ANALYZING EFFICIENT WORKSPACES AND DESIGNING PID CONTROLLERS FOR MAGNETIC LEVITATION SYSTEMS

Dinh Dat Vu; Thi Luyen Nguyen; Hong Dat Nguyen

Dinh Dat Vu Hung Yen University of Technology and Education
Thi Luyen Nguyen Hung Yen University of Technology and Education
Hong Dat Nguyen Hung Yen University of Technology and Education

Keywords: ANSYS, magnetic levitation, Matlab, PID, pole placement method

Abstract

In this paper, a fundamental model of a magnetic levitation system is analyzed and investigated. The research involves determining magnetic forces through calculations and simulating the system using ANSYS software to identify the efficient operational domain. Mathematical equations are formulated, and a PID controller is designed. The PID controller utilizes the pole placement method in conjunction with Matlab tools to optimize its coefficients. Employing this comprehensive combination of computational analysis and simulation tools enhances the efficiency, performance, and stability of the magnetic levitation system.

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