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Traveling-wave based fault location with high grounding resistance for HVDC transmission lines

机译:高压直流输电线路具有高接地电阻的行波故障定位

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The fault resistance of HVDC transmission lines is one of the sensitive and significant factors to affect the parameters of travelling wave and the performance of fault location. Therefore explicit fault location of high grounding resistance is proposed lines in this paper. S transform is applied to analyze travelling wave to demonstrate the characteristic and variation in time-frequency domain. The principle of type A and type D for fault location are applied into proposed algorithm by magnitude integral in frequency domain. The position of wave front in travelling wave can be identified accurately and as a consequence of it the time of which first arrived is affirmed to measure the distance of fault. In the end of paper a simulation provide the validation about accuracy and feasibility of this algorithm.
机译:HVDC传输线的故障电阻是影响旅行波的参数的敏感和重要因素之一,以及故障位置的性能。因此,本文提出了高接地电阻的显式故障定位。 S变换应用于分析旅行波以展示时频域中的特征和变化。 A型和故障位置的D型和D型D的原理应用于频域中的幅度积分的提出算法。可以准确地识别行波前波前的位置,因此肯定了衡量故障距离的第一次到达的时间。在纸张结束时,模拟提供了关于该算法的准确性和可行性的验证。

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