600 W solar input ceiling — the largest here — behind an 11–60 V MPPT, so panels refill it faster than any rival. It also carries the only published UPS switchover under 20 ms in this roundup, making it the natural pick for home outage backup as well as camp use. Six AC outlets, 1,800 W continuous, 2,400 W SurgePad peak, expansion to 2,112 Wh.
Anker SOLIX C1000 key specs
- Capacity: 1,056 Wh LiFePO4 (Gen 1, model A1761)
- AC output: 1,800 W continuous; 2,400 W SurgePad peak
- AC outlets: 6 (US version); 11 total ports
- USB: 1 × USB-C 100 W, 1 × USB-C 30 W, 2 × USB-A (12 W each)
- 12 V car outlet: 120 W
- Cycle life: 3,000 cycles to 80% capacity
- AC recharge: 1,300 W max input; UltraFast full charge in ~58 min
- Solar input: 600 W max (11–60 V MPPT)
- UPS switchover: under 20 ms
- Weight: 28.44 lbs
- Warranty: 5 years; expandable to 2,112 Wh
Anker SOLIX C1000: fits and best for
Off-grid camps that lean on solar, and campers who also want outage backup at home: the 600 W solar ceiling refills fastest from panels, and the sub-20 ms UPS switchover is the only published UPS figure here. Six outlets and 1,800 W keep it a full campsite unit, not a niche solar toy.
Anker SOLIX C1000 pros and watch-outs
- 600 W solar input — the largest in this guide
- UPS switchover under 20 ms — the only published UPS here
- Six AC outlets
- 1,800 W continuous with 2,400 W SurgePad peak
- 28.44 lbs — the second-heaviest unit here
- USB-A ports are only 12 W each
- 3,000-cycle rating trails the Jackery and the AC180
Anker SOLIX C1000: what owners report
- A published review embeds an Amazon card for B0C5C89QKZ identifying it as the Anker SOLIX C1000 (1800W peak 2400W, 1056Wh LiFePO4), corroborated by deal trackers citing the same dp link. Source
- Anker’s own product page documents model A1761, the 1,300 W AC input and the UltraFast ~58-minute full charge. Source
Independent owner-report coverage is thin; the notes above describe verified public records rather than invented impressions.
Anker SOLIX C1000: who should not buy
For the lightest carry, the BLUETTI EB3A; for the fastest wall-recharge headline, the Explorer 1000 v2; for expansion past 2,112 Wh, the EcoFlow DELTA 2.
Anker SOLIX C1000: pair it with
Anker’s own solar panels sized to the 600 W input ceiling. No verified panel ASIN is in this guide, so no button is printed here — match panels by the maker’s documentation.
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For UPS duty, keep the protected load well under the 1,800 W rating — switchover speed cannot save an overloaded unit. Storage drain between uses is covered in our guide on whether batteries drain in storage.
Largest capacity: BLUETTI AC180
Largest Capacity in This Guide
Why the BLUETTI AC180 is our pick
The AC180 carries 1,152 Wh — the largest battery here — which is the whole argument: longer fridge runtime, fewer recharges between hookups. BLUETTI pairs it with 1,800 W continuous output, 2,700 W Power Lifting mode, a 1,440 W AC input (0–80% in ~45 min, the quickest partial refill here), a 20 ms UPS switchover and Bluetooth app control. At 35.3 lbs it is the heaviest unit, so the capacity has a carrying cost.
BLUETTI AC180 key specs
- Capacity: 1,152 Wh LiFePO4 — the largest in this guide
- AC output: 1,800 W continuous; 2,700 W Power Lifting mode
- AC outlets: 4 × 120 V; 11 total output ports
- USB: USB-C 100 W, USB-A; 12 V car port; DC5521
- Cycle life: 3,500+ cycles (LiFePO4)
- AC recharge: 1,440 W max input — 0–80% in ~45 min
- Solar input: 500 W max
- UPS switchover: 20 ms
- App control: BLUETTI app (Bluetooth)
- Weight: 35.3 lbs
- Warranty: 5 years
BLUETTI AC180: fits and best for
Longer stays and bigger loads where capacity is the constraint: 1,152 Wh stretches fridge runtime further than any other unit here, and the 1,440 W AC input refills to 80% in ~45 minutes at a hookup. The 20 ms UPS switchover also suits short backup duty.
BLUETTI AC180 pros and watch-outs
- 1,152 Wh — the largest capacity in this guide
- 0–80% in ~45 min — the quickest AC refill here
- 3,500+ cycle rating
- 20 ms UPS switchover
- Bluetooth app control
- 35.3 lbs — the heaviest unit in the guide
- Only 4 AC outlets against the rivals’ 6
- 500 W solar input trails the C1000’s 600 W
- The heaviest unit is the hardest to move around camp
BLUETTI AC180: what owners report
- The Amazon listing itself maps to dp/B0C1SMJTDT for the BLUETTI AC180 (1152Wh LiFePO4, 1800W with 2700W peak AC outlets), corroborated by an independent expertbeacon ASIN record. Source
- BLUETTI’s own product page documents the 1,440 W AC input, the 20 ms UPS switchover and the 5-year warranty. Source
Independent owner-report coverage is thin; the notes above describe verified public records rather than invented impressions.
BLUETTI AC180: who should not buy
For a lighter carry, the Explorer 1000 v2; for six AC outlets, the DELTA 2 or the SOLIX C1000; for ultralight trips, the BLUETTI EB3A.
BLUETTI AC180: pair it with
BLUETTI’s own 200 W solar panel, matched to the 500 W input ceiling. The panel bundle is a separate listing — no verified panel ASIN is in this guide, so no button is printed here.
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At 35.3 lbs, lift with the handle and keep the vents clear when the unit rides in a vehicle footwell — heat is the enemy of every battery. A winch cover mindset applies: protect the gear in transit.
Best ultra-portable: BLUETTI EB3A
Best Ultra-Portable Entry
Why the BLUETTI EB3A is our pick
Deliberately small: 268 Wh and 10.1 lbs, the lightest unit here by a wide margin, with a 600 W pure sine wave inverter for phones, laptops, cameras, lights and small fans. It still carries a 100 W USB-C port, LiFePO4 cells rated 2,500+ cycles, and a 24/7 EPS function. The headline is the refill: 430 W max dual charging (solar plus AC) takes it 0–80% in ~30 minutes, the fastest in the roundup. For trips where every pound matters — not heavy appliances.
BLUETTI EB3A key specs
- Capacity: 268 Wh LiFePO4
- AC output: 600 W pure sine wave; 1,200 W surge
- AC outlets: 2 × 120 V; 9 total outputs
- USB: USB-A, USB-C 100 W; 12 V car port; DC5521
- Cycle life: 2,500+ cycles to 80% capacity
- Recharge: 430 W max dual charging (solar + AC) — 0–80% in ~30 min; 350 W AC max
- Solar input: 200 W max
- UPS: 24/7 EPS function
- Weight: 10.1 lbs — the lightest in this guide
- Warranty: 2 years
BLUETTI EB3A: fits and best for
Tent camping, camera and drone work, light overlanding: phones, laptops, cameras, lighting, small fans — anything where 600 W is plenty and every pound counts. Also works as a second grab-and-go unit alongside a 1 kWh-class station.
BLUETTI EB3A pros and watch-outs
- 10.1 lbs — the lightest in this guide by far
- 0–80% in ~30 min — the fastest refill here
- 100 W USB-C on a 268 Wh unit
- LiFePO4 cells at the entry tier
- 24/7 EPS function
- 268 Wh will not run high-draw appliances
- Only 2 AC outlets
- 2-year warranty is the shortest here
- 200 W solar ceiling limits panel size
BLUETTI EB3A: what owners report
- Two independent spec-sheet records (batteryskills, batteryessence) list ASIN B09WW3CTF4 for the BLUETTI EB3A; a desertcart ASIN table confirms the same mapping. Source
- BLUETTI’s own product page documents the 268 Wh capacity, the 600 W inverter and the 24/7 EPS function. Source
Independent owner-report coverage is thin; the notes above describe verified public records rather than invented impressions.
BLUETTI EB3A: who should not buy
If any appliance draws above about 500 W, or you camp for days without a recharge route, step up to one of the four 1 kWh-class units above.
BLUETTI EB3A: pair it with
BLUETTI’s own smaller solar panel matched to the 200 W input ceiling. No verified panel ASIN is in this guide, so no button is printed here.
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Treat the 600 W rating as the ceiling, not the plan — keep continuous loads around half of it for comfortable runtime. Portable 12 V context lives in our portable 12 V winch guide.
Spec comparison
Every row below is the same attribute per station, so the comparison is like-for-like; fuller detail sits in the wi-specs lists above. No scores are printed: this guide rests on maker documents and published records, not instrumented testing.
| Attribute | Jackery Explorer 1000 v2 | EcoFlow DELTA 2 | Anker SOLIX C1000 |
|---|---|---|---|
| Capacity (Wh) | 1,070 | 1,024 | 1,056 |
| Battery chemistry | LiFePO4 | LiFePO4 (LFP) | LiFePO4 |
| AC output (continuous) | 1,500 W | 1,800 W | 1,800 W |
| Surge / boost | 3,000 W | 2,700 W (X-Boost 2,400 W) | 2,400 W SurgePad |
| AC outlets | 3 | 6 | 6 |
| Total ports | Not published | 15 | 11 |
| Max solar input | ~400 W | 500 W | 600 W |
| Fastest recharge noted | 0–100% ~1 h (AC) | 0–80% ~50 min (AC) | Full ~58 min (AC) |
| Cycle life | 4,000 to 70%+ | 3,000 to 80%+ | 3,000 to 80% |
| UPS / EPS | Not published | Not published | UPS <20 ms |
| Weight | 23.8 lbs | 27 lbs | 28.44 lbs |
| Warranty | 3 yrs (5 w/ reg.) | 5 yrs | 5 yrs |
| Check Price | Check Price | Check Price | Check Price |
| Attribute | BLUETTI AC180 | BLUETTI EB3A |
|---|---|---|
| Capacity (Wh) | 1,152 | 268 |
| Battery chemistry | LiFePO4 | LiFePO4 |
| AC output (continuous) | 1,800 W | 600 W |
| Surge / boost | 2,700 W Power Lifting | 1,200 W |
| AC outlets | 4 | 2 |
| Total ports | 11 | 9 |
| Max solar input | 500 W | 200 W |
| Fastest recharge noted | 0–80% ~45 min (AC) | 0–80% ~30 min (AC + solar) |
| Cycle life | 3,500+ | 2,500+ to 80% |
| UPS / EPS | UPS 20 ms | EPS 24/7 |
| Weight | 35.3 lbs | 10.1 lbs |
| Warranty | 5 yrs | 2 yrs |
| Check Price | Check Price | Check Price |
Setup & first-use basics
Charge to 100% from a wall outlet before the first trip, and plug the AC cable into the unit before the wall socket — standard maker-manual practice. Refill routes: wall power at a hookup (fastest), the car’s 12 V port (slow), or solar panels matched to the input ceiling. Panels want full sun and a clear angle; shade on one panel section collapses output. Keep vents clear, never run it in a sealed container. For longer storage, LiFePO4 makers recommend a partial charge with a top-up every few months — the same discipline in our guides on battery runtime and storage drain.
Before you depend on it, add up the watts of everything you will run at once and compare the total to the station’s continuous rating — not the surge figure. If the total sits within 20 percent of the rating, step up a class. The 12 V car port also trickle-charges from the tow vehicle between camps; wiring basics are in our 12 V wiring guide. Treat EPS/UPS as a bridge over short outages, not a substitute for hardwired transfer.
Safety essentials
- Match loads to the continuous wattage rating — surge is momentary, not a plan.
- Keep intake and exhaust vents clear; never charge or discharge inside a sealed box or vehicle compartment.
- Charge only with the maker-supplied cable or equipment matched to the published specs.
- Keep the unit dry — these are campsite electronics, not submersible gear; cover them in rain.
- Store at a partial charge for long idle periods and top up every few months.
- UPS and EPS functions are a bridge over short outages, not a replacement for a hardwired transfer setup.
Three safety-first follow-on picks — named by maker record, with our guide links; none has a station-specific ASIN in the research notes, so no buttons are printed here:
A heavy-gauge outdoor extension cord rated above your station’s continuous output — never a light indoor cord on a 1,800 W unit. Reading: our essential winching accessories and the accessories archive.
A fitted cover or dry bag for rain in transit and at camp — the same “protect the gear” discipline as our winch cover guide.
A 12 V wiring refresh in the tow vehicle if you trickle-charge from the car port — start with how to wire to the truck battery; our recovery kit covers the rest of the trail electrical path.
Sizing discipline carries over from recovery work: what size winch do I need; the habits in our winch maintenance checklist apply to any gear you depend on in the field.
Troubleshooting
Standard checks from the makers’ manuals for this product class — none replace the maker’s own troubleshooting page for your exact unit.
| Symptom | Likely cause | Fix |
|---|---|---|
| Unit will not turn on, no display | Battery deeply discharged from storage | Charge from a wall outlet; a long-press of the power button usually wakes the unit |
| AC outlets dead but the unit is on | AC output toggled off, or an overload tripped the inverter | Press the AC button; remove the load; let it cool, then retry under the rating |
| Solar charging is very slow | Shade, bad panel angle, or panel voltage outside the MPPT window | Reposition into full sun; keep panel voltage inside the published range (11–60 V) |
| App will not pair | Bluetooth pairing step missed or the app needs updating | Follow the maker app’s pairing flow with the phone nearby |
| EPS/UPS did not hold the load | Load exceeded the output, or the switchover gap was too long for the device | Keep protected loads well under the rating; know UPS vs EPS first |
| Capacity seems to fade over seasons | Normal cycle aging plus poor storage habits | Avoid storing at 0% or 100%; top up every few months; keep it cool and dry |
Who should NOT buy these
If you need whole-house backup. A 1 kWh-class station covers essentials — fridge, lights, phones, laptop — through an outage; it does not run a house. For that job you are shopping a different class, and the honest route is the broader Power Adapters archive for larger options rather than stacking small stations.
If your loads never leave USB. Phones, earbuds and a lantern do not need AC outlets or an inverter — a plain high-capacity power bank is the lighter, simpler tool for the job. The EB3A only earns its place once you need real AC power. Our essential accessories guide covers the small-gear side of camp power.
Goal Zero Yeti 500X loyalists, read this first. The Yeti 500X (497 Wh, 300 W inverter) was considered and demoted: its NMC battery is stated at 500 cycles by the maker against 2,500–4,000 for the LiFePO4 field, and its output trails every pick here. If you still want it, the verified listing is below — but the demotion stands on the chemistry.
If you need silent 24/7 runtime for medical devices. Run the runtime math twice, keep loads far under the rating, and understand the UPS/EPS gap before anything health-critical depends on a portable box. Our guide on how long a battery really runs a load shows the calculation.
Final verdict
Best overall: Jackery Explorer 1000 v2
Best whole-campsite workhorse: EcoFlow DELTA 2
Best solar and backup crossover: Anker SOLIX C1000
Largest capacity: BLUETTI AC180
Best ultra-portable: BLUETTI EB3A
FAQ
What is the difference between a portable power supply and a generator?
A portable power supply — usually called a power station — is a battery with an inverter and outlets, charged from wall, car or solar. A generator burns fuel to make electricity. The station is silent, fume-free and safe inside a tent or RV; the generator wins on sustained output and refuelling speed.
How long will a 1,000 Wh power station run my 12 V fridge?
Divide the station’s watt-hours by the fridge’s watts. A fridge averaging ~50 W on a 1,000 Wh-class unit gives roughly 20 hours in theory — real runtime is lower with inverter losses and heat. A pre-chilled fridge stretches it; opening the lid shortens it. For a weekend, a 1 kWh-class station plus one midday solar top-up is the comfortable formula.
Can I recharge a portable power station while camping?
Three ways: a wall outlet at a powered site (fastest), the car’s 12 V port while driving (slow), or solar panels (weather-dependent). The ceiling matters: the SOLIX C1000 accepts up to 600 W of panels, the EB3A only 200 W.
Why does every pick in this guide use LiFePO4 batteries?
LiFePO4 is the current standard for this class: the picks here are rated 2,500 to 4,000 full cycles before fading, against 500 cycles for the older NMC chemistry in the demoted Goal Zero Yeti 500X. If a listing does not name its chemistry, treat the silence as a warning.
Can a portable power station run a microwave or a coffee maker?
Only if the station’s continuous output exceeds the appliance’s draw. The three 1,800 W units (DELTA 2, SOLIX C1000, AC180) and the 1,500 W Explorer 1000 v2 can run typical 1,000–1,200 W kitchen appliances; the 600 W EB3A cannot. Check the nameplate watts and add headroom: high-draw appliances drain a 1 kWh tank in about an hour.
What is the difference between UPS and EPS on these units?
UPS switches to battery in milliseconds — the SOLIX C1000 publishes under 20 ms, the AC180 20 ms. EPS, as on the EB3A, is a 24/7 backup function with a longer switchover. Neither replaces a hardwired transfer setup; know the gap before anything critical depends on it.
Can I fly with a portable power station?
Not these. Airlines cap spare lithium batteries in carry-on at about 100–160 Wh, and every station here far exceeds that (268 Wh to 1,152 Wh). They travel by car, RV or ground freight only — even the 10.1 lb EB3A cannot board a plane.
Do I need an expansion battery?
Only if one box is not enough. The DELTA 2 expands to 3,040 Wh and the SOLIX C1000 to 2,112 Wh with the maker’s extra batteries — useful for week-long off-grid stays. For weekend camping, a single 1 kWh-class unit is the sweet spot.
Are portable power stations safe to use in the rain?
No. These are campsite electronics with vents, ports and high-current internals — keep them dry, covered and off wet ground. Charge and discharge in ventilated shelter, never in a sealed container, and let a rain-soaked unit dry fully before its next use.
Why are there no prices in this guide?
Listing prices move too fast to print honestly. That is why every station carries its own Check Price button to the live Amazon listing, where the current price, availability and bundle options are shown. The word “price” in the title is a search keyword, not a price list.
Sources & changelog
Manufacturer sources: Jackery Explorer 1000 v2 product page · EcoFlow DELTA 2 product page · Anker SOLIX C1000 product page · BLUETTI AC180 product page · BLUETTI EB3A product page.
Listing and tracking records used for ASIN verification: Explorer 1000 v2 listing record (expertbeacon / pricehistory) · DELTA 2 tracking record (camelcamelcamel, since Sep 2022) · SOLIX C1000 review record (solutionsblogger) · AC180 listing record · EB3A spec-sheet records (batteryskills / batteryessence / desertcart).
Owner-report and sizing references consulted: dajiuenergy measured-capacity tests · outdoortechlab real-world camping usage · alibaba warranty and reliability survey · sunhub BLUETTI owner-report review · firewoodhoardersclub owner install thread · robert-twentyman SOLIX C1000 owner log · dreambigtravelfarblog EB3A review.
Changelog — October 23, 2026: guide first published.
By Leo, Founder, WinchInsider
Leo researches automotive and outdoor power gear from maker documents and owner reports, with a focus on honest sizing and gear that suits how it is really used.
More about us: About WinchInsider
Related guides
Top pick: Jackery Explorer 1000 v2