Research on Optimization of Operation Mode of Power Plant Steam Turbine Auxiliary Machinery Based on Maximizing Economic Benefits
In the power plant industry,the steam turbine auxiliary system is an important component to ensure the efficient operation of the power station.The auxiliary equipment involved usually includes feedwater pumps,cooling water pumps,fans,etc.These devices play a crucial role in the daily operation of power plants,and their mode of operation directly affects the economic benefits and energy efficiency performance of the power plant.Therefore,optimizing the operation mode of power plant steam turbine auxiliary equipment aims to improve the overall economy and reliability of the system,which is of great significance for reducing operating costs and improving energy utilization efficiency.A power plant steam turbine auxiliary operation optimization model based on maximizing economic benefits was constructed,and an improved algorithm was selected to solve the model.The effectiveness of the model and the improvement effect of the optimization algorithm were verified through actual data testing,providing a feasible solution for power plants to reduce operating costs and improve energy efficiency.
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