A PMU-Based Machine Learning Application for Fast Detection of Forced Oscillations from Wind Farms

Abstract
Today’s evolving power system contains an increasing amount of power electronic interfaced energy sources and loads that require a paradigm shift in utility operations. Subsynchronous oscillations at frequencies around 13-15 Hz, for instance, have been reported by utilities due to wind farm controller interactions with the grid. Dynamics at such frequencies are unobservable by most SCADA tools due to low sampling frequencies and lack of synchronization. Real-time or off-line frequency domain analysis of phasor measurement unit (PMU) data has become a valuable method to identify such phenomena, at the expense of costly power system data and communication infrastructure. This article proposes an alternative machine learning (ML) based application for sub-synchronous oscillation detection in wind farm applications. The application is targeted for real-time implementation at the ‘edge’, resulting in significant savings in terms of data and communication requirements. Validation is performed using data from a North American wind farm operator.

Citation
Mohammed-Ilies Ayachi, Luigi Vanfretti, Shehab Ahmed, “A PMU-Based Machine Learning Application for Fast Detection of Forced Oscillations from Wind Farms”, Saudi Smart Grid Conference 2019, 2019.

Publisher
SASG

Conference/Event Name
Saudi Smart Grid Conference 2019

Additional Links
https://ecse.rpi.edu/~vanfrl/documents/publications/conference/2019/CP165_KAUST_ML_ForcedOscillations.pdfhttps://sasg2019.com/en/

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