摘要: In the context of "carbon emission peak and carbon neutrality", distribution systems in the future will evolve towards a new type of distribution system with high power supply capacity, high integration capacity for renewable ener... 展开 In the context of "carbon emission peak and carbon neutrality", distribution systems in the future will evolve towards a new type of distribution system with high power supply capacity, high integration capacity for renewable energy, and high power supply reliability. This will result in forming of a honeycomb distribution network based on flexible power distribution technology. This paper presents a reliability analysis of a honeycomb distribution network based on a state transition model. Considering the different characteristics of components, the power base stations and distributed power sources are sampled using non-sequential sampling, while the non-power components in the system are sampled sequentially. This study examines the reliability of power supply under different fault scenarios. The results demonstrate that the honeycomb distribution network exhibits excellent performance in terms of power supply reliability, providing valuable insights for the planning and operation of honeycomb distribution networks. 收起