3.2V 53Ah LiFePO4 Lithium ion Battery Cell for UPS/PHEV/REEV

3.2V 53Ah LiFePO4 lithium-ion battery cell often used for home energy storage and industrial and commercial energy storage.

Excellent performance. It has high energy density, good charge and discharge efficiency, and can meet various electricity needs. Comprehensive safety design, effective risk prevention, and control. Long cycle life, adapting to multiple environmental conditions, in the field of energy storage and other outstanding performance, is a reliable new energy single battery choice.


Feature

· Energy density: The energy density is between 145-180Wh/kg.

· Charge and discharge ratio: It has a continuous discharge capacity of more than 6C, which can meet the requirements of instantaneous high-power output in application scenarios such as optical storage fusion, UPS voltage regulation, and backup power.

· Cycle life: 1C/1C cycle life of more than 6000 times; The cycle life under the condition of 1C/6C continuous charge and discharge is more than 3000 times, combined with household scenarios, it can meet the service life of more than 10 years. The cycle life under 45℃ high-temperature environment can reach more than 3500 times.

· Production process: Using the latest generation of the winding process, the winding speed can reach more than 2m/s, which can greatly reduce the cell manufacturing costs.


Specification


Parameter

Specification

Chemistry

LFP/Gr

Dimensions

L148*W39.5*H102mm

Rated capacity

53Ah

Rated voltage

3.2V

Application

UPS/PHEV/REEV

Energy Density

145 - 180Wh/kg

Cycle Life at Room Temperature (1C/1C)

More than 6000 times

Operating Temperature Range

-40°C - 70°C


Details

details


Application

Widely used, often used for home energy storage, to help the "roof photovoltaic + household storage" mode to ensure the stability of household electricity consumption; It is also used in industrial and commercial energy storage to achieve peak cutting and valley filling to reduce the cost of electricity for enterprises, and plays an important role in energy storage related fields.