Reconfiguration of Distribution Network Based on Jordan Frames with Energy Storage System

Considering the problem that the wind energy is unadjustable to the distribution network reconfiguration, this paper proposes a mixed-integer second order cone optimization model based on Jordan frames for the minimum losses distribution network reconfiguration with storage problem. The exact solutions of the model can be obtained efficiently. In addition, the proposal model can be solved to global optimality using available optimization solvers, such as Gurobi. Numerical results on two test networks including distributed generations show that the proposed model based on Jordan frames with storage is effective in reducing the network losses for network reconfiguration.