| Customization: | Available |
|---|---|
| Type: | Li-ion Battery |
| Cathode Material: | NCM |
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Enbar specializes in the production of high-rate lithium battery manufacturers, the main advantages of its products for high-density solid-state battery lighter weight, smaller volume. The battery energy density can exceed 400Wh/kg
The battery volume energy density can exceed 1200Wh/L
The solid state battery is compatible with the existing process, simplifying the production process and facilitating mass production
Reduce the use of negative electrode materials, and reduce the cost of traditional lithium-ion batteries by about 20%
The products are suitable for: airplane model, car model, boat model, toy gun water bomb gun battery, remote launch battery, car emergency start power battery, agricultural plant protection drone battery and other power equipment that needs batteries.
| Model | 8064C4-S340-13A |
| Brand | Enbar |
| Nominal Voltage | 3.6V |
| Rated Capacity | 13Ah |
| Typical Capacity | 11.2Ah |
| Charge Current(std.) | 0.5Cmin |
| Discharge Current(std.) | 0.5Cmin |
| Operating Temperature | Charge Operating Temperature: 0~45ºC Discharge Operating Temperature: -20~55ºC |
| Storage Temperature | ≤1 months: -20~40ºC ≤6 months:-20~35ºC |
| Cell Weight | Approx. 140±5g |
warning
1. Charge current for a single cell should be less than the maximum charge current specified in this cell specification.
2. Charge voltage for a single cell shall be less than that specified in this cell specification. Higher charge voltage must be strictly prohibited. The charger and protection circuit of battery pack shall be designed to comply with this voltage limitation.
3. Cells shall be charged according to the temperature condition specified in this cell specification. Charging at temperature lower or higher than the specified temperature windows shall be prohibited.
4. Reverse charge is prohibited. Reverse charge will damage the cells ' chemical system, and may lead to gassing, over-heat, fast capacity degradation, and even catching fire.
5. Cell is prohibited to be charged when its voltage is 0V.
6. Discharge current shall be not over the maximum discharge current specified in this cell specification. Higher discharging current may cause cell over-heat and fast capacity degradation.
7. Cells shall be discharged according to the temperature condition specified in this cell specification.
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