Modeling and control of MV converter
Authors/Creators
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Beza, Mebtu
(Project leader)1
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Domínguez-Hernàndez, Martí
(Project member)2
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Cheah-Mane, Marc
(Project member)2
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Gomis-Bellmunt, Oriol
(Project member)2
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Henao Muñoz, Andrés Camilo
(Project member)3
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Debbat, Mohammed
(Project member)3
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Pepiciello, Antonio
(Project member)3
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Harrison, Sam
(Project member)4
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Egea, Agusti
(Project leader)4
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1.
Chalmers University of Technology
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2.
Universitat Politècnica de Catalunya
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3.
Institut de Recerca en Energia de Catalunya
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4.
University of Strathclyde
Description
This report, Deliverable 2.1 of the iPLUG project, overviews the work that has been carried out in WP2 on modeling and control of multiport power converters (MPCs) for medium voltage application. The report details on the modeling, simulation and testing of two distinct MPC topologies, isolated and non-isolated alternatives. Circuital structures of the two topologies and a detailed description of the building units that make up the converter are described. The dynamic performance of the topologies in normal and abnormal conditions are are also demonstrated. In the case of non-isolated topology, the application of grid-forming control and the challenges associated with it has been highlighted. Key advantages and challenges associated with each topology will also be briefly discussed as an initial input for the next task in the work package on topology evaluation for laboratory validation.