Huawei iSitePower-M 1PH Backup Kit 5KW Inverter with 15kWh Battery

Huawei iSitePower-M 1PH Backup Kit 5KW Inverter with 15kWh Battery

The Huawei iSitePower-M is a compact, hybrid power solution that integrates power supply, backup power, and energy management. Ideal for off-grid and unreliable grid areas, it ensures stable and reliable power for residences, apartments, shops, and emergency scenarios. Designed with a high-density, lightweight structure and an IP65 protection level, it can be installed both indoors and outdoors.

Product features 

• Hybrid Power Solution – Combines power supply, backup power, and management.
• Versatile Installation – Supports wall-mounted or floor-mounted setups.
• Reliable Backup Power – Ensures continuous power for homes and businesses.
• Suitable for Off-Grid Areas – Works efficiently in unreliable grid conditions.
• Durable & Weatherproof – IP65-rated, designed for both indoor and outdoor use.
• High-Density & Lightweight Design – Compact for easy installation and transport. 

Specifications

Basic Parameters

• Dimensions: 690mm × 1480mm × 165mm (15kWh)
• Weight:
  • 16kg per power module
  • 30kg per battery module
  • 166kg for 15kWh system
• Installation Mode: Indoor, outdoor
• Protection Level: IP65

AC Input

• Input Voltage: Single-phase 90-300V AC
• Input Current: Max. 30A
• Frequency: 50 Hz/60Hz
• Surge Protection: 3kA/5kA, 8/20μs

PV Input

• Start-up Voltage: 100V DC
• Rated Input Voltage: 340V
• MPPT Voltage Range: 90-433V DC
• Max. Input Current: 2 x 15A
• Recommended PV Power: 5000W
• PV Strings: 2
• MPPT Routes: 1
• Surge Protection: 3kA/5kA, 8/20μs

AC Output (Off-Grid)

• Output Voltage: Single-phase 200-230V AC
• Max. Output Current: 25.8A
• Output Power: 6kVA / 5kW
• Power Factor: 0.8
• THD Harmonics: ≤3%
• Surge Protection: 3kA/5kA, 8/20μs

Battery Parameters

• Voltage: 350-430V DC
• Rated Capacity: 5kWh per module
• Max. Capacity: Supports max. 3 power modules in parallel (max. 13kWh)
• Cycle Life: 6000 cycles @ 25°C, 80% DOD
• Max. Output Power: 2.5kW per module

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