1.92kWh 12.8V 150Ah LiFePO4 Battery for Solar and Communication Backup
This 12.8V LiFePO4 battery provides 1.92kWh of nominal energy for small solar systems, communication equipment, emergency power and compatible UPS backup applications.
Its 150Ah capacity offers a larger energy reserve than a standard 100Ah battery while retaining a familiar 12V-class platform for compatible equipment.
The battery can support selected routers, monitoring devices, communication terminals, lighting and other controlled DC or inverter loads. Required operating time should be calculated from total watt-hour consumption.
A compatible solar controller, charger or inverter is required. The charging profile and equipment operating voltage must remain within the documented battery range.
The rated charge and discharge current is 100A, with a one-second peak reference of 105A. The battery-side rated power is 1.28kW.
Although this model has more stored energy than the 100Ah version, both models share the same listed current and power platform. The larger capacity is therefore intended mainly to extend operating time.
| Nominal Rating | 12.8V / 150Ah / 1.92kWh |
| Cell and BMS Configuration | 4S1P / 4S100A BMS |
| Operating Voltage Range | 10.0–14.6V |
| Current Capability | 100A Rated / 105A for 1 Second |
| Power Capability | 1.28kW Rated / 1.344kW for 1 Second |
| Cycle Reference | At Least 6000 Cycles at 80% DOD and 25°C |
| Battery Expansion | Four Series / Four Parallel Listed |
| Dimensions and Weight | 339 × 185 × 218mm / 13.5kg |
| Enclosure and Temperature | IP67 / Charge 0°C to 50°C / Discharge -10°C to 60°C |
The 150Ah version provides more stored energy for a longer potential operating period under similar loads.
Yes, when a compatible solar controller regulates the charging voltage and current correctly.
No. It is a standalone battery and requires separately selected power-conversion equipment.
Remote data is listed as unavailable. Confirm any optional Bluetooth or display configuration during quotation.
Provide the load schedule, required operating time, charger specification, cable length and order quantity.
Send the communication load and charging-source data to review the required battery capacity and current.