Conception d'une structure innovante de convertisseur AC-DC de type Totem-pole avec correction du facteur de puissance - Application aux chargeurs de batteries des véhicules électriques

Abstract : Governments empower states over the environment with implementation of solution to clean up the electricity production sources. In 2020, 20% of the produced energy will be generated by renewable energies. However, theses green energies are occasional and require a huge storage capacitance for the local smart grids management. This solution puts two new issues: the necessity of having a bidirectional converter and the inrush currents management. To facilitate the study of these problems, the thesis suggests binding through a power balance, the performances of the current limiter on an innovative topology converter. This analysis highlight an alternative solution of inrush current strategy in energy conversion. Finally, a novel control circuit for SCRs/Triacs components will be proposed and characterized for landing one of the constraints linked to the converter reversibility.
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Submitted on : Tuesday, November 12, 2019 - 12:26:29 PM
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Cédric Reymond. Conception d'une structure innovante de convertisseur AC-DC de type Totem-pole avec correction du facteur de puissance - Application aux chargeurs de batteries des véhicules électriques. Energie électrique. Université de Tours, 2019. Français. ⟨tel-02359142⟩

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