The temperature distribution at the fire scene can objectively reflect the process of fire occurrence, development, and extinguishing, which is of great significance for fire fighting and rescue, and fire accident investigation. However, due to the lack of technical means, it is impossible to effectively obtain the temperature distribution data at the fire scene. With the maturity of infrared thermal imaging technology, it is possible to obtain the temperature distribution data at the fire scene, and it is also possible to use the fire scene temperature to assist in fire fighting and rescue, and identify the cause of the fire.

Fire prevention of transmission lines

The transmission line is the main equipment for transmitting electric energy, and it is also a very important key equipment in the safe operation of the power grid. Its safe operation directly affects the transmission quality of electric energy. For various power transmission scenarios, thermal imaging technology can be used to timely discover safety hazards in scenes such as transmission lines, terminal stations/towers, and power tunnels, and accurately determine the nature of defects, so as to achieve 7*24 hours of visual remote intelligent operation and maintenance.

Fire prevention of cable trenches

Because the cable trench structure is generally complex, and often multiple high-voltage cables are routed in parallel, the fire caused by cable faults will cause large-scale cable burns, resulting in forced shutdowns, and production cannot be resumed in a short time, causing significant economic losses. Thermal imaging can monitor temperature changes in real time in a lightless and concealed environment, and timely monitor potential faults.

Charging pile fire prevention

Charging piles generally use high voltage and high current working methods, which puts extremely high demands on safety. The infrared online monitoring system uses front-end infrared thermal imaging and visible light to measure the temperature and monitor the charging pile in real time, display the temperature information on the surface of the charging pile in real time, judge whether the charging pile is overheated, and realize functions such as over-temperature alarm and fire point detection, so as to expose hidden dangers early, find them early, deal with them early, and effectively ensure the safety of the charging environment.

Park fire prevention

Due to the fact that most of the fire safety planning has not been carried out during the construction of the park or the fire planning is unreasonable, the fire protection work in the park is dangerous, scattered, and lacking. There are widespread fire safety risks and frequent fire accidents. Doing a good job in the fire safety work in the park is an important issue that needs to be solved urgently.

Straw burning

Straw burning refers to the act of burning crop straw with fire to destroy it. Straw burning produces a large amount of polluting particles, causing haze weather, and produces a large amount of toxic and harmful substances, posing a threat to the health of people and other organisms. Using binocular thermal imaging cameras, we can perceive straw burning behavior, personnel, geographic location, etc., to achieve remote monitoring, precise monitoring, intelligent positioning, and worry-free supervision.