CATL 3.2V 314Ah LiFePO4 Battery Cell

1004.8Wh of energy per unit. The CATL 314Ah LiFePO4 cell utilizes a standardized physical footprint. Integrators can maximize ESS rack density using existing module and thermal frameworks without additional hardware redesign.

Typical capacity	314 Ah
Storage temperature	-35~60°C
Cell Weight	5.49±0.30Kg
Cycle performance	7000 Cycles@70%SOH

The CATL 314Ah LiFePO4 cell delivers 1004.8Wh of energy within a standardized 174.26 x 71.65 x 204.41 mm form factor. It enables integrators to build high-density energy storage racks using established module and thermal designs.

Nominal voltage is 3.2V. Each unit weighs 5.49kg and supports a 0.5P continuous charge and discharge rate. Factory impedance tests measure 0.17±0.05mΩ. The physical degradation curve sustains over 7,000 cycles before reaching 70% State of Health (SOH) under standard 25°C operating conditions.

Engineered for commercial and utility-scale Energy Storage Systems (ESS). It maximizes megawatt-hours per square meter and ensures direct assembly compatibility.

Parameter	Specification
Typical capacity	314 Ah
Operating voltage	2.5~3.65V, T>0°C 2.0~3.65V, T≤0°C
Impedance (1KHz)	0.17±0.05mΩ, Fresh cell
Shipping capacity	99±1Ah
Standard charge power	0.5P, 25±2°C
Max. continuous charge power	0.5P
Standard charge voltage	Cell max voltage 3.65V
Standard discharge power	0.5P, 25±2°C
Discharge cut-off voltage	2.5V, T>0°C 2.0V, T≤0°C
Residual capacity loss	Per month ≤3.5%, First Month
Operating temperature	Charging: 0~60°C Discharging: -20~60°C
Cell Weight	5.49±0.30Kg
Storage temperature	-35~60°C
Storage ambient humidity	< 85% ROH, no condensation
dimension(WHT)	174.26204.4171.65mm
Rest SOC	≥8%
Altitude	＜5000m
Cycle performance	7000 Cycles@70%SOH