260Wh/kg and Safety NCM 50Ah Rechargeable Lithium Ion Batteries For EES and Electric vehicle
Basic specification
| Nominal Capacity | 50Ah, 0.5C discharging(25±2℃) |
| Typical Capacity | 51.2Ah, 0.5C discharging(25±2℃) |
| Nominal Voltage | 3.7V |
| Charge Ending Voltage | 4.4V |
Discharge Ending
Voltage | 0℃≤T(Temperature)≤55℃ 3.0V |
| | -20℃≤T(Temperature)＜0℃ |
Standard Charging
Method | 25±2℃, 0.5C constant current charge to 4.4V, then constant voltage
4.4V charge till charged current declines to ≤ 0.05C |
Max. Constant
Charging Current | 1C (15℃～45℃) |
Max. Pulse Charging
Current | 1.5C (15℃～45℃)≤30S |
Standard Discharging
Current | 25±2℃, 0.5C constant current discharge to 3.0V |
Max. Pulse Discharging
Current | 1C |
| Operating environment | Charging:-10℃~55℃, max.90%RH ；Discharging: -20℃~55℃, max.90%RH |
| Impedance | ≤1.5mΩ |
| Cell Weight | 735±40g |
260Wh/kg High energy density pouch lithium battery discription
SEPNi11100302P--3.7V50AHbattery cell is was mass production on July 2nd and it the first in the industry to achieve 260 wh / kg NCM pouch battery
The latest mass production 260Wh/kg NCM pouch lithium battery produced by Soundon New Energy is High nickel NCM system battery, It uses NCM622 cathode material, C anode material and ceramic coated separator. The energy density of the system after pack is above 171Wh/kg.
By 2019, Soundon New Energy plans to launch a 300Wh/kg high-nickel NCM system battery using NCA/NCM811 cathode material, Si-C anode material, composite separator and functional electrolyte. By 2020, its will launch a 350Wh/kg high-nickel NCM system battery, using lithium manganese-based cathode materials, Si-C anode materials, composite separators and functional electrolytes
After 1200 charge and discharge cycles in a normal temperature environment, the capacity retention rate reaches 89.5%. When the ambient temperature reaches 45 °C, after 1000 charge and discharge cycles. The capacity retention rate is 88.3%
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260Wh/Kg And Safety NCM 50Ah Lithium Polymer Rechargeable Batteries For EES And Electric Vehicle Images
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