分布式各向异性同步磁阻电机的改进建模

I. Marongiu, A. Vagati
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引用次数: 23

摘要

研究了数据采集同步磁阻电机的数学模型。该模型指的是更一般的情况,考虑到定子结构中存在槽。当静态MMF给定时,所得到的带周期系数的二阶线性微分方程给出了转子表面的磁势分布。还计算了转子铁中的感应值,以便考虑定子槽增加的附加转子铁损耗。在一个特殊情况下,得到了近似的解析解,并将计算结果与实验结果进行了比较。提出了克服转子损耗问题的实用建议。
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Improved modelling of a distributed anisotropy synchronous reluctance machine
The mathematical modeling of a DA synchronous reluctance machine is considered. The model refers to the more general case, taking the presence of slots in the stator structure into account. The resulting linear second order differential equation with periodic coefficients gives the rotor magnetic potential distribution on the rotor surface, once the static MMF is given. The induction value in the rotor iron is also calculated, in order to account for the additional rotor iron losses enhanced by stator slots. An approximated analytical solution is found, in a particular case, and the calculated results are compared with experimental ones. Practical suggestions are given to overcome the rotor losses problem.<>
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