Rapid video linkage realization method of power substation based on design drawing

Abstract

The invention relates to a rapid video linkage realization method of a power substation based on a design drawing. The method specifically comprises the following steps: S1) designing a substation drawing according to equipment information in a substation site; S2) carrying out drawing processing: carrying out equipment marking and equipment name association, camera position and height marking and camera pan and tilt initial position setting in the drawing; and S3) carrying out automatic equipment searching and positioning and camera automatic searching and positioning, and realizing rapid automatic linkage when the camera automatically rotates to the specified equipment position. The method can provide an effective monitoring means for a power video system for automatic monitoring of power production and operation, thereby greatly reducing a lot of configuration and operation workload needed when manually setting corresponding positions or manually adjusting monitoring angles, improving work efficiency of operation monitoring of power equipment, and providing a convenient and fast monitoring means for the safety and reliability of operation of a power grid.

Description

technical field [0001] The invention relates to a method for quickly and automatically realizing the linkage relation between the camera shooting angle and the equipment position applied to the substation by the electric power system. Implementation. Background technique [0002] With the gradual promotion and construction of intelligent substations and unattended substations, remote monitoring and visual monitoring technologies have become important monitoring methods in power production and operation. Traditional video monitoring systems are only used for remote monitoring of substation security and fire protection. , the relevant monitoring technical means have gradually been unable to be applied to the remote monitoring in the production and operation of the power grid. The method of equipment monitoring, due to the high similarity of the appearance of most equipment, leads to cumbersome operation process and difficulty in setting up, etc. If the camera is automatically...

AI Technical Summary

Problems solved by technology

[0002] With the gradual promotion and construction of intelligent substations and unattended substations, remote monitoring and visual monitoring technologies have become important monitoring methods in power production and operation. Traditional video monitoring systems are only used for remote monitoring of substation security and fire protection. , the relevant monitoring technical means have gradually been unable to be applied to the remote monitoring in the production and operation of the power grid. The method of equipment monitoring, due to the high similarity of the appearance of most equipment, leads to cumbersome operation process and difficulty in setting up, etc. If the camera is automatically rotated to the equipment position according to the equipment object through automated technical means, it will be greatly reduced. It eliminates the large amount of configuration and operation workload required when manually setting the corresponding position or manually adjusting the monitoring angle, improves the efficiency of power equipment operation monitoring, and provides a convenient monitoring method for the safety and reliability of power grid operation.

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