EVE 3.2V 100Ah Battery Cell

The fashion EVE 3.2V 100Ah battery cell is commonly used in electric vehicles, solar energy systems, and other high-capacity energy storage applications.

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Product Description

The fashion EVE 3.2V 100Ah battery cell is a lithium iron phosphate (LiFePO4) battery cell manufactured by EVE Energy Co., Ltd. This particular cell has a voltage output of 3.2V and a capacity of 100Ah, making it suitable for applications that require a large amount of energy storage.
It is commonly used for electric vehicles, solar energy storage, and other high-power applications.
It has a long cycle life and can operate for thousands of cycles before needing replacement.
The small form factor and high energy density make these battery cells ideal for applications where space is at a premium.

EVE 3.2V 100Ah Battery Cell

Model Name： LF100LA
Nominal Capacity： 102Ah
Nominal Voltage： 3.2V
Cycle Life： 5000 Cycles
Data Sources： EVE's Laboratory

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

Model:	EVE 3.2V 100Ah Battery Cell LF100LA
Nominal Voltage(V):	3.2V
Capacity (Ah):	102Ah
Energy Density:	161(Wh/kg)
Dimensions:	50x118x160mm
Voltage Operating Range :	2.5~3.65V
Weight (g):	1985g
Operating Temperature:	~20°C~+55°C
Executive standard: GB 31241; Note: The above data is sourced from EVE Power Laboratory

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.
The EVE 3.2V 100Ah battery cell is widely used in the following scenarios.