Huawei iSitePower-M 5kW Intelligent Power Mate with 5kWh Battery Module

The Huawei iSitePower-M 5kW Intelligent Power Mate is a compact, high-reliability all-in-one power backup and energy storage solution designed for homes, small offices, shops, and critical backup applications. Combining Huawei’s advanced power electronics with an integrated 5kWh lithium battery module, this system delivers stable power, intelligent energy management, and long-term reliability in a single, elegant unit.

Built for simplicity and performance, the iSitePower-M provides seamless backup during power outages while supporting future solar integration, making it ideal for users seeking smart, scalable, and dependable energy storage.

Key Features & Benefits

• All-in-One design – inverter and battery in one compact system

• 5kW output power for essential household and office loads

• 1 × 5kWh lithium battery module included

• Advanced intelligent energy management

• High efficiency with stable and clean power output

• Quiet operation with low maintenance requirements

• Compact footprint for easy indoor installation

• Backed by Huawei’s global technology and reliability

System Overview

Inverter

• Rated Power: 5kW

• Phase: Single Phase

• Application: Backup power & energy storage

• Smart Monitoring: Huawei intelligent management platform

Battery

• Battery Type: Lithium (Li-ion)

• Capacity: 5kWh

• Modular Design: Expandable with additional battery modules (system-dependent)

• Integrated BMS: Over-charge, over-discharge, temperature & short-circuit protection

Ideal Applications

• Residential backup power

• Small offices and retail outlets

• Internet routers, lighting, TVs, computers, and fridges

• Critical loads requiring uninterrupted power

• Energy storage for future solar integration

Why Choose Huawei iSitePower-M?

• Trusted Huawei engineering and quality

• Clean, reliable power for sensitive electronics

• Compact all-in-one solution with professional aesthetics

• Intelligent monitoring and control

• Scalable and future-ready energy storage