Fire Prevention and Control System for Lithium-Ion Power Battery (Pack) of Electric Buses

  The fire prevention and control device for lithium-ion power battery packs monitors environmental parameters inside the battery pack in real time through multiple sensors. Based on the battery thermal runaway model, it provides early warning and timely protection for thermal runaway batteries within the pack.





1. The fire prevention and control device for lithium-ion power battery packs monitors internal environmental parameters in real time via multiple sensors, and delivers early warning and timely protection for thermal runaway batteries based on a dedicated thermal runaway model.


1. Rich test data has been accumulated through extensive lithium-ion battery thermal runaway tests, on the basis of which a lithium battery thermal runaway model and judgment algorithm have been established.


1. Perfluorohexanone (liquid at room temperature), a new type of fire extinguishing agent, is used as the suppression medium.


1. Equipped with integrated temperature, smoke, CO and VOC sensors to accurately identify the thermal runaway stage of lithium batteries, greatly reducing false alarm rates.


1. Combined with proprietary pressurization and atomization technologies, the system implements fire suppression and continuous multi-stage cooling in accordance with a preset control strategy, maximizing the personal and property safety of drivers and passengers.






  The fire prevention and control device for lithium-ion power battery packs monitors environmental parameters inside the battery pack in real time through multiple sensors. Based on the battery thermal runaway model, it provides early warning and timely protection for thermal runaway batteries within the pack.




1. The fire prevention and control device for lithium-ion power battery packs monitors internal environmental parameters in real time via multiple sensors, and delivers early warning and timely protection for thermal runaway batteries based on a dedicated thermal runaway model.

1. Rich test data has been accumulated through extensive lithium-ion battery thermal runaway tests, on the basis of which a lithium battery thermal runaway model and judgment algorithm have been established.

Perfluorohexanone (liquid at room temperature), a new type of fire extinguishing agent, is used as the suppression medium.

1. quipped with integrated temperature, smoke, CO and VOC sensors to accurately identify the thermal runaway stage of lithium batteries, greatly reducing false alarm rates.

1. Combined with proprietary pressurization and atomization technologies, the system implements fire suppression and continuous multi-stage cooling in accordance with a preset control strategy, maximizing the personal and property safety of drivers and passengers.


Product Features
Sustained Protection
Programmable point-injection control enables extended discharge to effectively prevent battery re-ignition.
Precise Protection
· One-pack-one-monitoring design with separate valve control and point-to-point injection.
High Efficiency
Rapid fire extinguishing with long-lasting anti-reburn performance.
Eco-Friendly & Safe
Non-toxic, harmless and highly reliable suppressant.