Optimization and Simulation of Auxiliary Magnetic Barrier Permanent Magnet Synchronous Machine for Wind Turbine
The auxiliary magnetic barrier permanent magnet synchronous motor (AMBPMSG) has not only the advantages of high power density and high efficiency of permanent magnet synchronous generator, but also the advantages of high temperature non-demagnetization and low cost of the reluctance motor. It has a broad application prospect in the field of wind power generation. Statement is presented in this paper, on the basis of structure and operation principle of the motor, the magnetic barrier surrounding the shape, shape of magnetic bridge, magnetic barrier layer and a permanent magnet is optimized, by means of two-dimensional finite element simulation software analysis of air-gap magnetic field, the counter electromotive force, reduce no-load back electromotive force harmonic content, in order to obtain the optimal electromagnetic performance, and develop the visual design and simulation platform software. The research of this paper has a certain reference value for the popularization and application of AMBPMSG.
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