The invention relates to a dual-stator superconducting brushless doubly-fed wind generator. The motor has an outer stator (1), a rotor (4) and an inner stator (7), and the outer stator (1) needs to adopt a structure adopting segmented assembling. Individual Dewar magnets (11) surround outer stator yokes (2) of the outer stator (2), and form a full-pitch distributed control winding after external connection. Each individual Dewar magnet (11) consists of an outer layer Dewar and an inner layer Dewar (13), and a superconducting coil (14) is placed inside the inner layer Dewar (13). A short-pitchdistributed power winding (9) is placed on the inner stator (7), and can be made of copper wires of superconducting wires. To achieve excellent performance of the doubly-fed motor, the control windingand the power winding must adopt a distributed winding form. The pole pair number psc of the superconducting control winding, the pole pair number pcw of the power winding and the number nr of rotormagnetic conductive iron core blocks (6) must satisfy a relation nr=psc+pcw. The number of rotor non-magnetic conductive blocks (5) and that of the rotor magnetic conductive iron core blocks (6) are equal.