Converter structure-based power loss and static thermal modeling of the press-pack IGBT-based three-level ANPC and HB VSCs applied to Multi-MW wind turbines

In this study, the converter-structure based power loss and thermal models are developed for the medium voltage full-scale 3LANPC- VSC and 3L-HB-VSC utilizing press-pack IGBT-diode pairs and interfacing a 6MW wind turbine to a medium voltage grid. The switching power loss models are built using the experimentally obtained switching power loss data from a fullscale 3L-ANPC-VSC leg. The static thermal models are developed considering the double-sided cooling of the switches by the cooling plates. For the experimental model verifications, a test setup with a single-phase full-scale 3L-ANPC-VSC is introduced.

CitationSenturk, O. [et al.]. Converter structure-based power loss and static thermal modeling of the press-pack IGBT-based three-level ANPC and HB VSCs applied to Multi-MW wind turbines. A: IEEE Energy Conversion Congress and Exposition. "IEEE Energy Conversion Congress & Exposition, ECCE2010". atlanta: 2010, p. 2778-2785.

URIhttp://hdl.handle.net/2117/11494

DOI10.1109/ECCE.2010.5618079

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Converter structure-based power loss and static thermal modeling of the press-pack IGBT-based three-level ANPC and HB VSCs applied to Multi-MW wind turbines

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