Fire emergency energy storage battery is a special safety power supply equipment for fire protection systems of buildings, which is widely used in commercial buildings, residential communities, industrial plants and public facilities. It is specially used to provide uninterrupted power supply for fire emergency equipment when the municipal power supply is cut off in case of fire, earthquake and other emergencies. Fire protection system is the core facility of building safety prevention and control, including fire emergency lighting, evacuation indicator signs, fire alarm host, smoke exhaust fan, fire water pump and fire communication equipment. Once the municipal power supply fails in an emergency, the fire emergency energy storage battery can quickly start up to ensure the normal operation of all fire equipment, provide safe evacuation guidance for personnel, and support the smooth progress of fire rescue work.

The fire emergency energy storage battery strictly complies with national fire protection safety standards, and has ultra-high safety and stability in extreme environments such as high temperature, smoke and impact. The battery core adopts fire-proof and explosion-proof materials, with excellent thermal stability, which will not burn, explode or leak electrolyte in high-temperature fire environment, avoiding secondary safety hazards. The equipment has an intelligent automatic detection function, which can conduct self-inspection on battery capacity, circuit performance and system operation status every day. Once abnormal problems such as insufficient power supply and circuit failure are found, it will automatically alarm and record data, ensuring that the equipment is always in a standby state and can be put into use immediately in case of emergencies.

In terms of application scenarios, fire emergency energy storage batteries are divided into centralized and distributed layout modes. The centralized energy storage battery system is applicable to large shopping malls, office buildings and industrial parks, covering the power demand of the whole building’s fire protection system; the distributed small energy storage batteries are installed in single floors and key fire prevention areas to realize independent emergency power supply. The equipment has a long service life and low maintenance cost, and can operate stably for a long time in standby state. In daily operation, it can cooperate with the building power system to complete power quality optimization. In emergency scenarios, it can maximize the guarantee of personnel evacuation and fire rescue efficiency, reduce property losses and personal injury accidents caused by power supply interruption, and is an indispensable key equipment for building fire safety.