Author/Authors :
khettache, laid university of biskra - department of electrical engineering, Algeria , abdessemed, rachid university of batna - leb, department of electrical engineering, Algeria , benakcha, abdelhamid university of biskra - department of electrical engineering, Algeria
Title Of Article :
MODELING AND ANALYSIS OF A SIX-PHASE INDUCTION GENERATOR FOR WIND ENERGY CONVERSION SYSTEMS (WECS)
Abstract :
In recent years, accumulation time and Maximum power extraction are two essential factors contributing to the development of generators. In this paper, we investigate the behavior of a model of six-phase induction generator based double-cage rotor, and compare it with that of the single cage. Initially, the proposed model was implemented in d-q reference frame, and the effect of cross saturation and excitation capacitors sizing is also incorporated in the both models to ensure the excitation process. Moreover, a detailed analysis under resistive-inductive load and constant speed drive has been carried out to assess the performance of both six-phase induction generators (single/double cage). Accurate simulation results obtained from Matlab/Simulink are used to verify and validate the effectiveness of the proposed model.
NaturalLanguageKeyword :
Six phase induction generator (SPIG) , single cage (SC) , double cage (DC) , self , excited , main flux saturation , wind energy
JournalTitle :
Courrier Du Savoir
