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Starting transients of three phase synchronous motors connected to a single phase supply

机译:连接到单相电源的三相同步电动机的启动瞬变

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Balanced operation of three phase synchronous motors have been dealt with extensively in the literature. However, unbalanced operation has not received as much attention. One of the interesting unbalanced modes of these motors is their operation from a single phase supply. Such a mode of operation can be of special importance in remote areas where only single phase supply is available or in the case of an open circuited single line fault. In this paper, the possibility of operating three phase synchronous motors from a single phase supply through the use of a phase balancer capacitor is explored. The criteria for selecting the required phase balancer capacitor is presented and the analysis of the behaviour of such motors during the starting process is carried out. For this purpose, a rigorous state space mathematical model has been developed. The validity of this model have been verified experimentally.
机译:三相同步电动机的平衡运行已在文献中得到广泛讨论。但是,不平衡的操作并未引起足够的重视。这些电动机有趣的不平衡模式之一是通过单相电源运行。在只有单相电源可用的偏远地区,或者在开路单线故障的情况下,这种操作模式可能特别重要。在本文中,探讨了通过使用相位平衡器电容器从单相电源运行三相同步电动机的可能性。提出了选择所需的相位平衡器电容器的标准,并对启动过程中此类电动机的性能进行了分析。为此,已经开发了严格的状态空间数学模型。该模型的有效性已通过实验验证。

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