Research on Low Carbon Economic Operation Model of Distributed Energy Stations Considering Exergy Efficiency

With the promotion of the dual carbon strategy goal, the requirements for energy costs, carbon emissions, and energy utilization efficiency of distributed energy stations are becoming increasingly strict, and there is an urgent need for an economic and low-carbon operation strategy for distributed energy stations. In response to this issue, this article uses the random forest algorithm to analyze the energy consumption characteristics of distributed energy stations, constructs a low-carbon operation model of distributed energy considering exergy efficiency, and verifies its feasibility through simulation experiments. The experimental results show that the proposed method effectively reduces the operating costs and carbon emissions of distributed energy stations, while significantly improving the exergy efficiency of distributed energy stations.