Integration and Cooperative Optimization of Distributed Energy Sources in Power Distribution Networks
With the continuous integration of distributed energy sources into power distribution systems,this study focuses on enhancing the integration and cooperative optimization of power dispatching.Through analyzing the characteristics of various types of distributed energy sources,considering the topology of power distribution networks,and incorporating advanced integration algorithms,the aim is to improve the robustness and efficiency of power distribution networks.This paper establishes a power dispatching model,explores demand-side and supply-side management,and introduces intelligent algorithms along with cooperative optimization strategies.Through experimentation and simulation,the effectiveness of the framework is validated,providing substantial guidance for the collaborative development of distributed energy sources and power distribution networks in the future.The research results presented in this paper hold significant implications for the intelligent and sustainable development of power systems.
distributed energy sourcespower dispatchingcooperative optimizationpower distribution networkintegration algorithms
NETL
NSTL
万方数据
