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Partial discharges and noise separation in high frequency signals using inductive sensors

机译:使用电感传感器的高频信号部分放电和噪声分离

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Partial discharges in high voltage equipment are a cause and consequence of premature ageing. Thus, its accurate measurement is an important diagnosis tool trying to avoid premature failures. Classical phase resolved patterns are now completed with pulse waveform analysis in order to discriminate between PD sources and PD from noise. For this purpose, high frequency inductive sensors are being used in recent years. In this paper, a fixed post-processing technique for PD pulse waveforms will be used to discriminate between discharges from electrical noise for two inductive sensors: a commercial High Frequency Current Transformer and a newly developed inductive loop sensor. Results will prove that this novel inductive loop sensor is able to discriminate PD from electrical noise for several test objects.
机译:高压设备中的部分放电是过早老化的原因和后果。 因此,其精确的测量是一种重要的诊断工具,试图避免过早失效。 现在完成经典阶段解析模式,以脉冲波形分析,以便区分PD源和来自噪声的PD。 为此目的,近年来使用高频电感传感器。 在本文中,用于PD脉冲波形的固定后处理技术将用于区分来自两个电感传感器的电噪声的放电:商业高频电流互感器和新开发的电感回路传感器。 结果将证明,该新颖的感应回路传感器能够区分PD从电噪声中的几个测试对象。

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