Fault type judgment system and method based on transient wave recording type fault indicators

Abstract

The invention relates to the field of fault type judgment, and particularly relates to a fault type judgment system and method based on transient recording type fault indicators. The fault indicatorsperform wave recording and fault diagnosis on the current state of a line in real time; the attribute information and related action information are sent to a data acquisition communication terminal through wireless radio frequency communication; the data acquisition communication terminal transmits the fault information to a background master station system through 4G communication; and after thebackground master station system receives the fault action information of the multiple groups of transient wave recording fault indicators through the Ethernet, a fault type is finally generated anddisplayed in a web system, and the fault type is pushed to a mobile phone of a maintenance engineer or convenient maintenance equipment to assist the maintenance engineer in determining fault positioning. According to the judgment system and method, a user can quickly locate a fault occurrence point and judge the type to solve the problem, and a new intelligent distribution line monitoring systemcapable of replacing manual monitoring is formed.

Description

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AI Technical Summary

Benefits of technology

This patented technique uses an algorithm that records how well things are going wrong when there's any problem with them during their use period. If something goes through this way it sends its own messages back up to the main device where they were processed by another module called the base station controller (BSC). These modules then calculate what happened if anything was happening right before sending these signals over again. They send all those same results back down into the BSC which helps keep track everything about who has caused trouble later.

Problems solved by technology

This patented technical problem addressed by this patents relates to identifying potential causes of electrical arcs between two conductors that may lead to failure or other issues during use of an AC circuit (AC). Current methods require manual inspections from service technicians who can only determine if any one particular wire should break down before replacing them with another new cable. These techniques have limitations due to their subjectivity and lack accuracy, making it challenging to identify possible root causes without damaging expensive components like switchgear devices used at substations.

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