LiFePO4 Batteries for Home, Mobile and Backup Power
Explore Zhuosheng LiFePO4 batteries for residential solar storage, backup power, lead-acid replacement and specialized vehicle applications. The range includes 12.8V, 25.6V and 51.2V lithium iron phosphate batteries in capacities from 100Ah to 628Ah. Use this page as the starting point, then compare the exact voltage, energy, current, enclosure and communication requirements of your project.
Choose LiFePO4 Batteries by Application
- Home energy storage batteries: 51.2V wall-mounted, stackable, rack-mounted and floor-standing options for solar self-consumption and backup projects.
- Lead-acid replacement and specialty batteries: 12.8V and 25.6V models plus dedicated batteries for compatible golf carts and truck parking air-conditioning systems.
Home Energy Storage Batteries
The residential range covers approximately 5.12kWh to 32kWh per battery. Compact wall-mounted models help preserve floor space, stackable batteries support modular planning, rack-mounted batteries organize higher-capacity installations, and floor-standing systems package more energy in one enclosure. Representative options include the 5.12kWh G-5000A wall battery, 10.24kWh G-10000A, 15.36kWh J-15000A rack battery and 32kWh G-32000A floor battery.
12.8V and 25.6V Lithium Iron Phosphate Batteries
For compatible low-voltage systems, the 12.8V and 25.6V lines provide 100Ah, 200Ah and 300Ah choices. These batteries are designed for lead-acid replacement, auxiliary power, small solar storage and other applications described on each product page. Confirm the charging profile, maximum current, dimensions, terminals and operating environment before replacing an existing battery.
Specialized Mobile LiFePO4 Batteries
Purpose-specific products include the 25.6V 300Ah truck parking AC battery and the 51.2V 105Ah golf cart battery. Vehicle model, controller, current demand and communication requirements should be reviewed before ordering.
How to Select the Right LiFePO4 Battery
Start with nominal voltage and required energy, then calculate continuous and peak current from the intended loads. For home storage, also review inverter voltage, CAN or RS485 protocol, parallel limits, cable and protection design, installation space, temperature and local documentation requirements. Batteries with similar kWh ratings are not automatically interchangeable.
Battery Management and Inverter Integration
Selected models provide intelligent BMS protection and communication interfaces such as CAN, RS485 or RS232. Compatibility depends on the exact battery model, inverter model, protocol and firmware. Review the BMS communication guide and confirm the final configuration with the technical team.
LiFePO4 Battery FAQ
Which voltage should I choose?
Use the voltage required by the inverter, charger, vehicle or existing electrical system. A 51.2V battery is commonly used in 48V-class residential storage, while 12.8V and 25.6V products serve compatible low-voltage applications.
How much battery capacity do I need?
Capacity depends on daily consumption, critical loads, desired backup time, usable depth of discharge and system losses. Read the solar battery sizing guide before selecting a model.
What information should I provide for a quotation?
Send the application, destination market, voltage, required kWh, continuous and peak load, inverter or controller model, quantity, installation environment and any customization requirements through the project inquiry page.
