Abstract: AC/DC hybrid distribution network can realize the flexible transfer of power through voltage source converters（VSCs）in space dimension. In the meantime, the energy storage configuration in the system can realize the power transfer in time dimension. An intra-day correction strategy of optimal dispatching plan for AC/DC hybrid distribution network considering the coordination of spatio-temporal power regulation is proposed. In the intra-day correction, the coordinated optimization of VSCs and energy storage is utilized to effectively cope with the random fluctuations of the loads and renewable energy resources. In the optimization model, the sensitivity method is used to simplify the conventional power flow constraints, and the variation of branch loss is introduced to correct the approximate error of the linear sensitivity method, to ensure the accuracy of power flow constraints and significantly improve the solving efficiency. Finally, the effectiveness of the proposed method is verified by simulation cases.