Electric motor design principles: Comparative analysis and experimental validation of 9-6 and 6-4 pmsm configurations for high-efficiency circulator pump

There are many different sources in the literature regarding the design, manufacturing, modeling, and control of various motor types [1], [2], [3]. Permanent Magnet Synchronous (PMS) Motors are one of the motor types that have recently attracted the attention of research both for daily practical use and in academic studies. The aim of this thesis is the mathematical modeling of PMS motors and their manufacturing and commissioning according to the mathematical model results. Due to the model setup, the aim is to perform performance measurements of the PMS motor both in a simulation environment and in real-time application using appropriate control methods. For performance control, the model and equation of the PMS motor will be used along with control methods to control the motor. Performance measurements in practical applications will be tested with the performances obtained in the real-time simulation environment.