Research and experiments on the transmission characteristics of traveling wave sensor for power fault
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    Abstract:

    Since the traditional capacitive voltage transformer does not have good response characteristics in the high frequency band, and can not meet the requirements of voltage traveling wave measurement, the development of the voltage traveling wave fault location method is to some degree limited. Through coretype traveling wave sensor is designed according to the Rogowski coil principle in this paper. It can measure the current travelingwave from CVT to ground and transfer voltage travelingwave signals of transmission line effectively without high speed data acquisition. The designed sensor can be implemented in the fault location of voltage traveling wave. A variety of frequency response characteristics including frequency response, highfrequency transient traveling wave signal response, power frequency, withstand voltage and antiinterference of the designed sensor are tested in this paper. The testing results show that the sensor with excellent amplitude characteristics can efficiently transfer the traveling wave signal of frequency range from 10 kHz to 2 MHz. Therefore it can also further avoid maloperation of the protection by shielding the power frequency signal and preventing grounding leakage current transferring to the secondary of transformer.

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张灵芝,王杨帆,刘基典,颜勋奇,吕佳佳,穆利智.电网故障行波传感器研究及测试[J].电力科学与技术学报英文版,2020,35(2):142-149. ZHANG Lingzhi, WANG Yangfan, LIU Jidian, YAN Xunqi, LV Jiajia, MU Lizhi. Research and experiments on the transmission characteristics of traveling wave sensor for power fault[J]. Journal of Electric Power Science and Technology,2020,35(2):142-149.

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  • Received:
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  • Online: September 03,2020
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