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Rotor field oriented control strategy of multiphase induction motor

机译:多相感应电动机的转子磁场定向控制策略

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Based on studying the transform theory of the multiphase system and the rotor field oriented control (RFOC) of multiphase induction motor (IM), the mathematical modulation of RFOC used in multiphase IM with closed-loops of harmonic currents is modeled. It can be used to solve the problems of harmonic currents in the conventional vector control of multiphase IM. The fundamental current and each of harmonic currents can be controlled independently for decoupling. The harmonic currents can be restrained effectively. In the paper, a nine-phase IM is proposed to verify the hypothesis. Experimental results confirm the theoretical analysis well. The paper further achieves the technology of electronic pole changing (EPC) under RFOC of multiphase IM. It is feasible for multiphase IMto realize pole-changing without cutting off the power and the EPC proposed could effectively extend the operational range of constant power in multiphase IM.
机译:在研究多相系统的变换理论和多相感应电动机(IM)的转子磁场定向控制(RFOC)的基础上,对具有谐波电流闭环的多相IM中使用的RFOC进行了数学调制。它可以用来解决传统的多相IM矢量控制中的谐波电流问题。可以独立控制基波电流和每个谐波电流以进行去耦。可以有效地抑制谐波电流。在本文中,提出了一个九阶段的IM来验证该假设。实验结果很好地证实了理论分析。本文进一步实现了多相IM的RFOC下的电子换极(EPC)技术。多相IM在不切断电源的情况下实现变极是可行的,所提出的EPC可以有效地扩展多相IM中恒定功率的工作范围。

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