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    SCIE SCOPUS KCI등재

    A Study on the Design of a Planar Loop Sensor for Partial Discharge Diagnosis of 22.9㎸ XLPE Power Cables

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    https://www.riss.kr/link?id=A76605434

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

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    한국어
    This study designed a new type of loop antenna that is able to detect partial discharges based on microstrip line technology. In the diagnosis of power cables, partial discharge signals are generally produced at a frequency range less than 100㎒ because high frequency PD signals are lost along a propagation path in such cables. The new type of loop antenna sensor has been studied using simulation software known as CST microwave studio version 5.0. In partial discharge measurement experiments, a commercial HFCT sensor was used as a reference sensor. Several experiments were made over HFCT and loop antenna sensors for detecting partial discharges on 22.9㎸ MV XLPE cable. In this study, we showed the loop antenna designed in this study that can be applied as a commercial HFCTsensor.
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    This study designed a new type of loop antenna that is able to detect partial discharges based on microstrip line technology. In the diagnosis of power cables, partial discharge signals are generally produced at a frequency range less than 100㎒ beca...

    This study designed a new type of loop antenna that is able to detect partial discharges based on microstrip line technology. In the diagnosis of power cables, partial discharge signals are generally produced at a frequency range less than 100㎒ because high frequency PD signals are lost along a propagation path in such cables. The new type of loop antenna sensor has been studied using simulation software known as CST microwave studio version 5.0. In partial discharge measurement experiments, a commercial HFCT sensor was used as a reference sensor. Several experiments were made over HFCT and loop antenna sensors for detecting partial discharges on 22.9㎸ MV XLPE cable. In this study, we showed the loop antenna designed in this study that can be applied as a commercial HFCTsensor.

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    목차 (Table of Contents)

    • Abstract
    • 1. Introduciton
    • 2. Main Subject
    • 3. Results and Consideration
    • 4. Conclusion
    • Abstract
    • 1. Introduciton
    • 2. Main Subject
    • 3. Results and Consideration
    • 4. Conclusion
    • Acknowlegements
    • References
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