China LFP Low Temperature Lithium Ion Battery Cell 3.2V 3400mAh 26650 For HEV for sale

LFP Low Temperature Lithium Ion Battery Cell 3.2V 3400mAh 26650 For HEV

Price Negotiable

Price: negotiable

MOQ: 100pcs

Delivery Time: based on the quantity

Brand: JW

Product Description

LFP Low Temperature Lithium Ion Battery Cell 3.2V 3400mAh 26650

1. Description :

The standard charging method is to charge the battery with a constant current of 1.0C (3400mA) from the charger. After the battery voltage reaches 3.65V, the battery will be charged with a constant voltage of 3.65V until the current is less than or equal to 0.01C (34mA).

Good performance under -40℃ low temperature;
Good safety performance;
Good cycle life time;
No pollution during manufacture.

2. Applications : Electric Bike, Scooter, HEV, EV, Solar Energy, Telecom

3. Specifications :

No.	Item	Feature	Remark
3.1	Nominal capacity	3400mAh	0.5C constant current discharge to 2.0V
3.2	Minimum capacity	3350mAh	0.5C constant current discharge to 2.0V
3.3	Nominal voltage	3.2V	Single cell
3.4	Charge cut-off voltage	3.65V	Single cell
3.5	Discharge cut-off voltage	2.0V	Single cell
3.6	Charge method	CC-CV	Constant current and constant voltage charging
3.7	Standard charging current	3400mA (1.0C)	0～45℃
3.8	Maximum continuous charge current	17000mA(5.0C)	Room temperature
3.9	Maximum continuous discharge current	17000mA (5.0C)	Room temperature
3.10	Operation temperature	Charging temp 0～45℃ Discharging temp –40～60℃	Ambient temperature
3.11	Storage temperature	Within 1 month 10～25℃ Within 6 months 10～25℃	Humidity: RH60±15% in a cool and dry environment
3.12	Internal impedance	≤15mΩ	1KHz AC method measurement
3.13	Weight	≤86.0g
3.14	Storage voltage	3.25-3.35V	40%～60 charged electricity

4. Feature advantage :

The standard charged battery is placed in a low-temperature box at (-20±2)℃ for a constant temperature of ≥10h, and then discharged to 2.0V at a constant current of 0.5C (1700mA). The discharge current is over 90% of initial capacity.
The standard charged battery is placed in a low-temperature box at (-30±2)℃, and after a constant temperature of ≥10h, it is discharged to 2.0V at a constant current of 0.5C (1700mA).The discharge current is over 65% of initial capacity.
The standard charged battery is placed in a low-temperature box at (-40±2)℃, and after a constant temperature of ≥10h, it is discharged to 2.0V at a constant current of 0.5C (1700mA). The discharge current is over 50% of initial capacity.

5. Picture