1~48pcs 3.2V 22Ah battery LiFePO4 phosphate Cell for 4S 12V 24V Electric scooter Electric motorcycle Cell Modification Grade A

1~48pcs 3.2V 22Ah battery LiFePO4 phosphate Cell for 4S 12V 24V Electric scooter Electric motorcycle Cell Modification Grade A

[Battery Specification]
Battery Model: 3.2V 22Ah-EVE C40
Battery Type: Lithium Iron Phosphate
Nominal Voltage: 3.2V
Nominal Capacity: 22000mAh
Minimum capacity: 21500mAh
Internal Resistance: ≤3mΩ
Cycle life: More than 4000 times, DOD at 80%
Combination: Can be 3s 4s 8s 12s 16s , etc
Recommended constant current: 11A (0.5C)
Discharge cut-off Voltage: 2.0v/cell
Input Charging Voltage: 3.65v/cell
Input Charging Current: 11A
Continuous Discharging Current: 66A (3C)
Charging cut-off voltage: 3.65v/cell
Maximum charging current: 22A
Max Current Discharge: 110A (5C)
Storage humidity: ≤70%RH
Charging Temperature: 0~45Centigrade
Discharging temperature: -20~60Centigrade
Storage temperature: -20~45Centigrade
Battery Weight: About 362g
Battery Size: 160*40mm

Applications:
Widely used in electric vehicles, Electric Bicycle, Tricycle, scooter, golf trolley, cart, wheelchairs, Medical instrument, Solar supply system,solar panel, energy storage, electric tools, power tools, instruments, LED lighting devices, RC toys, inverter, household appliances and emergent device area, etc.

Feature：
1、Higher energy density and lighter weight . excellent cycle life, low internal resistance, Universal model multi-use, energy-saving and environmental Friendly.
2、The quality of the factory is durable and safe. It is suitable for all kinds of small electric tricycle battery packs, sprayer batteries, solar street lights, solar garden lights, photovoltaic energy storage, strong light flashlights, backup power supplies, etc.
3、90% of the energy of the iron phosphate battery is concentrated in a small area of 3-3.2v, and the discharge characteristics are very stable.
4、The voltage is stable, far superior to ternary polymer batteries and lead acid batteries.
5、Lithium iron phosphate completely solves the safety hazard problem of lithium cobaltate and lithium manganate. Lithium cobaltate and lithium manganate will cause explosion under strong collision, which poses a threat to consumers’ life safety, while lithium iron phosphate is strictly Safety tests do not explode even in the worst traffic accidents.

, and Good value for money.