Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power

Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power

  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
Summary
Solar Battery Storage & Backup System based on LiFePO4 technology offers 5.1kWh–15.3kWh scalable capacity, IP65 protection, and 6000+ lifecycle durability. Ideal for residential energy storage, emergency backup, and off-grid power supply, it ensures reliable, silent 5000W AC output with fast 7000W PV charging, making it perfect for home and remote applications requiring uninterrupted clean energy.More
Specifications
Battery Chemistry:
LiFePO4
Capacity:
5.1kWh ~ 15.3kWh
Protection Rated:
IP65
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power
  • Solar Battery Storage & Backup System LiFePO4 5.1kWh-15.3kWh IP65 for Residential and Emergency Power

Solar Battery Storage & Backup System

A new photovoltaic energy storage system based on LiFePO4 battery,
integrated battery management system (BMS) and inverter system is widely used in residential energy storage,
emergency disaster relief power supply, backup power supply of important load, etc.

  • 7000W Max

    PV INPUT

  • 5000W Max

    AC INPUT / OUTPUT

  • 15.3kWh Max

    CAPACITY

5000W NOISELESS SOLAR GENERATOR

5120Wh capacity
AC 5000W pass through
PV 7000W fast charging, 1 hour charging about 80%

Mobile Energy Storage SystemThe Max Capacity is 15.3 kWh

In islands or remote mountainous areas, self-sufficient and independent power systems can be quickly established

Emergency Backup for EV

Max.5000W AC output
Max. two extra battery modules, up to 15.3kWh capacity

LiFePO4 Battery
Smart "BMS"
Multiple Protection Design

The battery module adopts single 50Ah LiFePO4 battery without explosion and fire
Advanced intelligent BMS provides multiple battery protection such as over temperature, over voltage, over current and overcharge

  • Over Current Protection

  • Over Voltage Protection

  • Over Charge Protection

  • Over Discharge Protection

  • Over Temperature Protection

  • Short Circuit Protection

Download
REQUEST MORE DETAILS
Please fill out the form below and click the button to request more information about
Fill out the form below to make an inquiry
Company*
Country/Region*
FirstName*
LastName*
Business Email*
Whatsapp/Phone*
Your Request*
Verification code*
We needs the contact information you provide to us to contact you about our products and services.
If your supplier does not respond within 24 hours, we will connect you with three to five qualified alternative suppliers.
We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.