Document Type : Original Research Paper

Authors

• Z. Nasiri Gheydari ¹
• H. Lessani ²
• A. Darabi ³
• F. Totonchian ⁴

¹ Electrical Engineering Sharif University of Technology,Tehran,Iran

² , Faculty of Electrical Engineering, University of Tehran,Tehran,Iran

³ , Faculty of Electrical and Robotics Engineering, Shahroud University of Technology,Shahrood,Iran

⁴ Faculty of Electrical Engineering, Iran University of Science and Technology,Tehran,Iran

Abstract

The permanent magnet hysteresis motor has the advantages of both the hysteresis motor and the permanent magnet. This engine is ideal for applications for electric vehicles, compressor pumps, robots and precision industrial drives, such as inertial navigation systems and video recorders that require high-performance soft, low-performance, and high-performance audio. . In this article, we will model and simulate this engine. We first derive the dynamic equations of the engine by considering the Foucault effect, and then we present the equations of its state for simulation in the SIMULINK / MATLAB environment. Finally, we compare the results of the simulation with the results of the numerical method and the finite element. This comparison shows a good match for these results. The method presented in this paper is time-limited, faster than the finite element method, and has acceptable accuracy.

Keywords

• Hysteresis motor
• permanent magnet
• conventional hysteresis motor
• modeling
• dynamic model
• Eddy current
• finite element method

Main Subjects

• TVET