Method for debugging secondary equipment of transformer substation

Abstract

The invention relates to a method for debugging secondary equipment of a transformer substation. The method comprises a bracket, a debugging end, a debugging instrument and a network switch, and sequentially comprises the following steps: generating a debugging strategy, debugging tested equipment, generating a debugging report and analyzing a debugging result. The method has the advantages that the tested equipment is debugged through a debugging strategy generation method, a tested equipment debugging operation method, a debugging report generation method and a debugging result analysis method. Intelligent generation of a debugging template and intelligent perception and intelligent diagnosis of a debugging result are realized. Intelligent debugging of secondary equipment of the whole station and automatic generation of a debugging report are realized. The control PC and the debugging instrument are core carriers of the whole debugging system, the control PC is connected with the debugging instrument and the tested equipment, seamless transmission from operation information flow to debugging data flow and then to debugging control and feedback flow is achieved, and therefore automatic debugging is conducted on secondary equipment of a transformer substation, and the debugging effect and quality are improved.

Description

technical field [0001] The invention relates to a method for debugging secondary equipment of a substation. Background technique [0002] At present, the intelligent secondary equipment of substations, as the perception layer component of the ubiquitous power Internet of Things, is the protection, measurement and control terminal of the entire smart grid, and also the "sensory nerve endings" of the "two networks", playing an important role. The application technology of intelligent secondary equipment in substations is becoming more and more mature, but in the debugging technology of intelligent secondary equipment and systems, the traditional mode of manual debugging and manual recording and reporting is still adopted, showing a low level of debugging automation and relatively scattered debugging Disadvantages such as independence and inability to visualize and track project debugging progress in real time affect the efficiency and quality of debugging. Contents of the in...

AI Technical Summary

Problems solved by technology

The application technology of intelligent secondary equipment in substations is becoming more and more mature, but in the debugging technology of intelligent secondary equipment and systems, the traditional mode of manual debugging and manual recording and reporting is still adopted, showing a low level of debugging automation and relatively scattered debugging Disadvantages such as independence and inability to visualize and track project debugging progress in real time, thus affecting the efficiency and quality of debugging

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