In the development process of modern power grids, with the wide application of various advanced technologies in the power grid, intelligentization has become an inevitable trend of power grid development. The development of smart grids has formed a consensus in the world.
The main features of the smart grid: strong, self-healing, compatible, economic, integrated, optimized. Strongness means that when small disturbances and large disturbances occur in the power grid, the power grid can still maintain the power supply capability to the users without a large-scale blackout. In the event of extreme faults in the power grid, such as natural disasters and extreme weather conditions, or by man-made external forces, the safe operation of the grid can still be guaranteed. Therefore, real-time monitoring and protection of the security of power grid equipment is of paramount importance.
(1) Temperature measurement terminal adopts split design
(2) The networking is flexible and the construction is convenient. Only one aggregation terminal is needed for one plant station. A single aggregation terminal can manage up to 1024 temperature measurement terminals
(3) Temperature measurement terminal structure is reasonable, material science
(4) Intelligent analysis and judgment of equipment operation status
(5) Unique low power design