As we all know, hydropower is one of the important energy sources at present. It mainly uses the drop of water level, and then cooperates with the electricity generated by the hydroelectric generator. In this process, hydropower requires various types of sensors, among which the dual-wavelength pyrometer will be Deployed to monitor the temperature changes of the unit, of course, in order to improve the overall efficiency and reliability of the equipment, the dual wavelength pyrometer used needs to have high performance to meet our needs.

Of course, the dual-wavelength pyrometer is not only used to detect the temperature of the upper guide, thrust, lower guide and water guide bearings of the hydro-generator set and the oil temperature in the oil grooves of the four guide bearings, but also mainly used to measure the temperature of the stator and rotor of the generator. Temperature changes and the water temperature inside the air coolers used to cool them.

Therefore, once it is found that the temperature of these components is too high, an alarm signal will be issued and sent to the working group for cooling, and some units will be suspended if necessary to ensure safety.

With the application of these sensors, the power generation of hydropower plants can be effectively improved, and the safety can be guaranteed to a certain extent. The application of various sensors in hydropower plants is still improving and becoming more and more extensive. With development, more and more high-performance sensors will be applied to hydropower plants, which will improve our utilization of more power resources.