SCHÉMA DE CONTRÔLE DE MODULATION DE LARGEUR D'IMPULSIONS Sinusoïdale À DÉCALAGE VERS LA GAUCHE EFFICACE POUR LE FILTRE DE PUISSANCE ACTIF SÉRIE BASÉ SUR DES TOPOLOGIES D'INVERSEUR À POINT NEUTRE À SEPT NIVEAUX
Mots-clés :
Onduleur à point neutre à sept niveaux, Filtre de puissance active en série, Amélioration de la qualité de l'alimentation, Commande logique floue, Modulation de largeur d'impulsion sinusoïdale à décalage vers la gaucheRésumé
Cet article présente les performances d'un filtre de puissance active série (APF) basé sur un onduleur à sept niveaux à point neutre bloqué (NPC) utilisant des stratégies modifiées de contrôle de la puissance réactive instantanée. Aujourd'hui, les onduleurs multiniveaux sont étudiés et utilisés dans diverses applications industrielles. Les techniques de contrôle flou sont employées avec succès dans diverses applications; ils représentent une bonne alternative aux systèmes de contrôle classiques. Pour bénéficier de tous ces avantages, un nouveau schéma de contrôle pour la série APF basé sur un onduleur à sept niveaux à point neutre verrouillé (NPC) utilisant une modulation multiporteuse à décalage de niveau et une approche de contrôle flou est proposé dans ce travail. La simulation est réalisée à l'aide des logiciels MATLAB-Simulink et SimPowerSystem. Les résultats montrent l'efficacité et la robustesse du schéma de contrôle proposé adopté pour le système de filtre de puissance active série en compensant les harmoniques et toutes les perturbations de tension.
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