Intelligent dispatching method and system for heat supply circulating water of power plant

Abstract

The invention discloses an intelligent dispatching method and system for heat supply circulating water of a power plant, and the method comprises the steps: carrying out the operation data collection of a plurality of collection nodes for a circulating water system, and dividing the circulating water system into a plurality of multi-scale fractal units; the method comprises the following steps: defining scheduling subjects in a circulating water system, and analyzing the adaptability of each scheduling subject; and based on an evolutionary game algorithm, enabling each main body to participate in collaborative scheduling according to the fitness, and generating an optimal scheduling scheme. The method has strong real-time self-adaption and intelligent cooperation capability, dynamic scheduling optimization under complex working conditions can be realized, system energy consumption is reduced, and operation flexibility and abnormal response capability are improved. The method is suitable for various energy engineering scenes such as large-scale power plants and combined heat and power generation, and has remarkable engineering practical value and popularization prospect.

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