Verdict: the BLUETTI Elite 100 V2 is the lightest 1 kWh power station we cover that accepts 1,000 W of solar. It stores 1,024 Wh, runs 1,800 W from four AC outlets (3,600 W surge), reaches 80% from the wall in about 45 minutes in Turbo mode, switches to battery in 10 ms or less and weighs 25.3 lb. It’s a strong pick for solar charging, camping and quiet bedroom backup. Its trade-offs: only four AC outlets, no plug-in expansion battery, and fast charging is off until you switch it on.
| Best for | Campers and van travelers who charge from solar; quiet backup in a bedroom or home office; laptop users who want a 140 W USB-C port |
| Not ideal for | Homes that need more than four AC outlets or may want to add capacity later; buyers who want the fastest full recharge |
| Key numbers | 1,024 Wh · 1,800 W (3,600 W surge) · 11 ports · 80% in ~45 min · 1,000 W solar · ≤10 ms UPS · 25.3 lb |
How we reviewed it: a specification-based review using BLUETTI’s official product page, launch page and user manual, plus our transparent runtime math. We have not tested this unit hands-on yet; we’ll add measured results when we do. See How We Test.
Pros and cons
| Pros | Cons |
|---|---|
| 1,000 W solar input, tied for the highest in the 1 kWh class we cover | Only four AC outlets |
| Light and compact: 25.3 lb, 12.6 × 8.5 × 9.8 in | No expansion-battery port |
| 140 W and 100 W USB-C ports for laptops | Charges at 600 W by default; Turbo (1,200 W) must be selected |
| UPS switchover of 10 ms or less, with up to 1,800 W passed through from the wall | Car charging cable is not in the box |
| Rated 30 dB under 600 W loads | Solar current is capped at 20 A, so 1,000 W needs a high-voltage panel setup |
| Power Lifting mode runs 1,800–2,700 W heating appliances (at reduced power) | USB-A ports are only 15 W |
| LiFePO4 rated 4,000+ cycles to 80%; 5-year warranty |
Full specifications
| Capacity | 1,024 Wh (20 Ah) |
| Battery | LiFePO4, 4,000+ cycles to 80% of original capacity |
| AC output | 4 outlets, 120 V, 1,800 W total (15 A), 3,600 W surge |
| Power Lifting mode | Runs pure resistive loads rated 1,800–2,700 W; actual output stays at 1,800 W |
| Total AC + DC output | 1,900 W |
| USB-C | 1 × 140 W, 1 × 100 W |
| USB-A | 2 × 15 W (5 V, 3 A) |
| 12 V car socket | 12 V, 10 A (shares a 10 A total with the DC5521 ports) |
| DC5521 barrel ports | 2 × 12 V, 5 A per port, 8 A total |
| AC charging | 600 W Standard (default); 1,200 W Turbo: 80% in about 45 min, full in about 70 min |
| Solar charging | 1,000 W max, 12–60 V open-circuit, 20 A max; MC4-to-XT60 cable included |
| AC + solar together | 1,200 W max |
| Car charging | 12 V or 24 V socket with an optional cable; BLUETTI Charger 1 (sold separately) fills it in about 1.8 hours |
| UPS | 10 ms or less; up to 1,800 W passed through (charging + bypass) |
| Self-consumption | About 10 W (BLUETTI’s figure) |
| Noise | 30 dB under 600 W; 50 dB max |
| Charging temperature | 32–104°F (0–40°C) |
| Discharging temperature | −4–104°F (−20–40°C) |
| Dimensions | 12.6 × 8.5 × 9.8 in (320 × 215 × 250 mm) |
| Weight | 25.3 lb (11.5 kg) |
| Expandability | No expansion-battery port |
| App | Wi-Fi and Bluetooth (BLUETTI app) |
| Warranty | 5 years |
| In the box | AC charging cable, solar cable (MC4 to XT60), grounding screw, manual |
All 11 ports, and what to plug into each
| Port | Best used for |
|---|---|
| 4 × AC outlets (1,800 W total) | Refrigerator, TV, fans, lamps, a CPAP power brick; a microwave or kettle in short bursts |
| 1 × USB-C 140 W | Power-hungry laptops; more efficient than using the laptop’s AC charger |
| 1 × USB-C 100 W | A second laptop, a tablet or a USB-C monitor |
| 2 × USB-A 15 W | Phones, headlamps, small gadgets |
| 1 × 12 V car socket (120 W) | 12 V compressor coolers, water pumps, your CPAP maker’s DC cable |
| 2 × DC5521 barrel (12 V) | Routers and LED lights that take a 12 V barrel plug (with the right cable) |
A small tip that saves energy: devices on the 12 V and USB ports skip the AC inverter, which BLUETTI says draws about 10 W on its own. If your router runs on 12 V, powering it from a DC5521 port with the correct cable (check the plug size and polarity) can stretch an outage runtime noticeably.
Charging: wall, solar and car
| Method | Max input | Time (from empty) |
|---|---|---|
| Wall, Turbo mode | 1,200 W | 80% in about 45 min; full in about 70 min |
| Wall, Standard mode (default) | 600 W | About 2 hours (BLUETTI estimate) |
| Wall, Silent mode (set in the app) | Reduced | About 2 hours (BLUETTI estimate); quietest option |
| Solar | 1,000 W (12–60 V, 20 A) | About 70 min in ideal conditions; about 1.7 hours with 800 W of panels in strong sun (our estimate) |
| AC + solar together | 1,200 W | Similar to Turbo |
| Car socket (optional cable) | Not listed | Slower; best for topping up while driving |
| BLUETTI Charger 1 (alternator charger, sold separately) | — | About 1.8 hours |
The 20 A catch: how to actually reach 1,000 W of solar
Solar power is volts × amps. The Elite 100 V2 takes up to 60 V open-circuit and 20 A, so 1,000 W requires about 50 V at full current. That’s a detail most spec sheets skip, and it decides how many panels are worth buying.
- Check each panel’s open-circuit voltage (Voc) on its label. BLUETTI’s own example uses 200 W panels rated 20 V and 10 A.
- Add a cold-weather margin. Panel voltage rises on cold mornings. We multiply Voc by 1.15: two panels with a Voc of up to about 26 V each stay under the 60 V limit in series (26 × 2 × 1.15 ≈ 59.8 V).
- Series doubles volts, parallel doubles amps. Two 200 W panels in series give about 40 V and 10 A (400 W). BLUETTI’s manual shows adding a second, identical series pair in parallel: about 40 V and 20 A, or 800 W of panels.
- Expect about 75% of the label in real sun. 800 W of panels deliver roughly 600 W, which fills the battery in about 1.7 hours of strong sun (1,024 ÷ 600).
With common 20 V-class folding panels, 800 W is the practical ceiling, since a third panel in series would push the voltage past 60 V. Getting the last 200 W takes higher-voltage panels. More on wiring in series vs parallel solar panels.
What it can run, and for how long
Hours = (1,024 Wh × 0.85) ÷ (device watts + 10 W inverter). Example for an average refrigerator: 1,024 × 0.85 ≈ 870 Wh usable; 62.5 W + 10 W = 72.5 W; 870 ÷ 72.5 ≈ 12 hours. BLUETTI’s own formula (90% depth of discharge × over 90% inverter efficiency, plus about 10 W of self-consumption) lands in the same range.
| Device | Typical draw | Estimated runtime |
|---|---|---|
| Average full-size refrigerator | 1.5 kWh/day (~62.5 W average) | ~12 hours |
| Efficient refrigerator | 1.0 kWh/day (~42 W average) | ~17 hours |
| CPAP, humidifier off | ~30 W | ~2.7 nights |
| CPAP, humidifier on | ~55 W | ~1.7 nights |
| Wi-Fi router and modem | ~15 W | ~35 hours |
| Laptop (via AC) | ~50 W | ~14.5 hours |
| Box fan | ~50 W | ~14.5 hours |
| 50-inch LED TV | ~100 W | ~8 hours |
| Microwave | ~1,000 W | ~50 minutes of total cooking time |
| Space heater on high | ~1,500 W | ~35 minutes |
Three real-world scenarios
1. An overnight outage at home
A refrigerator, Wi-Fi, a lamp and phone charging average about 95 W together. The Elite 100 V2 covers that for about 9 hours (870 ÷ 95), enough for a typical overnight outage. Leave it plugged into the wall as a UPS and it takes over by itself; with Power Memory mode on in the app, it resumes powering your devices when the grid returns.
2. A week of camping with one panel
A day of use: a laptop on the 140 W USB-C port for 4 hours (~200 Wh), string lights at 10 W for 5 hours (~50 Wh), phones (~30 Wh) and a 40 W fan through the AC outlet for 8 hours (~400 Wh including the inverter). That’s about 680 Wh a day. A single 200 W panel makes about 200 × 0.75 × 4 sun hours = 600 Wh on a clear day. The battery covers the 80 Wh daily gap for more than a week of clear weather.
3. A workday without power
Laptop on USB-C (~50 W), plus a monitor (~30 W; check its label) and router (~15 W) on AC with the 10 W inverter: about 105 W in total. That’s roughly 8 hours, a full workday. The 10 ms switchover keeps the router and monitor from blinking off when the power drops. BLUETTI notes its UPS isn’t meant for data servers or workstations that need a high-performance UPS; see power station vs UPS for a home office.
How it compares with its main rivals
| BLUETTI Elite 100 V2 | EcoFlow DELTA 3 Plus | Anker SOLIX C1000 Gen 2 | Jackery Explorer 1000 v2 | |
|---|---|---|---|---|
| Capacity | 1,024 Wh | 1,024 Wh | 1,024 Wh | 1,070 Wh |
| Rated cycles | 4,000+ to 80% | 4,000 to 80% | 4,000 to 80% | 4,000 to 70%+ |
| AC output (peak) | 1,800 W (3,600 W) | 1,800 W (3,600 W) | 2,000 W (3,000 W) | 1,500 W (3,000 W) |
| AC outlets | 4 | 6 | 5 | 3 |
| Fastest wall recharge | 80% in ~45 min; full ~70 min | Full in 56 min | Full in ~49 min | Full in ~1 hour |
| Max solar | 1,000 W | 1,000 W | 600 W | 400 W |
| UPS switchover | ≤10 ms | Under 10 ms | 10 ms | ≤20 ms |
| Expandable | No port | Yes, to 5 kWh | No | No |
| Weight | 25.3 lb | 27.6 lb | 24.9 lb | 23.8 lb |
| Warranty | 5 years | 5 years | 5 years (dealer listing) | 3 + 2 years |
The short version: the EcoFlow matches its solar input and adds two outlets and expansion, at 2.3 lb more. The Anker recharges fastest from the wall and has the most output but less solar. The Jackery is the lightest but trails on output, solar and outlets. Read the full head-to-head in BLUETTI vs EcoFlow, or the individual EcoFlow DELTA 3 Plus review and Anker SOLIX C1000 Gen 2 review.
Who should buy it, and who shouldn’t
| If you… | Our take |
|---|---|
| Plan to charge mostly from solar while camping or in a van | Buy it. 1,000 W of solar in a 25 lb box is its standout feature. |
| Want quiet backup for a bedroom, CPAP or desk | Buy it. 30 dB under 600 W and a 10 ms switchover suit it well. |
| Charge several laptops or USB-C gear | Good fit. 140 W + 100 W USB-C ports. |
| Need to plug in five or six AC devices during an outage | Skip it. The DELTA 3 Plus (6 outlets) or C1000 Gen 2 (5) fit better. |
| Might want more than 1 kWh later | Skip it. The DELTA 3 Plus expands to 5 kWh. |
| Want the fastest full wall recharge | Consider the Anker C1000 Gen 2 (about 49 minutes to full). |
Not sure 1 kWh is enough for your list of devices? Try our power station calculator.
Need twice the capacity and more output for a unit that stays home? See our BLUETTI Elite 200 V2 review: 2,073.6 Wh and 2,600 W, at 53.35 lb.
Common mistakes with the Elite 100 V2
- Expecting 45-minute charging out of the box. It charges in Standard mode (600 W) by default. Switch to Turbo on the display or in the app when you’re in a hurry.
- Leaving ECO mode on with a fridge or CPAP. ECO shuts the AC or DC output off after a period of low load. It’s off by default; BLUETTI says to keep it off for small or critical devices.
- Treating Power Lifting as extra power. It lets a 1,800–2,700 W heater, kettle or hair dryer run, but only at 1,800 W, so it heats more slowly. It doesn’t work for motors or compressors.
- Wiring panels past 60 V. Three typical 20 V-class panels in series can exceed the limit, especially on a cold morning. Check Voc first.
- Storing it full or empty for months. BLUETTI advises storing at 40–60%, powered off, and cycling it every three months.
Frequently asked questions
Can it run a refrigerator?
Yes. It runs an average full-size refrigerator for about 12 hours by our formula, and its 1,800 W output with 3,600 W surge leaves room for the compressor’s start-up. BLUETTI notes some motors start at 2–4 times their rated power, so check larger appliances.
Can I add an extra battery?
Not directly: the manual’s port list has no expansion-battery port. BLUETTI sells bundles that pair it with a larger B300K battery through its Charger 2 and DC Hub accessories; check how that setup works on the listing before counting on it. For simple plug-in expansion, look at the EcoFlow DELTA 3 Plus.
Elite 100 V2 or BLUETTI AC180?
BLUETTI’s own comparison gives the AC180 more capacity (1,152 Wh), but it weighs 37 lb, takes 500 W of solar, switches over in 20 ms and is rated 3,500 cycles. The Elite 100 V2 is about 12 lb lighter, takes twice the solar and switches faster.
Can I take it on a plane?
No. At 1,024 Wh it’s far above what airlines allow for lithium batteries, and BLUETTI’s manual states it isn’t permitted on aircraft.
Can I charge it from my car?
Yes, from a 12 V or 24 V socket with the optional car charging cable, which isn’t included. That’s slow; for real charging while driving, BLUETTI sells the Charger 1 alternator charger, rated to fill it in about 1.8 hours.
Can I use it while it charges?
Yes. It supports pass-through charging, sending up to 1,800 W from the wall (charging plus bypass) and switching to battery in 10 ms or less if the grid fails.
The bottom line
The BLUETTI Elite 100 V2 is the 1 kWh power station to pick if solar charging, low weight and quiet running matter most. Choose the EcoFlow DELTA 3 Plus if you want more outlets and room to expand, or the Anker SOLIX C1000 Gen 2 if the fastest wall recharge and the most output come first. Compare the current price before you buy.
Sources
- BLUETTI US, Elite 100 V2 Portable Power Station (official product page, including the comparison with the AC180).
- BLUETTI US, Elite 100 V2 launch page and FAQ (surge, charging times, warranty).
- BLUETTI, Elite 100 V2 User Manual V5.1 (PDF: specifications, charging modes, ECO and Power Lifting modes, UPS, storage).
- BLUETTI Support, Elite 100 V2 support page.
- Rival specifications: see our linked reviews and their official sources.