u-power
u-power 60000W Peak 15000W Power Inverter 24V DC to 110V 220V AC 60Hz Split Phase Pure Sine Wave
Converts 24 V DC to split-phase 110 V and 220 V AC at 60 Hz with 15 000 W continuous and 60 000 W peak output, plus integrated UPS, battery charger and LCD display
- Delivers 15000W continuous power for demanding loads
- Handles 60000W peak surge for motor starts
- Split-phase 110V and 220V simultaneous output
- Pure sine wave suits sensitive electronics
- Integrated UPS and battery charger simplify backup
Power Inverter for 24 V DC Systems
This u-power inverter converts 24 V DC into split-phase AC at 110 V and 220 V with a 60 Hz frequency. It delivers 15 000 W continuous power and a 60 000 W peak rating for demanding off-grid or backup installations. The unit includes a built-in UPS function, battery charger and LCD display for monitoring.
Split-Phase 110 V / 220 V Output Configuration
The inverter provides 7 500 W continuous and 30 000 W peak on each voltage leg whether used separately or simultaneously. L1+N and L2+N each supply 110 V while L1+L2 supplies 220 V. The control board is optimised for 110 V regulation so balanced or 110 V-heavy loads are recommended for accurate LCD readouts.
Suited for Solar and Backup Installations Needing
Installers who require both 110 V and 220 V from a single 24 V battery bank will benefit from the split-phase design and integrated charger. Buyers needing 220 V only with full LCD accuracy should note the display shows half data unless the control board is customised. Systems requiring a different DC input voltage are not compatible.
Highlights
- Delivers 15000W continuous power for demanding loads
- Handles 60000W peak surge for motor starts
- Split-phase 110V and 220V simultaneous output
- Pure sine wave suits sensitive electronics
- Integrated UPS and battery charger simplify backup
Specifications
| Brand | U-POWER |
|---|
Questions about this item
What does the 15000 W continuous rating mean when I run 110 V and 220 V loads together?
The inverter delivers 7500 W continuous on 110 V and 7500 W on 220 V simultaneously, totalling 15000 W.
How does the split-phase output limit what I can draw from each voltage?
L1+N and L2+N each give 110 V at up to 7500 W; L1+L2 gives 220 V at up to 7500 W. The control board favours 110 V regulation, so balanced or 110 V-heavy loads are recommended.
What DC input and physical connections are required to install this unit?
It needs a 24 V DC source and provides L1, N and L2 AC terminals for split-phase wiring.
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