Optimal Scheduling Strategy of Park Microgrid based on Blockchain Technology

Research on power flow characteristics of distributed generation (DG) based on the IEEE33 model

“…With the continuous promotion of the national policy of carbon peaking and carbon neutrality, as well as the dual pressure of the fossil energy crisis and environmental pollution, at the present stage, distributed generation (DG), with its advantages of cleanliness and environmental protection, has been increasingly connected to the grid in the distribution network, providing a more flexible energy source for the power system [1]. However, after the access of DG, the topology of the distribution network has undergone serious changes, which changes the power flow distribution of the distribution network and causes serious harm to the safe and stable operation of the distribution system [2]. Therefore, the power flow analysis and verification of distribution networks of DG has become an urgent problem to be solved.…”

“…Zhu Wenchao and others from Northeast Electric Power University constructed a radial topology of the DG network and analyzed the network loss of the system [3]. China Electric Power Research Institute Co., Ltd. and Wang Xiaohui, Liu Peng and others from North China Electric Power University have conducted relevant research on the dispatching of DG based on blockchain technology [4]. Wang Xing and others had relevant studies on the grid connection of DG by constructing MVSbEM model, and evaluated the risks of distribution network through the methods of mathematical statistics and probability, achieving good results [5].…”