Decentralized Control of a Multi-DG Microgrid in Islanded Mode of Operation, M.Sc. Thesis Sharif University of Technology ; Karimi, Houshang (Supervisor) ; Karimi, Masoud (Supervisor)
Abstract
A control strategy for islanded (autonomous) operation of a microgrid consisting of two Distributed Generation (DG) units is proposed in this thesis. The DG units are connected together in a radial configuration. Each DG unit utilizes a voltage-sourced converter (VSC) to interface to its dedicated load. The DG units and the loads are to operate in the islanded mode of operation. To provide autonomous operation for the microgrid, voltage and frequency of the loads should be regulated. The proposed control strategy utilizes (i) an internal oscillator for frequency control in an open loop manner and (ii) a decentralized servomechanism controller to regulate the load voltage. The microgrid is...
Cataloging briefDecentralized Control of a Multi-DG Microgrid in Islanded Mode of Operation, M.Sc. Thesis Sharif University of Technology ; Karimi, Houshang (Supervisor) ; Karimi, Masoud (Supervisor)
Abstract
A control strategy for islanded (autonomous) operation of a microgrid consisting of two Distributed Generation (DG) units is proposed in this thesis. The DG units are connected together in a radial configuration. Each DG unit utilizes a voltage-sourced converter (VSC) to interface to its dedicated load. The DG units and the loads are to operate in the islanded mode of operation. To provide autonomous operation for the microgrid, voltage and frequency of the loads should be regulated. The proposed control strategy utilizes (i) an internal oscillator for frequency control in an open loop manner and (ii) a decentralized servomechanism controller to regulate the load voltage. The microgrid is...
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