An improved parallel observer of speed and stator resistance for sensorless induction motor drives
The purpose of this work is to contribute to the improvement of the dynamic performance of Rotor Flux-MRAS estimator for a simultaneous estimation of speed and stator resistance of induction motor in sensorless rotor …eld oriented control, having as available information voltages and stator currents. The conventional adaptation mechanism of stator resistance MRAS estimator using a proportional integral controller (PI) in first scheme is changed by a variable gain proportional integral controller (VGPI) in second scheme, then by an intelligent controller (fuzzy-PI) in third scheme. The value of estimate stator resistance is introduced online into the speed estimator with the Pl adaptation mechanism is substituted in last scheme with a fuzzy-PI controller. Tests are performed and validated by numerical simulation by MATLAB SIMULINK, environment, acquired results illustrate the contribution of every controller in quality terms of estimation and robustness, in relation to the variations of the stator resistance of the induction motor.
Auteur(s)
Abdallah MILOUDI.
Massoum A.
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Mots-clés
- Controller
-
Estimation
-
- Identification de modèle ARMA à sortie quantifiée par la méthode de maximum de vraisemblances
- Commande Vectorielle Sans Capteur d’un Moteur Asynchrone Associée à un Observateur de Kubota
- Problématique des pneumatiques usagés en Algérie
- Commande D’une Machine Synchrone A Aimants Permanents Et Estimation De Ces Paramètres En Utilisant Le Filtre De Kalman Etendu
- fuzzy -PI
- MRAS
- Stator Resistance
- Vector control
fr
Science et Technologie
Mediterranean Journal of Modeling and Simulation
Volume 03
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