With the continuous development of the energy industry, energy storage technology has gradually become the focus of attention. As an important part of energy storage technology, the fire safety of energy storage cabin has also attracted much attention. In the fire protection design of energy storage cabins, whether it can be sprayed multiple times has always been a controversial topic.
The fire suppression device of electrochemical energy storage chamber is mainly composed of pump set and driver, display module, processing control module, fire extinguishing agent box, pipeline, etc. The parts that come into contact with the fire extinguishing agent are made of stainless steel, which has excellent coexistence with the fire extinguishing agent. The power supply of the device adopts the main and standby power design to ensure that the device can work normally in case of fire. 7-inch touch LCD screen, good human-computer interaction, complete display of panel information, reasonable distribution of buttons, compact structure. According to the agency test, the fire suppression device of the electrochemical energy storage cabin can ensure that the battery does not re-ignite within 24 hours after the open flame is extinguished.
The electrochemical energy storage chamber fire suppression device itself can achieve more food spraying, which can achieve multiple injections through the start and stop of one of our pump units.
For fire-fighting equipment that has been sprayed multiple times, its maintenance and maintenance are also very important. If the equipment is not maintained and maintained for a long time, it may lead to problems such as equipment aging and failure. Therefore, during the operation of the energy storage cabin, it is necessary to carry out regular inspection, maintenance and repair of fire-fighting equipment to ensure that it can play its due role in the event of a fire.
In general, the fire protection design of the energy storage chamber can be sprayed multiple times, but the specific design and operation should be carried out in accordance with the relevant fire protection codes and technical standards. At the same time, it is also necessary to determine the most suitable fire protection plan based on the specific environment and conditions of the energy storage cabin, such as the type of battery, the working principle and the possible abnormal conditions.