LiFePO4

FLA12200PG2

2.56kWh | 12.8V | LV

What sets it apart.

Explore the key features, performance capabilities, and practical advantages that define this product.

2.56kWh LiFePO4 Battery

Single-unit nominal energy of 2.56kWh.

≥6,000 Cycle Life

Long service life with ≥95% DOD.

120A Continuous Current

Max continuous charge/discharge current of 120A.

40.96kWh Max Scalability

Up to 16 units in parallel.

5-Year Warranty

Backed by a 5-year warranty.

Smart Monitoring and Inverter Compatibility

Built-in smart BMS and fuse protection with RS485/CAN communication. Compatible with leading inverter brands, and when paired with Felicity solar products, battery data can be monitored through the inverter or the Fsolar APP.

Floor-Mounted Installation

Flexible, simple floor-mounted placement.

Wide Temperature Range

Charging 0-55°C, discharging -20-55°C.

Built-In Protection

Smart BMS and fuse included.

Specifications

Detail Specifications of FLA12200PG2

Model	FLA12200PG2
Battery Type	LiFePO4
Nominal Energy	2.56kWh
Nominal Voltage	12.8V
Operating Voltage	11.2-14.4V
Max. Continuous Charge/Discharge Current	120A
Max. Charge/Discharge Power	1,500W
Depth of Discharge (DOD)	≥ 95%
Cycle Life	≥ 6,000 Cycles

*Test conditions: 0.2C charging/discharging @ 25°C, 80% DOD.

Energy Storage That Grows With You

Flexible configuration to meet different capacity requirements of FLA12200PG2

Overview:
FLA12200PG2

The FLA12200PG2 is a 12.8V LiFePO4 battery system designed mainly for household solar power applications. It provides 2.56kWh of nominal energy per unit with a maximum continuous charge/discharge current of 120A and a depth of discharge of ≥95%. A built-in smart BMS and fuse deliver multiple layers of protection, while the LED display shows real-time state of charge. The battery supports floor-mounted installation, RS485/CAN communication with leading inverter brands, and WiFi-based monitoring through the Fsolar APP when used with Felicity solar products. With scalability of up to 16 units in parallel, it serves as an expandable energy storage core for residential solar systems.