Distribution equipment inspection tour system and method

Abstract

The present invention provides a distribution equipment inspection tour system. The system comprises a server and a plurality of user terminals. The user terminals are able to communicate with the server and have inspection tour modules; the inspection tour modules are configured to divide a distribution region into a plurality of inspection tour areas, and each inspection tour area is associated with at least one inspection tour person; when the inspection tour persons register the inspection tour modules through the authority to associate with corresponding inspection tour areas; the server determines whether the distribution device has faults or not according to the first data; when the distribution device has faults, the position information and the fault condition of the fault device are sent to an inspection tour person associated with the inspection tour area where the fault device is located; and the inspection tour modules prompt the inspection tour persons about the position information and the fault condition of the fault device, so that the inspection tour persons timely performs inspection tour maintenance. The present invention further provides a distribution equipment inspection tour method. The distribution equipment inspection tour system and method are able to allow the maintenance task to accurate assign to persons with no need for personnel guards so as to avoid the condition caused by relayed first-aid repair and effectively improve the accuracy and the timeliness of the first-aid repair.

Description

technical field [0001] The invention relates to a power distribution equipment inspection system and method. Background technique [0002] With the development of the smart grid, the intelligence of the transmission and transformation grid has been basically realized, and the ultimate goal of the smart grid is to realize the intelligence of the distribution network and improve the quality of electricity for end users. Therefore, how to improve the power maintenance department to quickly carry out Fault location and shortening fault maintenance time become the top priority. The traditional power distribution monitoring system requires personnel to check the monitoring data in a fixed office 24 hours a day. If an alarm is found, the emergency repair personnel will be contacted by phone to eliminate the defect. This mode has the following disadvantages: the occupation of human resources requires Personnel are on guard 24 hours a day, guarding the computer screen of the main st...

AI Technical Summary

Problems solved by technology

The traditional power distribution monitoring system requires personnel to check the monitoring data in a fixed office 24 hours a day. If an alarm is found, the emergency repair personnel will be contacted by phone to eliminate the defect. This mode has the following disadvantages: the occupation of human resources requires Personnel are on guard 24 hours a day, guarding the computer screen of the main station or the large screen and staring at it for alarms; the monitoring nodes are relatively scattered, and it is impossible to accurately locate the person when the fault elimination task is issued, resulting in a delay in fault elimination; fault description and location It cannot be sent to the maintenance personnel, but only the point of failure can be informed, and the experience of the maintenance personnel can be used to locate the sending location of the fault point and troubleshoot; the maintenance personnel passively accept task dispatch, and cannot use platform data tools in real time when performing troubleshooting on site. Analysis of faults may lead to untimely fault elimination

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