5.12kWh 25.6V 200Ah LiFePO4 Battery for Solar and Emergency Backup
This 25.6V, 200Ah LiFePO4 battery provides 5.12kWh of nominal energy for solar and wind storage, emergency power, communication equipment and compatible UPS applications.
Its 200A battery platform supports projects requiring both a larger energy reserve and higher DC current capability.
The battery can store energy for selected security, lighting, communication, refrigeration and monitoring loads. Actual backup time depends on consumption, conversion losses and retained reserve.
A compatible charger, solar controller or inverter is required. The battery does not contain AC power-conversion equipment.
Rated charge and discharge current is 200A, with 205A listed for one second. Rated battery-side power is 5.12kW.
The charger, inverter, cables and protection equipment should be selected for the intended current rather than automatically operating at the maximum battery value.
| Nominal Rating | 25.6V / 200Ah / 5.12kWh |
| Cell and BMS Configuration | 8S1P / 8S200A BMS |
| Listed Operating Range | 25.6–26.4V |
| Current Capability | 200A Rated / 205A for 1 Second |
| Power Capability | 5.12kW Rated / 5.24kW for 1 Second |
| Cycle Reference | At Least 6000 Cycles at 80% DOD and 25°C |
| Expansion and Terminal | Two Series / Four Parallel Listed / M8 Terminal |
| Dimensions and Weight | 522 × 238 × 218mm / 35kg |
| Protection and Temperature | IP67 / Charge 0°C to 50°C / Discharge -10°C to 60°C |
DC equipment may require compatible voltage control, while AC equipment requires a separately selected inverter.
No. It is a battery-side power reference. AC output depends on the external inverter.
Either source may be used through compatible charging equipment designed for this battery platform.
Communication mode is listed as unavailable, so inverter operation relies on compatible electrical settings.
Calculate daily energy use, peak current, required backup duration and available recharge time.
Send the priority-load list and charging equipment data to review the battery and inverter configuration.