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Optimization for a fault-tolerant and minimum loss control strategy of a five-phase flux switching machine under open-circuit faults

机译:开路故障下五相流量开关机的容错和最小损耗控制策略的优化

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In this paper, a fault-tolerant five-phase flux switching machine is considered for embedded applications. Machine behavior in case of open-circuit on a single phase and two adjacent and non-adjacent phases, is developed. In this paper, only the fault on a single phase is detailed. Reference currents reconfiguration method is developed to improve the whole operation, using an optimization algorithm whose objectives are a fault-tolerant control strategy and a minimum loss control strategy. Both cases will be analyzed and a comparison of machine performances in healthy, faulty and reconfigured mode is presented and validated experimentally.
机译:本文针对嵌入式应用考虑了一种容错五相磁通切换机。开发了在单相和两个相邻且不相邻的相开路的情况下的机械性能。在本文中,仅详细介绍了单相故障。开发了一种参考电流重配置方法,以使用目标为容错控制策略和最小损耗控制策略的优化算法来改善整个操作。将对这两种情况进行分析,并提供健康,故障和重新配置模式下的机器性能比较,并进行实验验证。

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