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Welcome To Evlithium Best Store For Lithium Iron Phosphate (LiFePO4) Battery |
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Individual pricing for large scale projects and wholesale demands is available.
Mobile/WhatsApp/Wechat: +86 156 0637 1958
Email: info@evlithium.com
Industrial lithium cell with high energy density, made on the safe LiFePO4 technology, capacity 206Ah, Nominal voltage 3.2V, and operational voltage is 2.8-3.65V. This battery cell is suitable for all traction applications, including passenger cars. It fully complies also for stationary applications, such as energy storage.
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Item |
Parameter Specification |
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Nominal Capacity |
206Ah |
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Operating Voltage |
2.5~3.65V |
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Internal Resistance |
≤0.40mΩ |
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Shipping Capacity |
3~30% SOC |
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Operating Temperature£¨Charging£© |
0~60¡æ |
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Operating Temperature (Discharging) |
-20~60¡æ |
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Charging (CC-CV) |
Standard charging current |
0.5C |
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Standard charging voltage |
3.65V |
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Max continuous charging current |
1C |
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Discharging |
Standard discharge current |
0.5C |
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Maximum Discharging Current (Continuous) |
1C |
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Maximum Pulse Discharging Current (Long Pulse) |
2C |
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Maximum Pulse Discharging Current (Short Pulse) |
3C |
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Storage Humidity |
< 70% |
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Battery Weight |
4.20Kg |
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Shell Material |
Aluminum |
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Cell Dimensions |
173.7*53.8*207.1mm |
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Cycled Capacity (80%DOD) |
3000cycles (0.5C, 25±2¡æ) |
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Parameter |
Specification |
Action |
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Stop charging |
3.65V maximum |
Stop charging when cell voltage reaches 3.65V |
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1st Overcharge protection |
≥3.69V |
Stop charging when cell voltage reaches 3.69V |
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2nd Overcharge protection |
≥3.80V |
When cell voltage reaches 3.80V, lock up BMS until technical trouble shooting |
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Stop discharging |
2.80V minimum |
When cell voltage falls lower than 2.80V, decrease the current to a minimum |
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1st Over discharge protection |
2.50V minimum |
When cell voltage falls lower than 2.50V, decrease the current to a minimum |
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2nd Over discharge protection |
2.00V minimum |
When cell voltage falls lower than 2.00V, lock up BMS until technical trouble shooting |
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Short circuit protection |
No short circuit allowed |
Disconnect cell terminals by over-current protector or internal fuse when short circuit occurs |
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Over current protection |
Maximum continuous charge current: 1C Maximum continuous charge current: 1C Maximum pulse discharge current: 2C (120S) Maximum pulse discharge current: 3C (60S) |
Limit discharge current by BMS to values within specification |
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Overtemperature protection |
Charging: 0~60¡æ Discharging: -20~60¡æ |
Stop charging and discharging when temperature exceeds specification |
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Charging time out limit |
The charging time is within 8 hours |
Stop charging if changing time exceeds 8 hours |