Military lithium battery performance requirements

the military field requires extremely high performance of lithium batteries, mainly including the following aspects:

1. high security: Military lithium batteries should have safety performance under extreme conditions such as high temperature, high pressure and short circuit to avoid accidents such as fire or explosion.

2. High energy density: Military lithium batteries need to have high energy density to meet the demand of military equipment for long-term continuous power supply.

3. High cycle life: Military lithium batteries need to have a long cycle life and can withstand frequent charge and discharge cycles without affecting performance.

4. Fast charging capability: Military lithium batteries should have fast charging capability to quickly restore power and meet combat requirements.

5. Seismic resistance: Military lithium batteries need to have good seismic resistance to shock to adapt to the high-intensity vibration conditions in the battlefield environment.

6. Low temperature performance: Military lithium batteries need to have good low temperature performance and can still work normally in extremely cold environment.

Maintenance of military ups power supply

military ups power supply plays an important role in military applications, providing stable power guarantee for military equipment. The following are the maintenance methods for military ups power supply:

1. Regularly check the running status of UPS power supply, including voltage output, battery capacity, heat dissipation, etc., to ensure the normal operation of the equipment.

2. Cleaning ups power supply: Regularly clean the interior and exterior of UPS power supply to prevent dust and debris from blocking the cooling hole and affecting the heat dissipation effect.

3. Battery maintenance: Regularly check the power and status of the UPS power supply battery pack to ensure that the battery is working properly and replaced if necessary.

4. UPS software update: Regularly update ups power supply software programs to ensure the stability and security of system operation.

5. UPS load balancing: Allocate ups power supply of the load reasonably to avoid overload of a certain part of the load and affect the stability of the power system.

6. UPS Troubleshooting: Regularly troubleshoot and test ups power supply faults to ensure timely response and handling of equipment when faults occur.

7. UPS operation records: Regularly record the operation data and fault conditions of UPS power supply to analyze the cause of the problem and optimize the maintenance plan.