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Adopting Spectral Analysis in Partial Discharge Fault Diagnosis of GIS With a Micro Built-in Optical Sensor

机译:用微内置光学传感器采用局部放电故障诊断的光谱分析

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摘要

As partial discharge (PD) monitoring has become a significant means of insulation fault diagnosis, built-in UHF sensors is increasingly adopted in GIS. In this letter, we report a hypersensitive triple-band optical PD sensor which is combined to a UHF sensor with an existing flange assembled on GIS. By experiments performed on an 110 kV GIS chamber, it demonstrates that with the spectral information obtained by this novel optical sensor, the discharge severity evaluation and the multi-source discharge clustering can be realized without any signal strength and phase-resolves statistics, which has a practical significance for the fault diagnosis of HVDC equipment such as DC GIL and DC bushing.
机译:由于局部放电(PD)监测已成为绝缘故障诊断的显着手段,因此GIS越来越多地采用内置的UHF传感器。在这封信中,我们报告了一个超敏三频段光学PD传感器,其与UHF传感器组合到UHF传感器,其具有在GIS上组装的现有法兰。通过在110kV GIS室进行的实验,它表明,利用通过该新颖的光学传感器获得的光谱信息,可以在没有任何信号强度和相位解析的情况下实现放电严重性评估和多源放电聚类,其具有具有DC GIL和DC衬套等HVDC设备故障诊断的现实意义。

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