Name: FLA48460-EU - Roofing Services
SKU: FLA48460-EU

LiFePO4

FLA48460-EU

23.6kWh | 51.2V | LV

What Sets It Apart.

High-capacity storage with smart protection and flexible expansion.

23.6kWh Energy Storage

Single-unit nominal energy capacity.

200A Charge/Discharge Current

Max continuous charge/discharge current.

6000 Cycles Long Lifespan

High cycle life for durability.

LiFePO4 Chemistry

Higher safety and longer cycle life.

Multiple Protection

Built-in smart BMS, breaker, and fuse.

Connected Battery Monitoring and Communication

Built-in WiFi, Bluetooth, CAN, and RS485 support remote monitoring, battery data access, and inverter communication.

Flexible Installation

Floor-mounted design.

Wide Compatibility

Compatible with leading inverter brands.

Aerosol Fire Extinguishing

Equipped with fire suppression system.

Specifications

Detail Specifications of FLA48460-EU

Model	FLA48460-EU
Battery Type	LiFePO4
Nominal Energy	23.6kWh
Nominal Voltage	51.2V
Operating Voltage	44.8-57.6V
Max. Continuous Charge/Discharge Current	200A
Max. Charge/Discharge Power	10,000W
Depth of Discharge (DOD)	≥95%
Cycle Life	≥6000 Cycles

Flexible Capacity and System Expansion

The FLA48460-EU supports parallel connection of up to 15 units for system expansion.

Overview:
FLA48460-EU

FLA48460-EU is equipped with a lithium iron phosphate battery designed for household use. Developed based on customer needs and market demands, this advanced battery storage solution provides high-quality, reliable power for various devices. The product features a long lifespan, suitability for high-temperature environments, and a compact design that requires minimal installation space.

FLA48460-EU 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.