[article] 
in COST > N° 10 [01/01/2012] . - p. 151

Titre :	A New approach fuzzy-MRAS-sensorless vector control based rotor and stator resistances estimation of an induction motor drive
Type de document :	texte imprimé
Auteurs :	S. Chekroun, Auteur ; Mokhtar Zérikat, Auteur ; N. Benharir, Auteur ; A. Mechernene, Auteur
Année de publication :	2012
Article en page(s) :	p. 151
Langues :	Anglais
Mots-clés :	Induction motor drives  vector control  fuzzy logic  fuzzy-MRAS observe  robustness
Résumé :	This paper introduces a new sensorless vector controlled induction motor based on the parallel resistance parameters and rotor speed estimation for Fuzzy-MRAS Sensorless with Direct Field Oriented Control is discussed in this paper. the analysis of the sensorless vector control system using MRAS is presented and the resistance parameters variations and speed observer using Fuzzy Logic is proposed. The aim ofthe proposed sensorless control is to improve the performance and robustness of the induction motor drives under non linear loads variations is presented in this work. The availability of the proposed structure scheme is tested in simulation with Matlab-software. The Simulation results will be presented to confirm the theoretical analysis and the efficiency and reliability of the proposed Fuzzy-MRAS sensorless.

[article] A New approach fuzzy-MRAS-sensorless vector control based rotor and stator resistances estimation of an induction motor drive [texte imprimé] / S. Chekroun, Auteur ; Mokhtar Zérikat, Auteur ; N. Benharir, Auteur ; A. Mechernene, Auteur . - 2012 . - p. 151.
Langues : Anglais
in COST > N° 10 [01/01/2012] . - p. 151

Mots-clés :

Induction motor drives  vector control  fuzzy logic  fuzzy-MRAS observe  robustness

Résumé :

This paper introduces a new sensorless vector controlled induction motor based on the parallel resistance parameters and rotor speed estimation for Fuzzy-MRAS Sensorless with Direct Field Oriented Control is discussed in this paper. the analysis of the sensorless vector control system using MRAS is presented and the resistance parameters variations and speed observer using Fuzzy Logic is proposed. The aim ofthe proposed sensorless control is to improve the performance and robustness of the induction motor drives under non linear loads variations is presented in this work. The availability of the proposed structure scheme is tested in simulation with Matlab-software. The Simulation results will be presented to confirm the theoretical analysis and the efficiency and reliability of the proposed Fuzzy-MRAS sensorless.