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首页> 外文期刊>International journal of electrical power and energy systems >Analysis of electromagnetic coupling of HVAC cable section partly installed in parallel with HVDC lines in one corridor
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Analysis of electromagnetic coupling of HVAC cable section partly installed in parallel with HVDC lines in one corridor

机译:在一个走廊中与HVDC线并联安装的HVAC电缆部分的电磁耦合分析

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摘要

For HVAC and HVDC transmission lines which are partially in parallel in one corridor, coupling parameters between AC and DC transmission lines can be changed due to the length of extension sections which are not in parallel. And the generated electromagnetic coupling components at the two terminals of the DC line contain the effects of line parameters of extension sections. In this paper, the coupling components on the DC line, not all of which is in parallel with the AC line are studied in detail. The DC line is longer than the AC line and it may have extension sections on the both sides. Firstly, a new methodology is presented to calculate the coupling components of HVAC line upon HVDC line in the above situation. Then, the correctness and applicability of this method is illustrated and validated through a case study. Meanwhile, the key factors affecting the coupling between the AC and DC lines are analyzed. Finally, some suggestions have been proposed to provide as a construction reference which aims to optimize the electromagnetic coupling components on the DC line. (C) 2014 Elsevier Ltd. All rights reserved.
机译:对于在一个走廊中部分并联的HVAC和HVDC传输线,由于不平行的扩展部分的长度,可以更改AC和DC传输线之间的耦合参数。并且,在直流线两个端子处产生的电磁耦合分量包含扩展部分的线参数的影响。在本文中,将详细研究直流线路(并非全部与交流线路并联)上的耦合组件。 DC线比AC线长,并且可能在两侧都有延伸部分。首先,提出了一种在上述情况下计算HVAC线与HVDC线耦合分量的新方法。然后,通过案例研究说明并验证了该方法的正确性和适用性。同时,分析了影响交直流线耦合的关键因素。最后,提出了一些建议,以提供一个构造参考,旨在优化DC线路上的电磁耦合组件。 (C)2014 Elsevier Ltd.保留所有权利。

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