Typical wiring diagnostic analysis method of distribution network line

Abstract

The invention discloses a typical wiring diagnostic analysis method of a distribution network line. The method comprises the following steps of S1, establishing a data interface from a distribution network single line diagram and a distribution network looped network diagram system, obtaining the related data, performing the distribution network single line diagram analog-to-digital conversion, and generating a distribution network information standing book data table; S2, dividing the distribution network line into a plurality of feeder line groups according to the distribution network information standing book data table; S3, classifying the feeder line groups according to the characteristics, the application logic and the key information of the typical wiring groups; S4, carrying out typical wiring group classification counting on the output feeder line group categories, gathering the typical wiring conditions, and outputting the data; and S5, collecting the data outputted in the step S4 to generate a typical wiring group analysis report. The method has the following advantages that 1, the method reduces the burdens of the planners and basic power supply station business personnel, and has the characteristics of high real-time performance, high accuracy and high efficiency; 2, the category of each feeder group of the distribution network is comprehensively disclosed, and theimprovement of the production operation management level is facilitated.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps diagnose problems in electricity networks by automatically judging connections between different types of lines without requiring human input from experts. It also allows for accurate classification into specific categories such as normal-wired (NW) circuits versus faulty ones. Overall, this system improves efficient use of space while reducing costs associated therewith.

Problems solved by technology

The technical problem addressed in this patented solution relates to improving the performance and adaptivity of distributed networks' ability to efficiently restore electrical service during failures caused by external factors like lightning strikes or equipment malfunctions. Current methods involve manually selecting specific parts from multiple feeders based upon their connective relationship (wires) and performing analytical tasks such as isolation/restoring connections between them. This process takes too much effort and may result in errors that affect system stability and prevent reliable electricity supplies.

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