LiFePO4

FLA48628TG2

32kWh | 51.2V | LV

What sets it apart.

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

32kWh in One Pack

628Ah LiFePO₄ cells deliver more usable energy per unit.

95% Depth of Discharge

Use more of every charge with 95% DOD.

628 Ah Nominal Capacity

High-capacity cells maximize energy in a single unit.

Power for Demanding Loads

350A continuous charge/discharge, 400A peak for 2 minutes.

Scale Up to 480kWh

Up to 15 units in parallel for growing energy needs.

Connected Energy Management

Monitor and manage via CAN 2.0, RS485, Wi-Fi, Bluetooth and the LCD + LED display.

Built for Long-Term Performance

≥8,000 cycles @ 25°C with 7-year warranty.

Multi-Layer Protection

BMS · Fuse · Breaker · MX+OF.

Easy Handling & Installation

Two removable handles for easier positioning.

Specifications

Detail Specifications of FLA48628TG2

Model	FLA48628TG2
Battery Type	LiFePO₄
Nominal Energy	32kWh
Nominal Capacity	628Ah
Nominal Voltage	51.2V
Operating Voltage	44.8–57.6V
Max. Charge/Discharge Power	18kW
Depth of Discharge	95%
Scalability	Up to 15 units in parallel (480kWh max)
Peak Current	400A @ 2min

Energy Storage That Grows With You

Flexible configuration to meet different capacity requirements of FLA48628TG2

Overview:
FLA48628TG2

FLA48628TG2 is a 32kWh low-voltage lithium iron phosphate battery designed for high-energy residential and light commercial use. Developed for higher power demands and longer runtime, this advanced energy storage solution features a long lifespan, suitability for demanding load conditions, and a robust design with easy handling and installation.
FLA48628TG2 features a battery management system independently developed by our team. When connected to a grid or photovoltaic system as the power source, the product can store energy by charging the battery. In the event of a power outage from the grid or photovoltaic system, the product independently supplies electricity to household loads. Additionally, multiple units can be connected in parallel to form a high-capacity, multi-module system, meeting long-term energy storage requirements.