Integrated platform production scheduling intelligent analysis and decision control system and method

Abstract

The invention discloses an integrated platform production scheduling intelligent analysis and decision control system and method. The integrated platform production scheduling intelligent analysis anddecision control system comprises a data processing terminal, a water regimen water scheduling system, a host on-line monitoring system, an electric energy system, a display unit, a production scheduling intelligent analysis and decision control system body, a unit boot response time statistical analysis module, an unit work efficiency on-line monitoring module, an unit work condition on-line monitoring and analyzing module, an unit boot executing component maintenance auxiliary decision unit, an unit boot process response optimization auxiliary decision unit, an unit response time priority control guidance unit, an unit efficiency priority regulation and control guidance unit and an unit work condition priority regulation and control guidance unit. According to the integrated platform production scheduling intelligent analysis and decision control system and method, manpower input can be reduced, the working intensity of workers is reduced, the difficulty of operation and managementof a power station is lowered, aging information of unit components is conveniently controlled, the grid-connected time of an unit is shortened, and waste of water resources in the unit boot process is reduced.

Description

technical field [0001] The invention relates to the technology of an intelligent hydropower plant, in particular to an integrated platform production scheduling intelligent analysis decision-making control system and method. Background technique [0002] Most of the hydropower is located in remote areas and distributed in large numbers along with the river basins. Coupled with the large number of power stations and units, it is necessary to arrange a large number of technicians for each power station to inspect the units, which not only increases the input of labor costs, but also increases the cost of Difficulty in power plant management; on the other hand, it is impossible to effectively grasp information such as the start-up time, operating efficiency, and working conditions of the units, which leads to the inability to effectively use the units with fast start-up time, high operating efficiency, and good working conditions, which not only leads to the grid connection time...

AI Technical Summary

Problems solved by technology

[0002] Most of the hydropower is located in remote areas and distributed in large numbers along with the river basins. Coupled with the large number of power stations and units, it is necessary to arrange a large number of technicians for each power station to inspect the units, which not only increases the input of labor costs, but also increases the cost of Difficulty in power plant management; on the other hand, it is impossible to effectively grasp information such as the start-up time, operating efficiency, and working conditions of the units, which leads to the inability to effectively use the units with fast start-up time, high operating efficiency, and good working conditions, which not only leads to the grid connection time of the units It prolongs and wastes a lot of water, and cannot effectively use the unit with high operating efficiency and good working condition

[0003] Patent No. CN201410813102.5 discloses an integrated information platform system based on an intelligent hydropower plant. The beneficial effect of this invention is that multiple independent automation subsystems are connected to form a real-time, organic and unified whole, which is conducive to the promotion of hydropower plants. The intelligent construction of the hydropower plant realizes the informatization and intelligence of the hydropower plant, but the invention does not propose a method or framework to solve the above problems

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