Westart High Charge Rate Ncm Lithium Ion Polymer Battery

China Westart High Charge Rate Ncm Lithium Ion Polymer Battery, Find details about China Car Battery, LiFePO4 Battery from Westart High Charge Rate Ncm Lithium Ion Polymer Battery

Model NO.
WS-NCM25Ah-3.7V
Rated Capacity
25000mAh
Standard Voltage
3.7V
Usage
Car, Bus, UPS, Electric Power, Electric Bicycle,
Electrolyte
Lithium Ion Polymer Cell
Shape
Square Battery
Cathode
Ncm
Trademark
WESTART
Transport Package
5 Layer Export Carton
Specification
9.0x200x133mm size, 0.48Kg weight
Origin
China
HS Code
8507600090
Model NO.
WS-NCM25Ah-3.7V
Rated Capacity
25000mAh
Standard Voltage
3.7V
Usage
Car, Bus, UPS, Electric Power, Electric Bicycle,
Electrolyte
Lithium Ion Polymer Cell
Shape
Square Battery
Cathode
Ncm
Trademark
WESTART
Transport Package
5 Layer Export Carton
Specification
9.0x200x133mm size, 0.48Kg weight
Origin
China
HS Code
8507600090
WESTART NCM Lithium battery module technical Advantage

- With our unique module design we make it easy to build small and large batteries out of NCM pouch cells.
- The plastic holders ensure a good insulation and a rugged fixation even for challenging applications.

WESTART NCM Lithium battery module feature

- Module design with terminal bolt to make easy assembly
- Double sealed design, to protect battery punctured by external forces with high strength
- Explosion proof valve module housing design make relief protection
Westart High Charge Rate Ncm Lithium Ion Polymer Battery

Specification

 
Model No.WS-NCM25AH-3.7V
Nominal Capacity25Ah at 0.2C Discharging
Minimum Capacity25Ah at 0.2C Discharging
Nominal Voltage3.7V
Internal Resistanceless than 1.0m Ohm
Charging(CC-CV)Charging Current3C continuous.
Charging Upper
Limit Voltage
4.2V
DischargingDischarging Current6C continuous or 12C peak
Discharging
Cut-off Voltage
3.0V
Charging TimeStandard Charging2H
Quick-acting Charging1H
Operation TemperatureCharging0 degree-45 degree
Discharging -20 degree-55 degree
Weight0.49Kg
Size  or with Plastic Holders9.2x133x200mm 
Cathode MaterialNCM