Dynamic flexible networking and optimal scheduling for AC/DC hybrid distribution network

Dynamic flexible networking and optimal scheduling model for the AC/DC hybrid distribution network is proposed in this paper. In order to achieve optimal matching of source and load resources and minimum network active power loss, the model considers the flexible networking constraints of the AC/DC hybrid distribution network, the dynamic network reconfiguration (DNR) constraints of the AC/DC hybrid distribution network, power flow constraints, and photovoltaic constraints. The dynamic flexible networking and optimal scheduling scheme can be obtained by solving the linearized model through Gurobi solver. Finally, the improved IEEE 33-node system is used for simulation, and the result shows that the proposed scheme can significantly reduce the network active power loss.