The invention discloses a fault recovery reconstruction method for a power distribution network comprising a high-permeability distributed power supply, belongs to the field of power distribution network planning and optimization operation, and solves the problems that a conventional island operation-based static reconstruction method for the power distribution network comprising the high-permeability distributed power supply causes the reduction of the power quality of the power grid, reduction of the controllability of the power grid and disadvantage of power grid scheduling. The method provided by the invention comprises the steps: dividing a non-fault area network into a recoverable power loss area and an unrecoverable power loss area; carrying out recovery reconstruction of a fault recovery method provided by the application of the recoverable power-losing area, and carrying out load recovery power supply on the non-recoverable power-losing area according to the condition of the distributed power supply accessed to the area. According to the invention, the method carries out the power recovery of a fault bus by utilizing reconstruction of the power distribution network to themaximum extent, and a planned island power supply mode of the distributed power supply is only taken as an auxiliary measure for the recovery of the fault bus.