Video and environment monitoring district-level master station system of transformer substation

Abstract

The invention discloses a video and environment monitoring district-level master station system of a transformer substation. The system is connected with a province-level master station monitoring system and a station end monitoring system through an IP (Internet Protocol) communication network and used for monitoring the real-time monitoring information of a plurality of station end monitoring systems within a district and then aggregating and uploading the real-time monitoring information of the station end monitoring systems to the province-level master station monitoring system. The invention realizes the centralized management of power grid monitoring resources, establishes the interconnection and intercommunion among monitored information, reasonably and effectively allocates resources, and furthest establishes information sharing; and meanwhile, the invention reduces the work intensity of routing inspection personnel, makes up the defect that operators are not intuitive enough, enhances the safety inspection of the transformer substation and improves the operation level of the transformer substation.

Description

technical field [0001] The invention relates to a substation video and environment monitoring regional master station system, and belongs to the technical field of smart grids. Background technique [0002] With the continuous expansion of the scale of the power grid, the workload of power grid monitoring and operation and maintenance is increasing day by day. There is an increasingly urgent need to use intelligent means to remotely monitor primary equipment remote operation, substation equipment operation status, and power environment monitoring. However, the existing monitoring centers implement their own management, each substation system operates independently, is equipped with independent management personnel, and cannot perform system interconnection, which virtually reduces the utilization of system resources and increases the management cost of the system; and monitoring based on dedicated lines system, the networking is not very flexible, it cannot be connected to t...

AI Technical Summary

Problems solved by technology

However, the existing monitoring centers implement their own management, each substation system operates independently, is equipped with independent management personnel, and cannot perform system interconnection, which virtually reduces the utilization of system resources and increases the management cost of the system; and monitoring based on dedicated lines system, the networking is not very flexible, it cannot be connected to the data network, and the image information cannot be shared and effectively utilized

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