A magnetoelectric drive device that can be used as both a motor and a generator

Abstract

The present invention discloses a magnetoelectric drive device that can be used as both a motor and a generator, comprising: a rotor assembly including a rotor shaft and at least a pair of permanent magnets with opposite magnetic polarities arranged on the outer periphery of the rotor shaft, and each permanent magnet has an opposite magnetic polarity to the adjacent permanent magnet; a stator assembly including a plurality of conductor bars arranged in an annular array outside the rotor assembly, and a gap is left between each conductor bar and the rotor assembly; a plurality of conductor connectors, each conductor connector electrically connects two conductor bars respectively to form an electrical winding, and an access line and an outgoing line are electrically connected to the plurality of conductor bars; a controller, and both the access line and the outgoing line are electrically connected to the controller. In its technical solution, the conductor bars and the conductor connectors replace the winding copper wires on the rotor in a traditional motor, which can greatly reduce the material cost and production cost. At the same time, it generates less heat during operation, is more power-saving, has a higher rotational speed, and the power consumption is greatly increased, making it more efficient.

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