Soft-switching modular multilevel converters for efficient grid integration of renewable sources

The Modular Multilevel Converter (MMC) concept is a modern energy conversion structure that stands out for a number of interesting features that opens wide application chances in Power Systems, for example for efficient grid integration of renewable sources. In these high-voltage, high-power application fields, a high efficiency is mandatory. In this regard, an interesting and promising development opportunity could be to make soft-switching the elementary converters of the submodules (cells), half H-bridges or full H-bridges, obtaining at the same time the advantage of increasing the switching frequency. The ARCP or the AQRDCL soft-switching topologies appear adequate for this purpose. This paper is dedicated to examining these development possibilities.

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Titolo: Soft-switching modular multilevel converters for efficient grid integration of renewable sources
Autori: 
FARNESI, STEFANO
MARCHESONI, MARIO
VACCARO, LUIS RAMON
Data di pubblicazione: 2017
Handle: http://hdl.handle.net/11567/885540
Appare nelle tipologie:04.01 - Contributo in atti di convegno

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