Data asset

Power Station Database

A source-linked specification index for comparing battery capacity, inverter output, solar input, chemistry and expansion.

ModelCapacityAC outputSolarWeightChemistryExpansionShop
EcoFlow RIVER 3 Plus286 Wh600 W220 W10.4 lbLiFePO4Up to 858 Wh with compatible extra battery—
Jackery Explorer 600 Plus632 Wh800 W200 W16.1 lbLiFePO4Standalone portable model—
BLUETTI Elite 100 V21,024 Wh1,800 W1,000 W25 lbLiFePO4Standalone portable model
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EcoFlow DELTA 3 Plus1,024 Wh1,800 W1,000 W27.6 lbLFPUp to 5 kWh in the DELTA 3 series—
Anker SOLIX C10001,056 Wh1,800 W600 W28.4 lbLFPUp to 2,112 Wh with BP1000 expansion battery—
Jackery Explorer 1000 v21,070 Wh1,500 W400 W23.8 lbLiFePO4Not listed as an expandable battery system—
BLUETTI AC1801,152 Wh1,800 W500 W35.3 lbLiFePO4Standalone portable model
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VTOMAN FlashSpeed 15001,548 Wh1,500 W400 W41.4 lbLiFePO4Up to 3,096 Wh with extra battery—
OUPES Mega 22,048 Wh2,500 W2,100 W48.5 lbLiFePO4Up to 10.24 kWh with expansion batteries—
EcoFlow DELTA 2 Max2,048 Wh2,400 W1,000 W50 lbLFPSupports up to two compatible smart extra batteries—
BLUETTI AC200L2,048 Wh2,400 W1,200 W62.4 lbLFPUp to 8,192 Wh with compatible expansion batteries
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Jackery Explorer 2000 Plus2,042.8 Wh3,000 W1,400 W61.5 lbLiFePO42–24 kWh—
Dabbsson DBS2300 Plus2,330 Wh2,200 W800 W58.15 lbSemi-solid-state LiFePO4Up to 16,660 Wh in supported configurations—
Mango Power Power E3,533 Wh3,000 W2,000 W100.1 lbLFP3.5–14 kWh system capacity; split-phase options with accessories—
Anker SOLIX F38003,840 Wh6,000 W2,400 W132 lbLFPUp to 26.9 kWh with expansion batteries—
EcoFlow DELTA Pro 34,096 Wh4,000 W2,600 W113.54 lbLFP4–48 kWh system capacity—

Database updated from manufacturer-published specifications. Verify the current product manual before relying on a voltage, current, installation or compatibility limit. Shopping links are sponsored affiliate links where shown.

How to compare power stations

Capacity and inverter output answer different questions. Battery capacity in watt-hours estimates how much energy is stored; AC output in watts determines how large a load the inverter can operate at one time. A 4,000W inverter does not imply four hours of runtime at 1,000W, and a large battery can still be a poor fit if its inverter cannot start a motor or compressor.

For outage use, compare at least five dimensions together: usable energy, continuous and surge output, solar or AC recharge rate, expansion options, and physical weight. A lighter 1kWh station may be the better mobile tool, while a heavier 4kWh system may be the rational choice for refrigerator, furnace, pump or multi-day household backup.

Database methodology

  • Capacity: manufacturer-published nominal battery energy.
  • AC output: published continuous inverter output, not temporary boost marketing modes.
  • Solar input: maximum published solar-input wattage where available.
  • Weight: manufacturer-listed product weight.
  • Expansion: published compatible expansion capacity or battery ecosystem.

Specifications can change between model revisions and regional versions. The manufacturer source link beside each model is the final reference for a purchase or installation decision.

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