Dynamique Modeling and Simulation of a Triple-Star Induction Motor

Abstract

The modeling of an electric motor is a fundamental stage in its development process. Advances in computer technology and software engineering have enabled the creation of highly accurate models, paving the way for the optimization of electrical machines. Modeling provides a quantitative understanding of the underlying physical phenomena, thereby guiding the design and development process. Furthermore, it serves as a valuable tool for both reproducing experimentally observed behaviors and predicting a wider range of machine operating conditions beyond those accessible through experimental investigation. The study of electrical machine modeling is of significant importance due to technical and economic requirements, which necessitate the design and operation of equipment close to their technological limits. In this work, a model of the Triple-Star Induction Motor (TSIM) is presented based on the solution of the dynamic equations governing its operation. In addition, the modeling of the power supply system is also developed to provide a comprehensive representation of the overall drive system.