Abstract
In this paper, the application of infrared spectrum acquisition technology in power equipment is studied. Infrared spectrum identification and analysis technology and fault diagnosis technology can monitor and analyze the operation parameters of important equipment in real time, so as to improve the work efficiency of substation staff and achieve higher economic benefits. Therefore, infrared spectrum technology has great practical value and application prospect in power equipment.
Highlights
With the rapid development of China's economy, a large number of accesses of the UHV AC / DC hybrid and new energy have became the inevitable trend of development of power grid, and the present stage of China's power grid covering a wide range of power equipment in large quantities, so new demands on the unified management and monitoring and operation management of power equipment have been put forward[1]
2.1 Infrared spectrum identification and analysis technology The infrared spectrum of power equipment mainly reflects the distribution of temperature, so it does not show the details of equipment characteristics
The visible light on the surface of the equipment marked text and signs: We design and study the core algorithm for optical character identification system which is suitable for most machine vision fields, and annotate the image by using the identification results
Summary
With the rapid development of China's economy, a large number of accesses of the UHV AC / DC hybrid and new energy have became the inevitable trend of development of power grid, and the present stage of China's power grid covering a wide range of power equipment in large quantities, so new demands on the unified management and monitoring and operation management of power equipment have been put forward[1]. The video surveillance system can realize the functions of field equipment monitoring, remote control camera movement, digital video recording and other functions, but it can not realize image identification function. The development of image identification function becomes the most important problem. Infrared spectrum technology can make up for this deficiency, so the research of this technology is imperative[2]
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