Hosting capacity enhancement of hybrid AC/DC distribution network based on static and dynamic reconfiguration

The hybrid AC/DC distribution networks will have a crucial role in the future of smart grids due to their adaptiveness variety DC loads and energy resources. Thus, it is necessary assess enhance Hosting Capacity (HC) these for integration Renewable Energy Sources (RESs). One way increase HC without further expansion grid using potential Network Reconfiguration (NR). This paper proposes an enhancement model that includes NR. Two types NR are considered, namely static, is, embedding capabilities at planning stage, dynamic, remotely controlled switches as Active Management (ANM) scheme. Besides, two unique sources could be used included, reactive power control Voltage Source Converters (VSCs) mesh operation capability. problem formulated mixed-integer linear optimal flow aims maximize RESs under thermal voltage constraints. Also, stochastic programming utilized managing uncertainties. simulation results show accuracy efficiency proposed formulation from various perspectives.