Lithium-ion battery module for use in electric powered mobilities. The system consists of Lithium-Ion-Cells, connected in series to reach the system voltage and in parallel to achieve greater capacity . The battery system voltage and capacity can be verified by different combination of modules.
No. | Items | EP-LFP206Ah STANDARD MODULE | Note | |||
MSXX2-35.42V206A | MSXX2-48.3V206A | MSXX2-51.52V206A | ||||
206Ah1P11S | 206Ah1P15S | 206Ah1P16S | ||||
1 | Nominal voltage(V) | 35.42 | 48.3 | 51.52 | ||
2 | Operating voltage(V) | min | 22 | 30 | 32 | T>0℃ |
3 | max | 40.15 | 54.75 | 58.4 | ||
4 | Nominal capacity(Ah) | 206 | 206 | 206 | 1/3C,100%DOD | |
5 | Nominal energy(KWh ) | 7.297 | 9.950 | 10.613 | 1/3C,100%DOD | |
7 | Group mode | 1P11S | 1P15S | 1P16S | ||
8 | End of life residual capacity (Ah) | 164.8 | 80%DOD | |||
9 | Module weight(Kg) | 47.07 | 63.5 | 68.1 | ||
10 | Maximum continuous charge current(A) | 206 | ||||
11 | Maximum continuous discharge current(A) | 206 | ||||
12 | Maximum pulse discharge current(≤180s)(A) | 412 | ||||
13 | SOC operating range(%) | 10~100 | ||||
14 | Insulation requirements(MΩ) | ≥20 | ||||
15 | Module cooling method | Natural cooling | PTC heater or water cold plate | |||
16 | Module heating method | No | ||||
17 | Shipping capacity (SOC) | 50%±6 | SOC is consistency in the same batch | |||
18 | Dimension L mm | 695.2 | 909.6 | 963.2 | Without bracket | |
Dimension B mm | 180 | 180 | 180 | |||
Dimension H mm | 225 | 225 | 225 |