Intelligent transformer station inspection video live broadcast system and method based on Google eyeglasses

Abstract

The invention discloses an intelligent transformer station inspection video live broadcast method based on Google eyeglasses. The method comprises the following steps: firstly, an intelligent mobile terminal provides a network environment for Google eyeglasses, namely, the intelligent mobile terminal is connected with an electrical power system 3G / 4G private network, and an IEEE 802.11 network is established; secondly, a Google eyeglasses terminal performs a view shooting function of a camera and collects and shoots view live states of on-site electrical primary devices; thirdly, the Google eyeglasses terminal uploads the video data of the electrical primary devices to a rear big data and calculation service platform with a resolution RTP protocol in real time through the electrical power system 3G / 4G private network; fourthly, the rear big data and calculation service platform broadcasts video data in real time. The barrier is broken through that experts are difficult to obtain on-site real-time video effectively and video real-time live broadcast of an intelligent transformer station is achieved. The invention also provides an intelligent transformer station inspection video live broadcast system.

Description

technical field [0001] The invention relates to a Google Glass-based intelligent substation inspection video live broadcast system and method, and belongs to the technical field of electric power automation. Background technique [0002] Substation inspection is one of the most important normalized tasks for the operation and maintenance of State Grid Corporation's substations. It is an important means to discover the dominant and hidden defects of equipment in time, prevent accidents, and ensure the safe and stable operation of equipment. At present, substation inspection can be basically divided into three types of operation forms: manual inspection, intelligent inspection and remote inspection. Manual inspection has low labor efficiency and high work intensity, and relies on the comprehensive analysis and judgment ability of the inspector; intelligent inspection has high work efficiency, high repetition of inspection operations, complete portable testing equipment, and in...

AI Technical Summary

Problems solved by technology

Manual inspection has low labor efficiency and high work intensity, and relies on the comprehensive analysis and judgment ability of the inspector; intelligent inspection has high work efficiency, high repetition of inspection operations, complete portable testing equipment, and intelligent inspection operations High degree, but poor reliability and stability; remote inspection method is a new type of inspection method developed on the basis of high-definition video remote real-time monitoring and power transmission and transformation status monitoring system in recent years, especially for unattended substations Has a more realistic practical application value

However, the current remote inspection method can only monitor the substation through high-definition cameras, and cannot obtain more detailed information, so as to realize the two-way interaction of inspection

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