According to the special grid structure and electrical characteristics of AC/DC hybrid distribution network, a fault recovery model of AC/DC hybrid distribution network is constructed. The proposed model takes the fault recovery comprehensive satisfaction index as the objective function, while considering the power flow constraint, the node voltage constraints, the branch transmission constraints, the network radiation constraint, and so on. A two-stage optimization process is designed to solve the established model. In the first stage, the binary particle swarm optimization is used to solve the problem, then the second stage optimization is solved by particle swarm optimization. Finally, an example shows that the fault location of AC/DC hybrid distribution network has a great influence on the fault recovery strategy and the fault recovery comprehensive satisfaction index, and it is applicable to the fault recovery of AC/DC hybrid distribution network. This work is supported by Science and Technology Project of the Headquarter of State Grid Corporation of China (No. kj2018-063).