Dear My Friend,
The Best Performance On 3.2V20Ah Pouch Battery Cell (LFP) With 4C Fast Charge And 15C Constant Discharge Performance,
Specially In Wide Temperature Range Operating From -20℃ To 65℃.
We Offer The Samples For Testing Quickly.
Thanks.
Jack Huang
M.P+86-186-645-50501 | Skype: batteryshow
Wechat ID / QQ :70627170 | What's App:+86-13828796645
PoniLion® Powered & Inspired Innovate Better Life
PoniLion® | Powered & Inspired Innovate Better Life | |||||||
9290190-FC4-15.0R15SD-30 Power Cell Specifications | Capacity | Micro-HEV | Mild-HEV | FHEV | PHEV | BEV | ||
Characteristic | Typical | 8Ah | ● | |||||
Dimension | 9.2X90± 0.2X190± 0.2mm | 10Ah | ● | ● | ● | |||
Weight | 0.320Kg ± 0.02 | 12Ah | ● | ● | ||||
Capacity | 15.0Ah | 15Ah | ● | ● | ● | ● | ● | |
Voltage (Normal) | 3.2V | 20Ah | ● | ● | ● | ● | ● | |
Discharge Energy | 48.0Wh | 25Ah | ● | |||||
Specific Energy | 150Wh/Kg | 45Ah | ● | |||||
Max Cont. Discharge Current | 225A @ 25°C | 50Ah | ● | |||||
Max Pulse Discharge Current | 450A @ 25°C 6S | 60Ah | ● | |||||
AC Resistance 1KHz | 0.591mΩ | 67Ah | ● | |||||
Peak Power | 1440W | 75Ah | ● | |||||
Specific Power | 2880W/Kg | 90Ah | ● | |||||
Cycle Life | Typical | →Achieve Higher Voltage With Balancing Weights And Endurance Mileages | ||||||
100% DOD Cycles @ 25°C | 2C/8C 3000 Cycles | →Top Nano-Graphene Patent Technical & Advanced Production Technology | ||||||
*Cycle Life To 80% Of Rated Capacity | 4C Charge / 15C Discharge | →Get The Best Benefit In EV Or Storage Power System | ||||||
Characteristic | Typical | KEY FEATURES AND BENEFITS | ||||||
Standard Charge Rate | 4C (60A) Max 5C(75A) | ①High-Capacity Lithium Phosphate Iron (LFP) Pouch Cell | ||||||
Upper Voltage Limit | 3.65V ± 0.05V | ②High Energy Density, Low Cost And Long Cycle Life | ||||||
Cut-Off Low Voltage | 2.25V ± 0.05V | ③Stable Energy For Applications Requiring High Power | ||||||
Charge Temp. Range | -10℃~ 55℃ | ④ Low Self Discharge Rate And Low Maintenance | ||||||
Discharge Temp Range | -55℃ ~ 65℃ | ⑤Available In A Wide Range Of Sizes And Capacities |