7.68kWh 25.6V 300Ah LiFePO4 Battery For Large 24V Energy Storage Systems

7.68kWh 25.6V 300Ah LiFePO4 Battery for Large 24V Energy Storage Systems

This 25.6V, 300Ah LiFePO4 battery provides 7.68kWh of nominal energy for larger 24V-class solar, wind, UPS and emergency energy-storage systems.

It is the highest-capacity 25.6V option in this series and is intended for projects requiring a longer operating period without moving to a 48V battery platform.

Large 24V-Class Energy Reserve

The 7.68kWh capacity can support extended energy use by selected communication, lighting, security, medical-support and inverter loads.

Required capacity should be calculated from daily kilowatt-hour consumption. Inverter efficiency, retained reserve and battery operating conditions affect usable energy.

200A BMS with 5.12kW Rated Power

Rated charge and discharge current is 200A. Rated battery-side power is 5.12kW, with 205A and 5.24kW listed for one second.

Although the 300Ah model stores more energy than the 200Ah version, both share the same listed power platform. The principal benefit is therefore a longer potential operating period.

Charging and Project Handling

The solar controller, inverter charger or AC charger should be sized to restore the energy used within the available charging window.

The battery weighs approximately 48kg. Ground placement, handling access, M8 cable connections and the final protected position should be prepared before delivery.

7.68kWh 25.6V Battery Specifications

Large 24V Battery FAQ

When should a project choose the 300Ah version?

It is suitable when the smaller models cannot provide the required energy reserve or operating period.

Does 7.68kWh equal usable AC energy?

No. It is nominal DC energy before inverter losses, battery settings and retained reserve.

How should the recharge system be planned?

Compare the daily discharged energy with the available solar or AC charging power and charging time.

Can the battery operate outdoors?

IP67 protection still requires correctly protected terminals, cables and a stable installation environment.

What information is needed for system planning?

Provide the inverter or controller model, daily consumption, maximum current, recharge window and project quantity.