Design, modeling and identification of the mains side converter in an 11.7 kw wind/photovoltaic hybrid renewable generation system
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Universidade Federal de Minas Gerais
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This study focuses on the grid connection of a 11.7kW hybrid generation system using photovoltaic panels and a wind turbine. The conversion is accomplished by a multicell converter divided in two stages: the Generation Side Converter (GSC) and the Mains Side Converter (MSC). This paper will present in detail the design of MSC highlighting the key components (LCL filter, the InterCell Transformer, switching cells), their models and parameters' identification.
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Conversores eletrônicos, Geração de energia
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Inductors , Magnetic separation , Voltage measurement , Inductance , Wind turbines , Switching frequency , Power harmonic filters, Interleaved Converters , LCL filter , Intercell Transformer , Hybrid Generation , System Identification, Power Grid , Wind Turbine , Photovoltaic Panels , LCL Filter , Dynamical , Sampling Frequency , Resonance Frequency , Transfer Function , Parameter Identification , Output Current , Switching Frequency , Coupling Coefficient , Modulation Index , Tektronix , Dc-link Voltage , Permanent Magnet Synchronous Motor , Leakage Inductance , Boost Converter , Grid Current , Dc-link Capacitor , Common-mode Current , Lower Harmonics , Converter Output , Voltage Source Inverter
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https://ieeexplore.ieee.org/abstract/document/7972551