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Matrix converter degrees of freedom determination for Direct Torque Control of induction machines

机译:感应电机直接转矩控制的矩阵转换器自由度确定

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Matrix Converter rather than voltage source inverter can be used as high-performance technique supplying electric motor in Direct Torque Control (DTC). DTC''s most significant deficiency in induction motor, magnetic torque ripple, can be markedly reduced by appropriate space voltage-vectors whose influence on stator flux and electromagnetic torque in DTC of induction machine that uses Matrix Converter the subject of this work. DTC degrees of freedom were shown seriously limited by 60° flux sectors, thus division to twelve 30° sectors of flux-space vector hexagon is proposed. The increased Matrix Converter degrees of freedom were then extracted for DTC implementation.
机译:在直接转矩控制(DTC)中,矩阵转换器而不是电压源逆变器可以用作为电动机供电的高性能技术。 DTC在感应电动机中最显着的缺陷,即磁转矩波动,可以通过适当的空间电压矢量来显着降低,该空间电压矢量对使用矩阵转换器的感应电机DTC中定子磁通和电磁转矩的影响是本工作的主题。 DTC的自由度严重受60°磁通扇形限制,因此建议将磁通空间矢量六角形划分为十二个30°磁扇形。然后提取增加的矩阵转换器自由度以实现DTC。

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