FExWaveS application for voltage dips origin assessment: optimization of the tool in views of its integration into the QuEEN monitoring system

M. Zanoni, R. Chiumeo, L. Tenti, Massimo Volta
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引用次数: 2

Abstract

This paper presents the integration of the FExWaveS (Features Extraction from Waveform Segmentation) application in the QuEEN distribution network monitoring system. The application attributes a shape factor to each voltage dip to make it easier to classify voltage dips origin, namely, to assess the events source location (upstream or downstream from the point of measurement). The classification is carried out by a Machine Learning algorithm. The integration in the QuEEN system has been achieved thanks to QuEEN PyService, an automated tool developed by RSE aimed to the extraction of events voltage signals from QuEEN database. This application has allowed the integration of the FExWaveS classifier in a real scenario making it possible the intensive validation of the latter on a large number of voltage dips for the first time.
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FExWaveS在电压衰减源评估中的应用:从集成到QuEEN监测系统的角度对该工具进行优化
本文介绍了FExWaveS (Features Extraction from波形分割)在QuEEN配电网监测系统中的集成应用。该应用程序为每个电压下降属性一个形状因子,以便更容易地对电压下降起源进行分类,即评估事件源位置(从测量点的上游或下游)。分类是通过机器学习算法进行的。QuEEN系统中的集成得益于QuEEN PyService, QuEEN PyService是RSE开发的一种自动化工具,旨在从QuEEN数据库中提取事件电压信号。该应用程序允许将FExWaveS分类器集成到实际场景中,从而首次在大量电压下降的情况下对后者进行密集验证。
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