With the increasing demand for energy, energy storage technology has been widely used. However, the risk of fire in energy storage facilities has also increased, so energy storage fire protection has become an important area. In energy storage fire protection, the application of composite fire detection devices is of great significance for early detection of fires and reduction of fire losses.
The hydrogen, carbon monoxide and smoke and temperature sensing composite fire detection devices for energy storage power stations are mainly used for thermal runaway monitoring of energy storage cabins in energy storage power stations, and are used in conjunction with the fire alarm control devices produced by the company. By monitoring the changes in hydrogen, carbon monoxide, voc, smoke concentration and temperature in the environment, the detector analyzes data to determine whether there is a battery thermal runaway, so as to detect early fires in time and transmit them to the fire alarm control device to respond to prevent the expansion and spread of fires.
Features of the composite fire detection device:
1.Early detection of fires: Due to the presence of more combustible materials inside energy storage facilities, fires can spread quickly in the event of a fire. Therefore, early detection of fires is of great significance to reduce fire losses. The composite fire detection device can quickly and accurately detect the fire signal and send out the alarm in time, providing valuable time for firefighters to extinguish the fire and rescue.
2.Real-time monitoring: The environmental conditions inside energy storage facilities are complex, such as temperature, humidity, and combustible gas concentration, which will have an impact on the occurrence and development of fires. The composite fire detection device can monitor these parameters in real time, providing accurate data support for firefighters to help determine the development trend of the fire and take corresponding measures.
3.Linkage control: In energy storage fire protection, it is necessary to realize the linkage control of a variety of equipment, such as fire extinguishing system, ventilation system, lighting system, etc. The composite fire detection device can be controlled in conjunction with other equipment to achieve automatic fire extinguishing and rescue, improve fire extinguishing efficiency, and reduce personnel and property losses.
With the continuous development of energy storage technology, the demand for energy storage fire protection will also increase. In the future, composite fire detection devices will develop in the direction of more intelligent and efficient. At the same time, with the application of new technologies such as the Internet of Things and cloud computing, the energy storage fire protection system will achieve more intelligent management and control.