Voltage Source Converters (VSC) are widely used in a lot of application field; consequently, their analysis and optimization, in terms of dynamic losses, is of primary importance. The availability of a reliable and accurate model is an important step to realize an efficient control strategy. This paper presents a losses model and an innovative control strategy, which integrates Model predictive control (MPC) theory and Feedback Quantizer Modulation (FBQM), minimizing the power converter losses.
Efficiency characterization for model predictive control of a three-phase voltage source converter
Carmeli M. S.;Castelli Dezza F.;Mauri M.;Rossi M.
2019-01-01
Abstract
Voltage Source Converters (VSC) are widely used in a lot of application field; consequently, their analysis and optimization, in terms of dynamic losses, is of primary importance. The availability of a reliable and accurate model is an important step to realize an efficient control strategy. This paper presents a losses model and an innovative control strategy, which integrates Model predictive control (MPC) theory and Feedback Quantizer Modulation (FBQM), minimizing the power converter losses.File in questo prodotto:
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