Modeling and Control for Microgrids
| Abstract | Traditional approaches to modeling microgrids include the behavior of each inverter operating in a particular network configuration and at a particular operating point. Such models quickly become computationally intensive for large systems. Similarly, traditional approaches to control do not use advanced methodologies and suffer from poor performance and limited operating range. In this document a linear model is derived for an inverter connected to the Thevenin equivalent of a microgrid. This model is then compared to a nonlinear simulation model and analyzed using the open and closed loop systems in both the time and frequency domains. The modeling error is quantified with emphasis on its use for controller design purposes. Control design... (more) |
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| Created Date | 2013 |
| Contributor | Steenis, Joel (Author) / Ayyanar, Raja (Advisor) / Mittelmann, Hans (Committee member) / Tsakalis, Konstantinos (Committee member) / Tylavsky, Daniel (Committee member) / Arizona State University (Publisher) |
| Subject | Energy / Electrical engineering / Alternative energy / Inverter / Microgrid / MIMO / Modeling / Robust Control |
| Type | Doctoral Dissertation |
| Extent | 138 pages |
| Language | English |
| Copyright |
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| Reuse Permissions | All Rights Reserved |
| Note | Ph.D. Electrical Engineering 2013 |
| Collaborating Institutions | Graduate College / ASU Library |
| Additional Formats | MODS / OAI Dublin Core / RIS |
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