Pounch Cell Aluminum Shell 3.2V LiFePO4 Battery 100AH For EV Solar Energy System

Price Negotiable

Price: 50

MOQ: 10PCA

Delivery Time: 14 days

Brand: ODM OR OEM

Product Description

Pounch Cell Aluminum Shell 3.2V LiFePO4 Battery 100AH For EV / Solar Energy System

Feature:

1. Long cycle life≥7000 times

2. Stud and flat available

3. Application widely used

Parameter:

Single Cell Charge Current (25℃)	Max Continuous Charge Current	1.0C
Single Cell Discharge Current (25℃)	Max Continuous Discharge Current	1.0C
Module Charge Current (25℃)	Max Continuous Charge Current	0.5C
	Max Peak (50%SOC ,10s)	1.0C
Module Discharge Current (25℃)	Max Continuous Discharge Current	1.0C
	Max Peak (50%SOC ,10s)	2.0C

No.	Items	Specifications	Remark
1	Material system	Lithium iron phosphate
2	Nominal Capacity	100Ah	0.33C discharge at thermostatic room (25±2℃)
3	Minimum Capacity	100Ah
4	Nominal Voltage	3.2V	Mean Operation Voltage
5	Delivery voltage	3.00~3.30V (20%SOC)	Within 10 days from Factory
6	Charge Voltage	3.65V±0.03V	By standard charge method
7	Standard charging method	0.33C constant current,3.65V constant voltage charge to 3.65V,continue charging till current deadline to ≤0.05C at thermostatic room (25±2℃) ,rest for	/
8	Standard discharging method	0.33C constant current discharge to 2.5V, at thermostatic room (25±2℃) ,rest for 30min after fully discharged.	/
9	Cell Internal Impedance	≤0.7mΩ	Internal resistance measured at AC 1KHZ after 50% charge
10	Weight	2.04±0.05Kg

Pounch Cell Aluminum Shell 3.2V LiFePO4 Battery 100AH For EV / Solar Energy System

Picture

Pounch Cell Aluminum Shell 3.2V LiFePO4 Battery 100AH For EV / Solar Energy System

Storage temperature for a long time:

Do not storage exceed half year. Must charge once when storage for half year. Must charge the battery which with protect Circuit when storage for three months. (under normal storage conditions for long periods required storage capacity can lead to decay and fall of the life cycle,such as Environmental requirements exceeded the storage capacity will be further exacerbated decline and decay cycle life)