Seminar: Graduate Seminar
Properties of Nonlinear Power System Models that are Symmetrically Configured in the Narrow Sense
Date:
November,01,2023
Start Time:
15:30 - 16:00
Location:
1061, Meyer Building
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Lecturer:
Elior Segev
Research Areas:
| Symmetry is a fundamental property of three-phase circuits and is widely used in the analysis of large-scale power systems. However, traditional symmetry approaches can be limiting when faced with nonlinear and time-varying systems. In this seminar, we will explore the properties of three-phase circuits with dynamic models that are “simple” in some stronger sense. Those circuits, termed “Symmetrically Configured in the Narrow Sense” (SCNS), present dynamic models that are linear and time-invariant. In this talk, we will explore the characteristics of SCNS circuits, emphasizing their inherent symmetrical configuration and the properties of their state-space models. The session aims to introduce tools to identify better and comprehend SCNS circuits, such as large power systems, paving the way for a deeper understanding of dynamic phenomena. M.Sc. student under the supervision of Prof. Yoash Levron.
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