No.	Item	Performance
1	Nominal Capacity	98Ah ,1C(25±2℃,3.0V~4.35V)
2	Nominal Voltage	22.2V
3	Charge Ending Voltage	Suggest cutting off the maximum voltage of a single unit to 4.3V
4	Discharge Ending Voltage	0℃≤temperature≤55℃	Suggest cutting off the minimum voltage of a single unit to 3.0V
		-30℃≤temperature＜0℃	Suggest cutting off the minimum voltage of a single unit to 2.4V
5	Standard Charging Method	25±2℃ 0.5C Charge the battery with a constant current until the highest voltage of the unit reaches 4.3V, and then charge it in a constant voltage mode until the charging current reaches ≤ 0.05C and stops
6	Max. Constant Charging Current	1C
7	Max. Pulse Charging Current	1.5C (25±5℃,50%SOC) ≤30S
8	Standard Discharging Current	25±2℃ 1C constant current discharge until the lowest single voltage reaches 3.0V
9	Max. Constant Discharging Current	1C
10	Max. Pulse Discharging Current	3C (25±5℃) ≤30S
11	Operating environment	Charging: 0 ℃~55 ℃, max. 90% RH (charging conditions according to 3.4 charging mechanism) Discharge: -30 ℃~55 ℃, max. 90% RH (discharge conditions according to 3.4 discharge mechanism) All of the above believe that there is no heating system. If there is a heating system, it should be considered based on the actual situation
12	Module weight	10.3±0.3 kg
13	Energy Density	Around 215.5Wh/kg
14	Insulation performance	≥500MΩ
15	pressure resistant performance	2700VDC, leakage current<1 mA

Battery module Production line

Wenergy

From customized systems, standardized VDA modules to individual cells and battery cathode Material .we can offer several solutions to suitable for your application.

Battery Module :

We can produces standardized battery modules that demonstrates high productivity and flexibility.

Battery pack :

We can offers fully-integrated battery systems tailored to EV applications, along with a design and integration team that can develop and optimize systems to your unique specifications.

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