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Partial Discharges Identification and Localisation within Transformer Windings

机译:部分排放变压器绕组内的识别和定位

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摘要

This study proposes a technique that is based on the hypothesis that distinct PD sources have unique PD waveform characteristics at the point of measurement. Two different forms of PD pulses are injected into a model transformer winding at different points and by using wideband radio frequency current transformers (RFCTs), measurement data are obtained by positioning the RFCTs at the neutral-to-earth point of the winding and the bushing tap-point-to-earth. Mathematical morphology energy analysis using ordering points to identify clustering structure and signal cross correlation methods are utilized to extract information from the raw measurement data. Assessment of the relative performance of the analytical methods are examined and characterized in this study. The proposed approach allows automatic separation of PD data by source and localization of source site within the winding.
机译:本研究提出了一种基于该假设的技术,即不同的PD源在测量点处具有唯一的PD波形特性。将两种不同形式的PD脉冲注入到不同点的模型变压器绕组中,并且通过使用宽带射频电流互感器(RFCT),通过将RFCT定位在绕组的中性点和衬套处来获得测量数据点击地球。利用订购点来识别聚类结构的数学形态学能量分析和信号互相关方法来提取来自原始测量数据的信息。在本研究中检查并表征了分析方法的相对性能的评估。该方法允许通过绕组内的源部位的来源自动分离PD数据。

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