Power line repair commanding method based on CIS and movable operation

Abstract

A power line repair commanding method based on a CIS and movable operation comprises the step of installing data collectors in an existing power 95598 hotline system, a modulation automation system and a distribution network automation system. The collectors automatically collect the failure information of all the systems, wherein the failure information comprises power using client failure reporting information of a power line repair service telephone number 95598 system, transformer substation switch displacement information, and distribution line failure information. The collectors upload the information to a power line repair commanding system. The method can improve power repair information sharing efficiency, and has the remarkable advantages of emergency resources visualization, fault repair intellectualization and real-time information transmission.

Description

technical field [0001] The invention belongs to the technical field of fault emergency repair command, and is especially suitable for fault emergency repair command in the electric power industry. Background technique [0002] As a basic service related to people's livelihood, power supply plays an important role in daily life, and power companies have always put the guarantee of power supply as the top priority in their work. In the event of a power failure, fast fault recovery becomes even more important. General power companies have established their own fault repair process system. After receiving the fault report from the electricity customer or the operation and maintenance personnel of the power grid, through fault diagnosis, fault dispatch, fault isolation and fault repair, the accident handling of power fault emergency repair is completed. However, in the acceptance of faults, it has always been judged and dispatched by the agents of the power fault repair hotline...

AI Technical Summary

Problems solved by technology

However, in the acceptance of faults, it has always been judged and dispatched by the agents of the power fault repair hotline. The agents have limited understanding of the power grid structure. Fault transmission information is inaccurate, there are many repeated work orders, and the fault information obtained by emergency repair personnel does not conform to the actual problem; at the same time, the lack of support from electronic maps and distribution network maps also makes it easy for agents to misjudge the location of faults

The person in charge of emergency repair usually needs to call the user again to confirm the fault situation. When the scope of emergency repair is not the responsibility of the emergency repair team, the work order needs to be dispatched again, which makes the emergency repair project repeated and inefficient, which is not conducive to timely repair of faults.

At the same time, after the emergency repair personnel arrive at the scene to deal with the fault, they need to return to the office to give feedback on emergency repair information and obtain new tasks. They cannot provide emergency repair progress and processing information to the power outage users in a timely manner, which is not conducive to appease the emotions of power outage users.

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