The temperature distribution at a fire scene can objectively reflect the process of the fire's occurrence, development, and extinguishment, which is of great significance for firefighting and rescue operations as well as fire accident investigations. However, due to the lack of technical means, it is not possible to effectively obtain temperature distribution data from the fire scene. With the maturation of infrared thermal imaging technology, obtaining temperature distribution data from the fire scene has become possible, and it has also become possible to use fire scene temperatures to assist in firefighting and rescue operations and to determine the cause of the fire.

Power Transmission Line Fire Prevention

Power transmission lines are the main equipment for transmitting electrical energy and are also very important key equipment for the safe operation of the power grid. Their safe operation directly affects the quality of electrical energy transmission. For various power transmission scenarios, thermal imaging technology is used to promptly discover safety hazards in power transmission lines, terminal stations/towers, and power tunnels, and to accurately determine the nature of defects, achieving 24/7 visual remote intelligent operation and maintenance.

Cable Trench Fire Prevention

Due to the complex structure of cable trenches, which often involve multiple high-voltage cables running in parallel, fires caused by cable faults can lead to extensive cable damage, forced shutdowns, and an inability to resume production within a short period, resulting in significant economic losses. Thermal imaging can monitor temperature changes in real-time in dark and concealed environments, promptly detecting potential hazards of faults.

Charging Pile Fire Prevention

Charging piles generally operate with high voltage and large current, which poses extremely high safety requirements. The online infrared monitoring system uses front-end infrared thermal imaging and visible light lenses to monitor the temperature and video of charging piles in real-time, displaying the surface temperature information of the charging piles in real-time, determining whether there is an overheating situation, and realizing functions such as overheating alarms and fire spot detection, exposing potential hazards early, achieving early detection, handling, and resolution, and effectively ensuring the safety of the charging environment.

Industrial Park Fire Prevention

Due to the lack of fire safety planning or unreasonable fire safety planning during the construction of industrial parks, fire safety work in industrial parks is characterized by novelty, danger, dispersion, and a lack of resources, with widespread fire safety risks and frequent fire accidents. Effectively addressing fire safety in industrial parks is an important issue that urgently needs to be resolved.