基于先进信号处理技术的电弧监测与定位系统

A. Digulescu, M. Paun, C. Vasile, Teodor Petrut, D. Deacu, C. Ioana, R. Tamas
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引用次数: 14

摘要

本文介绍了两种用于光伏发电系统电弧监测和定位的方法。小波分析在瞬态信号检测中,即在多尺度边缘检测中被证明是非常强大的,因此我们使用小波分析方法来检测电弧并及时定位。其次,我们应用递归图分析(RPA)在局部放电时间定位上取得了成功的结果。为了获得电弧的空间定位,我们使用电弧到达声传感器系统的时间。该系统由4个传感器组成,基于小波分析的时间检测和RPA方法的到达时间差进行空间定位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical arc surveillance and localization system based on advanced signal processing techniques
This paper presents two methods applied in the context of surveilling and localizing electrical arcs which usually occur in photovoltaic power systems. The wavelet analysis has proved to be very powerful in transient signal detection, namely in multiscale edge detection, thereby we use this method to detect the electrical arcs and to localize them in time. Secondly, we applied the recurrence plot analysis (RPA) which presented succesful results in partial discharge time localization. In order to obtain the space localization of the electrical arc, we used the time-of-arrival of the arc at the acoustic sensor system. The system is composed of four sensors and the space localization is based on time difference of arrival, resulted from the time detection based on wavelet analysis and on RPA method.
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