u-power
u-power 80000W peak 20000W power inverter 10000W 110V 220V 48V DC 60Hz
Converts 48V DC to 110V and 220V AC split-phase pure sine wave at 60Hz with 10000W continuous and 20000W peak output, plus integrated UPS, battery charger and LCD display
- Handles heavy start-up loads with 80000W peak capacity
- Delivers 10000W continuous power on both 110V and 220V outputs
- Pure sine wave output protects sensitive electronics
- Built-in UPS and battery charger simplify backup power
- Split-phase design enables simultaneous 110V and 220V supply
Product identity
This is a low-frequency split-phase pure sine wave inverter from U-POWER that converts 48V DC into 110V and 220V AC at 60Hz. It delivers 10000W continuous power with a 20000W rated capacity and 80000W peak surge. An integrated UPS function, battery charger and LCD display are built in.
Who it suits and who it does not
Installers running 48V battery banks who need simultaneous 110V and 220V loads will benefit from the balanced split-phase design. Systems that demand only 110V output can still draw full power, though the LCD will report only half the actual wattage and current. Buyers requiring a dedicated 110V-preferred control board or full 110V-only metering must request a custom control board.
Capacity and headroom
Each 110V leg and the 220V leg supply 10000W continuous with 40000W peak. When 110V and 220V loads run together the total continuous output remains 10000W, so the inverter handles mixed loads within that envelope. Demands beyond 10000W continuous or 40000W peak on any output will exceed the unit’s rating.
Highlights
- Handles heavy start-up loads with 80000W peak capacity
- Delivers 10000W continuous power on both 110V and 220V outputs
- Pure sine wave output protects sensitive electronics
- Built-in UPS and battery charger simplify backup power
- Split-phase design enables simultaneous 110V and 220V supply
Specifications
| Brand | U-POWER |
|---|
Questions about this item
What DC voltage and battery bank capacity do I need to run the 10 000 W continuous load?
Connect a 48 V DC battery bank; the bank must supply the current that 10 000 W continuous and 40 000 W peak demand draw at 48 V.
Can I keep my existing 110 V and 220 V appliances on the same L1, N, L2 wiring?
Yes — L1+N gives 110 V, L2+N gives 110 V, L1+L2 gives 220 V; the inverter supports 10 000 W continuous and 40 000 W peak on both voltages simultaneously.
How do I verify the inverter is delivering the rated 10 000 W continuous output after wiring?
Apply balanced 110 V and 220 V loads totalling 10 000 W and confirm the LCD shows the combined wattage and current for both outputs.
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