EVE 3.2V 280Ah Battery Cell

The quality EVE 3.2V 280Ah battery cell is commonly used in large-scale energy storage systems such as for off-grid solar applications, electric vehicles, and backup power systems.

Send Inquiry

Product Description

The quality EVE 3.2V 280Ah battery cell is a lithium iron phosphate battery cell manufactured by EVE Energy, a leading Chinese manufacturer of rechargeable batteries.

EVE 3.2V 280Ah battery cell has a nominal voltage of 3.2V and a capacity of 280Ah, meaning it can store 896Wh of energy.
EVE 3.2V 280Ah battery cell is commonly used in large-scale energy storage systems such as for off-grid solar applications, electric vehicles, and backup power systems.
EVE 3.2V 280Ah battery cell has a long cycle life and can remain operational for several thousand charging and discharging cycles before needing replacement.

Certifications

1. International regulatory certification, we have CE、ROHS、RECHAR、BIS、EPR、RCM、PSE、GOST、MIC...
2.In the product testing report, we have IEC62368、IEC62619、IEC62620、CB、GB、CCC、CCS...
3.In international transportation, we have UN38.3 (support sea, land and air transportation)、MSDS、UL、ATEX...
4.Special certificates: ESG、 ASPICE CL2、 ISO26262、 TISAX、Green Factory...
5.We support certification according to the needs of our customers to ensure product quality and safe transportation

Technical Parameters

Nominal Capacity	280Ah
Nominal Voltage	3.2V
Initial IR	≤0.25mΩ
Weight	5490 g±300g
Charging Cut-off Voltage	3.65V
Discharging Cut-off Voltage	2.5V
Operation Temperature	0~60℃
Discharging Temperature	-30~60℃
Storage Temperature	0~35℃(1 Year) -20~45℃(1 month)
Model Name	LF280K
Cycle Life	8000 Cycles
Standard Charging Power	448W
Standard Discharging Power	448W
Height(H) with terminal	207.2±0.5 mm
Height(h) without terminal	204.6±0.5 mm
Length	173.7±0.5 mm
Thickness	71.7±0.8 mm

Mature and reliable topology design, optimized peak shaving and valley filling strategies at the system level,configurable reverse power detection to prevent reverse power transmission.
Customized energy storage scheme design, strong capacity matching ability, advanced liquid cooling and thermal management mode, large energy storage capacity in smaller areas.
Integrated design, integrated design for fire hydrant and thermal management, rapid deployment, and flexible expansion based on user side power requirement.
Cloud platform management of energy storage system big data demand analysis, formulation of optimal response strategy, calculation of multi scenario economic model, formulation of optimal revenue strategy.