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首页> 外文期刊>IEEE Transactions on Power Delivery >A method of analyzing unsymmetrical faults on six-phase power systems
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A method of analyzing unsymmetrical faults on six-phase power systems

机译:六相电力系统不对称故障的分析方法

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摘要

The use of six-phase (and other higher order phase) systems for power transmission was proposed as an alternative for using electrical rights-of-way more effectively and efficiently. One of the important items in applying the six-phase alternative in transmission planning is the design of an adequate protective scheme. This requires a detailed and realistic fault analysis. The 23 significant fault types (symmetrical or asymmetrical) that can occur in six-phase power systems are analyzed. The theory of three-phase symmetrical components is used to develop a method for such analysis. The validity of the proposed method is checked by application to a simple system under a single line-to-ground fault, and three line-to-ground, five line-to-ground, and six line-to-ground faults. The advantage of the method is its applicability to all significant faults that occur on six-phase power systems.
机译:提出了将六相(和其他高阶相)系统用于电力传输的建议,以作为更有效和高效地使用电气通行权的替代方法。在输电规划中应用六阶段替代方案的重要项目之一是设计适当的保护方案。这需要详细而现实的故障分析。分析了六相电力系统中可能发生的23种重要故障类型(对称或不对称)。三相对称分量的理论用于开发这种分析的方法。通过在单线接地故障,三线接地,五线接地和六线接地故障下的简单系统中检验所提出方法的有效性。该方法的优点是它适用于六相电力系统上发生的所有重大故障。

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