EGBATT Launches 35kWh High Voltage LiFePO4 Home Energy Storage System for Whole-House Solar Backup


Posted April 15, 2026 by Tony-Lei

EGBATT has launched a 35kWh high voltage LiFePO4 home energy storage system designed for whole-house solar backup and scalable residential applications.

 
EGBATT has introduced a new 35kWh high voltage LiFePO4 home battery system designed for whole-house energy storage and scalable solar backup applications.

The system is developed to meet the growing demand for reliable residential and small commercial energy storage solutions, particularly in regions where stable grid supply and energy independence are becoming increasingly important. Built with lithium iron phosphate (LiFePO4) technology, the system focuses on safety, long cycle life, and stable performance under continuous daily use.

According to the product specifications, the system is designed as an all-in-one scalable solution that integrates high-voltage architecture with advanced energy management capabilities. It supports hybrid inverter compatibility and is engineered for efficient solar energy storage, peak shaving, and emergency backup power during outages.

The 35kWh configuration is suitable for medium to large households and can support whole-home power demand depending on usage patterns and system setup. Its modular design allows expansion flexibility, making it adaptable for future energy needs or larger installations.

The system is positioned as a long-term residential energy solution, offering improved efficiency compared to traditional low-voltage battery systems while maintaining strong safety performance through LiFePO4 chemistry.

More technical details are available on the official product page:
https://cmxbattery.com/product/35kwh-high-voltage-lifepo4-home-battery-all-in-one-scalable-solar-backup-for-whole-house/
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Contact Email [email protected]
Issued By EGBATT
Phone 18676987799
Business Address NO.1 HenDong science Zone Building
Country China
Categories Advertising , Consumer
Tags 48v battery system , offgrid solar power , residential energy storage
Last Updated April 15, 2026