To effectively manage the growing number of distributed energy resources, PMU-based monitoring is being investigated for electrical distribution networks. In this context, a very challenging combination of constraints and cost-effectiveness requirements must be taken into account, suggesting the need for new-generation devices. In this paper we discuss performances of a compressive sensing phasor measurement algorithm, based on a Taylor-Fourier multifrequency signal model, as a tool for monitoring and managing smart distribution networks.

Multifunction phasor analysis for distribution networks

FRIGO, GUGLIELMO;GIORGI, GIADA;BERTOCCO, MATTEO;NARDUZZI, CLAUDIO
2016

Abstract

To effectively manage the growing number of distributed energy resources, PMU-based monitoring is being investigated for electrical distribution networks. In this context, a very challenging combination of constraints and cost-effectiveness requirements must be taken into account, suggesting the need for new-generation devices. In this paper we discuss performances of a compressive sensing phasor measurement algorithm, based on a Taylor-Fourier multifrequency signal model, as a tool for monitoring and managing smart distribution networks.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11577/3243195
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