Operation and maintenance work order scheduling management method and system in electric power telecommunication field

Abstract

The invention discloses an operation and maintenance work order scheduling management method and system in an electric power telecommunication field. The method comprises steps of 1, work order and worker information acquisition: acquiring all types of operation and maintenance work orders and operation and maintenance worker information, wherein the operation and maintenance work orders comprise task identifiers, task categories, task work procedures, continuous time of accomplishing of each work procedure and task grade information, and the operation and maintenance worker information comprise operation and maintenance worker identifiers, operation and maintenance skills, skill coefficients of each operation and maintenance skill and worker available state information; 2, task and worker matching analysis: based on the work orders and worker information, calculating a task difficulty coefficient of each project, operation ability coefficient of each operation and maintenance worker and a corresponding single worker task matching degree; and 3, work order scheduling: based on the single worker task matching degree relative to each operation and maintenance worker, distributing each task to the corresponding operation and maintenance worker. According to the invention, based on the task matching degree, the operation and maintenance tasks are distributed to corresponding operation and maintenance workers, so the method is vivid and easy to use, operation and maintenance efficiency can be effectively improved and operation and maintenance cost can be reduced.

Description

technical field [0001] The invention relates to the technical field of job scheduling for on-site operation and maintenance of electric power communication, in particular to a method for dispatching and managing work orders for on-site operation and maintenance of electric power communication, and also relates to a dispatching management system for on-site operation and maintenance work orders for electric power communication. Background technique [0002] The construction of the power communication network during the "Twelfth Five-Year Plan" period has been completed, and the construction of the power communication network of power companies will also usher in a new construction cycle. Facing the existing and upcoming power communication network, the existing operation and maintenance management model is lacking. The real-time and intelligent job scheduling management method will face more and more heavy work pressure; this will not only reduce the work efficiency of the sch...

AI Technical Summary

Problems solved by technology

[0002] The construction of the power communication network during the "Twelfth Five-Year Plan" period has been completed, and the construction of the power communication network of power companies will also usher in a new construction cycle. Facing the existing and upcoming power communication network, the existing operation and maintenance management model is lacking. The real-time and intelligent job scheduling management method will face more and more heavy work pressure; this will not only reduce the work efficiency of the scheduling management personnel, but also cause the on-site operation and maintenance personnel to be unable to perform standardized operations in full accordance with the system requirements during the operation and maintenance process. It has caused hidden dangers and restricted the safe and stable operation of the power communication network

[0003] The existing power communication field operation and maintenance scheduling management mode has the following problems: (1) At present, the work order adopts the manual distribution mode, and there is no reasonable and effective dispatch management for the field operation work order, which has caused hidden dangers to the safe production of electric power enterprises; (2) ) Under the existing operation and maintenance mode, there is a lack of real-time work order scheduling transmission support, and it is impossible to realize real-time and intelligent work order scheduling transmission, which restricts the efficiency of on-site operation and maintenance work

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