DESIGN AND ANALYSIS OF A THREE PHASE INDUCTION MOTOR WITH CO-SIMULATION
DOI:
https://doi.org/10.5281/zenodo.7501522Keywords:
Motor, ANSYS-Maxwell, SEA.Abstract
In this paper, the development and analysis of an induction motor (IM) on a common simulation platform is presented. For the simulation, a combined model is defined that includes the control, power electronics and also the asynchronous machine. In this model, all components are integrated into a single common simulation platform environment, providing an advanced modeling and simulation tool for IM. In this research, IM was developed in Ansys-Maxwell environment based on Finite Element Analysis (FEA), and the power electronics converter was developed in Ansys-Simplorer. An integrated platform is important for accurate design, useful and more realistic simulation. Parametric and electromagnetic field analyzes of IM were performed using joint simulation. Parameters such as current, voltage, torque, power, loss, magnetic field distribution, magnetic field strength and flux lines of the IM were obtained from the analyzes and presented in the study as graphics. In addition, temporary performance and operating limits were evaluated using a domain-oriented control strategy based on the machine's aggregate parameter model.
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ANSYS user guide, 2022.
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