Realization of reactive power compensation for urban power grid based on virtual Air Gap controlled reactor

This paper proposes a reactive compensation strategy using virtual air gap controllable reactor-type SVC, which includes the optimal selection of reactive compensation configuration points and the control mode of virtual air gap controllable reactor-type SVC reactive compensation device system and individual. Based on PSCAD platform, a network circuit simulation model is established to verify the effectiveness of the configuration method and joint control method proposed in this paper.