Mostrando 3 resultados de: 3
Voltage behind Reactance Model of Induction Machines using ATPDraw and MODELS
Conference ObjectAbstract: In this work, the induction machine (IM) model is developed using the VBR (Voltage Behind Reactance)Palabras claves:AC Motors, Circuit faults, Electromagnetic modeling, Electromagnetic transients, EMTP, Energy conversion, harmonic analysis, Induction Motors, Machine vector control, motorsAutores:J. M. Aller, Jose Alex Restrepo, Julio César ViolaFuentes:scopusVoltage behind Reactance Model of the Doubly Fed Induction Generator using Space Vectors
Conference ObjectAbstract: In this paper, a method is proposed to develop the Voltage Behind Reactance (VBR) model of the doublPalabras claves:Circuit faults, Electromagnetic modeling, Electromagnetic transients, EMTP, Energy conversion, Induction Motors, Machine vector controlAutores:J. M. Aller, Jose Alex Restrepo, Julio César ViolaFuentes:scopusWind Energy Conversion System using a Squirrel Cage Induction Generator Coupled to the Network with a Pbkp_redictive DPC
Conference ObjectAbstract: This paper presents the modeling of a Wind Energy Conversion System (WECS) using a self-excited induPalabras claves:Power control, Reactive power control, Space vector pulse width modulation, Torque control, Wind energyAutores:Christian P. Amendaño, J. M. Aller, Jose Alex Restrepo, Julio César Viola, Modesto R. ChuñirFuentes:scopus