A method for remote optimization management of distribution network monitoring information

Abstract

The invention discloses a remote optimal treatment method for monitoring information of a power distribution network. The remote optimal treatment method comprises the following steps: step S1, normalizing equipment names; step S2, classifying information; step S3, taking optimizing measures on abnormal and notifying information; step S4, setting a warning time delay strategy; and step S5, performing signal suppression. The remote optimal treatment method is simple to operate; when information of power distribution equipment is monitored, the shortcoming that monitoring personnel have difficulties in monitoring important information at first time due to large equipment information amount and frequent information reporting; and a power distribution dispatcher is helped to judge failures of the power distribution network and important defective information of power distribution equipment at a glance, shortcomings caused when a worker fixes the eyes on a disk and checks power distribution abnormities or fault information one by one are overcome, and the monitoring and fault disposing efficiency of the power distribution network is improved.

Description

technical field [0001] The invention relates to a method for remote optimization and management of distribution network monitoring information, which belongs to the field of distribution network equipment monitoring information optimization. Background technique [0002] With the lean regulation and management of the distribution network, distribution automation equipment has been widely used in the distribution network. By remotely collecting the remote signaling and telemetry information of the distribution equipment, remote control operation is implemented, and the operating status of the distribution network is grasped in real time. The principle is to monitor the abnormal signals of power distribution equipment to guide the on-site elimination of power distribution equipment; by monitoring the fault alarm signals of distribution lines, diagnose the fault area, isolate the fault area by remote control, and shorten the time for disposing of faults in the distribution line;...

AI Technical Summary

Problems solved by technology

[0003] At present, even a single state grid company in a city has hundreds of lines and thousands of power distribution automation equipment. There are more than tens of thousands of records, and the monitoring of distribution network information mainly relies on 4 people per person to watch intently, and more than 10 new numbers need to be monitored per second, which is extremely exhausting, which is not conducive to monitoring efficiency and monitoring accuracy

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