Thermal information value intelligent detection system, device and method

Abstract

The invention discloses a thermal information value intelligent detection system, device and method. The system comprises a transformer system, and also comprises a temperature and humidity sensing system, an infrared imaging system, a communication module and a monitoring system. According to the technology, a mode of carrying out the remote thermal information value monitoring of a transformer is adopted to carry out remote communication data monitoring on the transformer installed outdoors. In terms of a monitoring mode, a dual-guarantee technology is adopted: the temperature and humidity sensing system is adopted to carry out internal monitoring on the transformer of the transformer system, the infrared imaging system is adopted to carry out external infrared image data monitoring on the transformer of the transformer system, meanwhile, temperature and humidity and infrared images can be monitored and acquired, the temperature and humidity can reflect the internal operating temperature and operating environment of the transformer, the infrared imaging system installed outside can perform infrared imaging on the transformer and monitor infrared imaging data of the transformer inreal time, and when the temperature rises, the infrared image and the temperature data can doubly feed back the state of the transformer.

Description

technical field [0001] The present application relates to the field of electric power information technology, in particular, to an intelligent detection system, device and method for thermal information value. Background technique [0002] The thermal system includes a variety of thermal energy operating systems, and in the power system, there are also thermal operating systems. Among them, the transformer is a common thermal operation system, and its workload is relatively large, so heat generation is also common. [0003] When the power load of the transformer is too large, the internal wires of the transformer will heat up, and the heat will not be dissipated in time, which will cause a fire and burn the transformer. [0004] In addition, when the transformer is overloaded and heats up, the staff of the substation cannot know the on-site situation of the transformer in time. [0005] And, the current working environment of transformers is mostly outdoors, and it is impo...

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Problems solved by technology

[0003] When the power load of the transformer is too large, the wires inside the transformer will heat up, and the heat will not be dissipated in time, which will cause a fire and burn the transformer

[0004] In addition, when the transformer is overloaded and heats up, the staff of the substation cannot know the on-site situation of the transformer in time

[0005] And, the current working environment of transformers is mostly outdoors, and it is impossible to comprehensively remotely and intelligently monitor the thermal value information parameters of the transformer, and intelligently monitor its operating status

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