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Analysis and optimization of a three phase linear generator using Finite Element Method Magnetics (FEMM)

机译:三相线性发电机的有限元方法磁学分析和优化

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摘要

This paper presents the development of a three phase linear generator with the output power of 5.4 kW and output voltage of 240 V, with minimum cogging force. Some specific design criteria are employed to meet exclusive requirements related to its stator and translator. A simple model of the electromagnetic analysis of the cogging force and generated E.M.F are presented. Finite element method magnetic (FEMM) software is used to simulate the three phase linear generator. A radial magnetized magnet is chosen to give a high performance characteristic and to solve the cogging force-voltage problem.
机译:本文介绍了一种三相线性发电机的开发,该发电机的输出功率为5.4 kW,输出电压为240 V,且齿槽效应最小。一些特定的设计标准被用来满足与其定子和平移器有关的排他性要求。提出了齿槽力和产生的E.M.F的电磁分析的简单模型。使用有限元方法磁(FEMM)软件来模拟三相线性发电机。选择径向磁化磁体以提供高性能的特性并解决齿槽力-电压问题。

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