Intelligent transformer substation inspection real-time data display system and method based on Google glasses

Abstract

The invention discloses an intelligent transformer substation inspection real-time data display system based on Google glasses. The intelligent transformer substation inspection real-time data display system is characterized in that the intelligent transformer substation inspection real-time data display system comprises a Google glasses terminal, an intelligent mobile terminal, and a rear big data and calculation service platform. The Google glasses terminal is connected with the rear big data and calculation service platform through the intelligent mobile terminal. The Google glasses terminal is provided with a prism screen used for displaying real-time data in a figure or table type. The rear big data and calculation service platform is provided with a background database used for storing basic data of transformer substation equipment. The basic data includes equipment manufacturers, nameplates, last maintenance dates and equipment real-time operation data. The invention further discloses an intelligent transformer substation inspection real-time data display method based on Google glasses, and the graphical analysis and display of the transformer substation equipment are realized.

Description

technical field [0001] The invention relates to a real-time data display system and method for intelligent substation inspection based on Google glasses, 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 equipm...

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 less reliability and stability

Traditional inspection personnel usually rely on human eyes to observe and perceive the operation status information of primary equipment in the power system through experience. The real-time information of primary equipment obtained on site is very limited, thus limiting the judgment ability of inspection personnel

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