UNE NOUVELLE APPROCHE DE CONTRÔLE AVEC UN CONVERTISSEUR MATRICE
DOI :
https://doi.org/10.59277/RRST-EE.2023.68.1.4Mots-clés :
Convertisseur matriciel, Méthode Venturini, Les fonctions de LyapunovRésumé
Cet article présente l'apport d'un convertisseur matriciel pour la stabilisation de fréquence d'une source d'énergie. La méthode d'amplitude optimale de Venturini est utilisée. La fréquence de la source d'énergie est supposée purement aléatoire. Une nouvelle approche basée sur le concept des fonctions de Lyapunov est révélée. L'étude est faite pour un réseau électrique avec une fréquence variable aléatoire, suivant la distribution normale et une charge RL typique. L'approche est testée à l'aide de simulations sous environnement MATLAB® /Simulink®. Les critères utilisés dans l'analyse sont la forme du signal, l'analyse de fréquence et le THD. Les performances obtenues sont discutées.
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