| Title |
Simulation and Experimental Analysis of Magnetic Levitation Relative Stability for the Flywheel Energy Storage |
| Authors |
박병철(Park, Byeong-Cheol) ; 정세용(Jung, Se-Yong) ; 한상철(Han, Sang-Chul) ; 이정필(Lee, Jeong-Phil) ; 한영희(Han, Young-Hee) ; 박병준(Park, Byung-Jun) |
| Keywords |
Flywheel ; Relative stability ; Magnetic levitation |
| Abstract |
In this paper, the relative stability of magnetic bearing system for the flywheel energy storage is evaluated using both simulation and experimental analysis. We make the simulation model for the magnetic bearing flywheel system using the rigid body shaft model. According to international standard ISO 14839-3, We experimentally analyzed the relative stability of magnetic bearing system. Additionally using both the simulation model and experimental tests, Phase margin and Gain margin is acquired through Nyquist plot. |