首页> 外文会议>International Conference on Electrical Machines(ICEM'04); 20040905-08; Cracow(PL) >DYNAMIC MODELING OF A LINEAR VERNIER HYBRID PERMANENT MAGNET MACHINE COUPLED TO A WAVE ENERGY EMULATOR TEST RIG
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DYNAMIC MODELING OF A LINEAR VERNIER HYBRID PERMANENT MAGNET MACHINE COUPLED TO A WAVE ENERGY EMULATOR TEST RIG

机译:与波能仿真器台架耦合的线性Vernier混合动力永磁电机的动态建模

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摘要

A vernier hybrid machine has been developed for use as a linear generator in a wave energy converter. Accurate predictions for power capture require testing this machine in a nonsinusoidal manner. A dynamic model capable of predicting the machine's behavior for this kind of mechanical excitation is presented. Simple equivalent circuit models have been found to be unsuitable for these machines and a flux-linkage map approach is instead used. Experimental results are used to verify this approach and the functioning of a unity power factor controller.
机译:已经开发出游标混合机,用作波能转换器中的线性发电机。功率捕获的准确预测要求以非正弦方式测试此机器。提出了一种能够预测这种机械激励下机器行为的动态模型。已经发现简单的等效电路模型不适用于这些机器,而是改用磁链图。实验结果用于验证该方法和单位功率因数控制器的功能。

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