Study of Green Energy Saving Control Method for Power Generation Equipment Based on Dual-Channel Multi-Feature Fusion
Previous green energy saving control methods for power generation equipment have resulted in poor control effect of the methods due to extracting only the power features of the operating state of the power generation equipment.Therefore,a green energy saving control method for power generation equipment based on dual-channel multi-feature fusion is designed.Firstly,the basic principle of dual-channel multi-feature fusion is analyzed,and a large amount of power generation equipment operating state data is acquired by using sensors,and the data is optimized to analyze the relationship between the operating state of power generation equipment and energy consumption.Secondly,a mathematical model of power generation equipment operation state is constructed,multiple feature information of power generation equipment operation state is extracted,and dual-channel structure is used to fuse the extracted feature information.Then,a dual-channel multi-feature fusion control strategy is designed to fuse the extracted data features.Finally,the corresponding control parameters are calculated,and the corresponding green energy saving control strategy for electric power equipment is formulated by calculating the energy consumption threshold during the operation of the power generation equipment.The experimental results show that,compared with previous green energy saving control methods for power generation equipment,the proposed method has an energy saving benefit of up to 44.5%in practical applications.The method is characterized by high energy saving efficiency,easy operation and maintenance,good real-time and high flexibility,etc.,and has a broad application prospect in the field of green energy saving control of power generation equipment.
万方数据
维普
