A redundancy topological structure of a high-power mine hoist converter device belongs to topological structures of thyristor converter devices. The multiple redundancy structure of converter device comprises a dragging system, a hoist drum, a left skip and a right skip; a power source is connected with the dragging system through a transformer; the dragging system is connected with the hoist drum; the left skip and the right skip are connected to an output shaft of the hoist drum through a steel wire rope and a transition wheel, and respectively positioned at two ends of the steel wire rope; and the transition wheel is positioned at the upper end of a mine entrance. The utility model has the advantages that the direct-current dragging system of the redundancy structure can bear high voltage and high current, so that the four-quadrant dragging is achieved, the speed regulation range is wide, the harmonic current input to a power network is less, the power factor of the system is higher, and the problems of the harmonic wave and the power factor of a conventional six-pulse-wave topological structure are solved effectively.