Intelligent anti-misoperation active type management control system for transformer substation ground leads and control method

Abstract

The invention relates to an intelligent anti-misoperation active type management control system for transformer substation ground leads and a control method, and belongs to the technical fields of electric power system power transformation operation and maintenance. The intelligent anti-misoperation active type management control system comprises a lead clamping device for connecting the leads, aground stud connector for connecting a ground stud, an insulating telescopic rod mounted on the lead clamping device, and a ground lead centralized management and control platform for displaying the working conditions of the lead clamping device and the ground stud connector and generating an alarm, wherein the lead clamping device is connected with the ground stud connector; a wireless intelligent digital transmitter for detecting whether the lead clamping device falls off and transmitting information to the ground lead centralized management and control platform is mounted on the lead clamping device; and a wireless intelligent transmitter for detecting whether the ground stud connector falls off and transmitting information to the ground lead centralized management and control platformis mounted on the ground stud connector. Fall-off alarm of the ground lead clamping device can be realized, the ground stud connector is loosened and falls off to alarm, the positions of the ground leads are automatically identified, the installation time and dismantling time of the ground leads are recorded automatically, remote monitoring of on-site safety precautions is realized, and productionsafety is guaranteed.

Description

technical field [0001] The invention relates to an intelligent anti-misoperation active management control system and a control method for a substation grounding wire, belonging to the technical field of power system substation operation and maintenance. Background technique [0002] With the continuous increase of power grid equipment, the maintenance work of equipment is increasing, and the workload of installing grounding wires is also increasing, which consumes a lot of time and physical strength of operation and maintenance personnel. Moreover, traditional grounding wires have potential safety hazards, and cannot actively prevent misinstallation, Missing or dismantling the grounding wire in violation of regulations will cause personal injury or death. [0003] At present, there is an urgent need for an intelligent anti-misoperation active management and control system for substation grounding wires that can realize online position monitoring and working status monitorin...

AI Technical Summary

Problems solved by technology

[0002] With the continuous increase of power grid equipment, the maintenance work of equipment is increasing, and the workload of installing grounding wires is also increasing, which consumes a lot of time and physical strength of operation and maintenance personnel. Moreover, traditional grounding wires have potential safety hazards, and cannot actively prevent misinstallation, Missing or dismantling the grounding wire in violation of regulations will cause personal injury and death accidents. Most of the potential safety hazards in the grounding wire are related to unreliable grounding, falling off, and artificial removal in violation of regulations.

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