Flameproof lithium-ion battery power supply is a kind of explosion-proof device installed inside the battery to prevent short circuit, overcharge, overdischarge and other situations inside the battery, thus increasing the safety and stability of the battery. In the actual use process, the correct use method and operation process are very important to ensure the safe operation of the battery. This article will discuss the usage of flameproof lithium ion battery power supply, including charging and discharging operation, temperature control, protective measures and other aspects, to help users use flameproof lithium ion battery power supply correctly and safely.

1. Charge and discharge operation

1.1 charging

• use a dedicated charger for charging to ensure good compatibility between the charger and the battery.
• Avoid overcharging for a long time and unplug the charger in time to prevent potential safety hazards caused by overheating and overcharging of the battery.

1.2 discharge

• avoid over-discharge for a long time, charge in time to replenish the power, and avoid excessive discharge of the battery affecting the life and safety.
• During the discharge process, pay attention to monitoring the battery status, and stop using it in time once abnormal conditions are found.

2. Temperature control

2.1 Temperature Monitoring

• install a temperature sensor to monitor the battery temperature in real time to ensure that the battery works within a safe temperature range.
• Avoid using batteries in high temperature environment and avoid safety accidents caused by overheating.

2.2 Temperature regulation

• when using the battery in a low temperature environment, heating measures can be taken to increase the battery temperature to ensure its normal operation.
• When using the battery in high temperature environment, heat dissipation measures can be taken to reduce the battery temperature and avoid overheating.

3. Protective measures

3.1 battery management system (BMS)

• the BMS system with superior safety performance can realize real-time monitoring, temperature control, overvoltage protection, overcurrent protection and other functions of the battery to ensure that the battery is in a safe working state.

3.2 mechanical protection

• set mechanical protection around the battery installation positionProtective device to avoid damage to the battery caused by external collision or extrusion.

4. Requirements for safe use

4.1 Avoid external short circuit

• avoid direct contact between the battery and conductive substances such as metal and water, and prevent safety accidents caused by short circuit.

4.2 correct storage

• battery when not in use for a long time, it should be stored in a dry and ventilated environment to avoid high temperature, high humidity, etc. affecting the battery performance.

5. Requirements for emergency measures

5.1 Fire emergency treatment

• equipped with corresponding fire extinguishing equipment, formulate fire emergency plan, and deal with fire in time to reduce losses.

5.2 accident alarm

• equipped with battery abnormal alarm system, once the abnormal situation of the battery is found, it will immediately alarm and take corresponding measures to deal with it.