Power failure maintenance plan analysis and optimization system based on kneading algorithm

Abstract

The invention discloses a power failure maintenance plan analysis and optimization system based on a kneading algorithm, and the system comprises an optimization system. The optimization system includes: a kneading algorithm model which optimizes the equipment maintenance time deviation period, enabling the workload arrangement to be reasonable, and has small the influence load of power failure maintenance; a plan generation module which classifies and arranges the power transmission and transformation equipment on the basis of intervals, and can complete arrangement of annual and monthly maintenance plans; a modification module which is used for manually maintaining the plan name and arranging time to manage the maintenance plan; a network topology module which is used for determining equipment capable of simultaneously participating in maintenance; a database which is used for storing data; a plan output module; and an intelligent power utilization cloud module. Corresponding manualadjustment can be performed on the scheduling result according to the actual situation, the workload of each department is reasonably arranged to improve the working efficiency, the kneaded maintenance plan is executed at the same time, the power failure frequency and the power failure time are reduced, and the intelligent degree and the management capability of the maintenance plan are improved.

Description

technical field [0001] The invention relates to the technical field of power grids, in particular to a kneading algorithm-based analysis and optimization system for power outage maintenance plans. Background technique [0002] In order to ensure the safe and stable operation of the power grid and eliminate potential safety hazards in a timely manner, power supply companies will regularly arrange maintenance of power equipment. The work schedule of the maintenance plan not only involves the arrangement of maintenance personnel, but also avoids affecting users as much as possible. [0003] Due to the lack of scientificity of the maintenance plan relying on manual topping, it is easy to cause unreasonable arrangement of workload, which leads to the overwhelm of dispatchers and maintenance personnel during the actual implementation of the maintenance plan, increasing the probability of mistakes in the work, and sometimes a few days No work, wasted manpower and overhaul time. ...

AI Technical Summary

Problems solved by technology

[0003] Due to the lack of scientificity of the maintenance plan relying on manual topping, it is easy to cause unreasonable arrangement of workload, which leads to the overwhelm of dispatchers and maintenance personnel during the actual implementation of the maintenance plan, increasing the probability of mistakes in the work, and sometimes a few days No work, wasted manpower and maintenance time

[0004] As the scale of the power grid becomes larger and larger, users have higher and higher requirements for power supply quality. The disadvantages of making maintenance plans through traditional manual methods are gradually exposed. Conflict between time and power maintenance tasks, or even repeated power outages in the same area or too long power outages, which affects the reliability of power supply and is not conducive to the economic operation of the power grid

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