面向经济高效的蜂巢状配电网优化布局与调度策略OA

With the advancement of the national"carbon emission peak and carbon neutrality"goal,a significant number of distributed energy sources,hybrid energy storage systems are being integrated into the distribution network.This integration has enriched the composition of distribution network elements,thereby making the exploration of new network architectures and functionalities increasingly relevant.Among these,the honeycomb distribution network has emerged as a promising new architecture due to its efficient energy dispatch and the synergistic operation of multiple microgrids.This paper proposes a streamlined hexagonal honeycomb distribution network(SHHDN)architecture optimized through the strategic placement of intelligent base stations(IBSs).Firstly,a structural model of SHHDN based on the non-Cartesian coordinate system(NCCS)is developed to determine the optimal siting of IBSs and their internal energy storage capacities.Secondly,an SHHDN dispatch model incorporating multiple IBSs is constructed based on the optimized IBS system layout.Finally,the proposed model is validated through simulation on a modified IEEE 33-bus system and a modified 97-bus system.The results demonstrate that the proposed approach effectively smooths load fluctuations,reduces network losses,and facilitates renewable energy source(RES)integration with minimal IBS investment.This study provides both theoretical support and practical guidance for the flexible planning and low-carbon operation of next-generation distribution networks.