Hyeon-Jun Park, "Direct Self Control 기법으로 구동되는 개방 권선형 영구자석 동기 전동기의 토크 리플 저감을 위한 모델기반 예측 토크 제어," 아주대학교 공학석사 학위 논문, 2024. > Paper

본문 바로가기

Paper

Thesis Hyeon-Jun Park, "Direct Self Control 기법으로 구동되는 개방 권선형 영구자석 동기 전동기의 토크 리플 저감을 위한 모델기반 예측 토크 제어," 아주대학교 공학석사 학위 논문, 2024.

2024

본문

This thesis proposes a torque ripple reduction method of Direct Self Control (DSC) for an Open-End Winding Interior Permanent Magnet Synchronous Motor (OEW-IPMSM) drive. Conventional DSC with torque hysteresis controller has the advantage of fast torque response and low switching frequency. However, conventional DSC has the disadvantage of controlling the stator flux trajectory in a regular hexagon for low switching frequency, resulting in a large stator flux ripple, and applying a torque hysteresis controller, resulting in a large torque ripple. This thesis presents the predictive torque control based on the OEW- IPMSM mathematical model to reduce torque ripple. Furthermore, consider the flux trajectory control utilizing the multi-level effect of dual inverters. The effectiveness of the proposed DSC method has been verified through simulation and experimental results.

첨부파일

Total 169건 1 페이지
Paper 목록
번호 년도 논문명
169 2024 Thesis
168 2024 Thesis
167 2024 Thesis
166 2024 Thesis
165 2024 Thesis
열람중 2024 Thesis
163 2024 Thesis
162 2024 Thesis
161 2024 Thesis
160 2024 Thesis
159 2023 Thesis
158 2023 Thesis
157 2023 Thesis
156 2023 Thesis
155 2023 Thesis
게시물 검색

회원로그인

접속자집계

오늘
281
어제
563
최대
3,510
전체
870,072

그누보드5