新型高效磁辅助风力发电机参数化设计
Parameterized Design of a New High Efficiency Magnetically Assisted Wind Generator

本文研究了一种新型高效的磁辅助风力发电机，依靠磁阻转矩驱动与铁氧体辅助作用，将机械能转换成电能。基于ANSYS软件平台对发电机进行参数化建模与有限元仿真，并通过参数优化使得发电机输出良好电磁性能的同时具有较高的效率和较大的功率因数，用于垂直轴风力发电，可以使其在不使用稀土材料的前提下提升对风能的吸收效果，具有广阔的应用前景。
This article studies a novel and efficient magnetically assisted wind generator, which relies on reluctance torque drive and ferrite assistance to convert mechanical energy into electrical energy. Based on the ANSYS software platform, parameterized modeling and finite element simulation of the generator are carried out, and through parameter optimization, the generator outputs good electromagnetic performance with high efficiency and large power factor. When used in vertical axis wind power generation, it can improve its absorption effect of wind energy without using rare earth materials, and has broad application prospects.