Military Battery Packs Solution:
| Military Battery pack technical requirements |
| No. |
Project |
Criteria Data |
Remarks |
| 1 |
Nominal Voltage |
600V |
|
| 2 |
Highest voltage |
700V |
|
| 3 |
Costant Discharge Current |
≥100A |
|
| 4 |
Continuous Charging Current |
≥100A |
|
| 5 |
Maximum discharge current |
≥300A，≥10s |
voltage
≥500V |
| 6 |
Maximum charging current |
≥300A，≥10s |
voltage
≤650V |
| 7 |
Continuous Discharge Current In -43℃ |
≥40A |
|
| 8 |
Continuous charging Current In -43℃ |
≥40A |
|
| 9 |
Working Temperature |
-43℃-80℃ |
80℃，Work 3s |
| 10 |
Charging and Discharge Cycle |
15000 Times |
|
| 11 |
Weight |
260kg |
|
| 12 |
protection Level |
IP67 |
|
13
|
Safety consist of
|
Short Circuit |
|
| Over Charging |
|
| Over discharge |
|
| Shooting |
|
14
|
Cells Safety
|
Short Circuit |
|
| Over Charging |
|
| Squeeze |
|
| Acupuncture |
|
Spec.of Battery Packs and Custom Services Available.
The battery management system(BMS) are developed by the company, product with own software, hardware, and structural are
designed in accordance with automotive standards. Carry out key design and testing on system function self-check, high and low
voltage withstand voltage, protection level, redundancy backup and anti-abuse. To escort the reliability and safety of the energy supply
system and contribute to the development of green energy.
BMS Function Description:
1.Support 16 series single batttery voltage monitoring.
2.Support 16 channels NTC temperature dection.
3. Support 2 channel relay Control and 4 channels digital singnal input detection.
4. Support 1 CAN communication interface and 1 RS485 communicatiobn interface.
5.Supporting active balance with adopting Gote's dual-way active balance TM technology, which can
perform dual-way charge and discharge balance for 2 single cells in the battery pack, thereby effectively
improving battery consistency and extending battery life.
6.Supporting Bootloader upgrade, and solid upgrade can be done online through CAN bus.
7.Supporting correction low power consuption mode, the latent current in low power consumption mode
can be reduced to 10uA or lower.
