Ibrahim Mohd Alsofyani and Kyo-Beum Lee, "Improved Transient-based Overmodulation Method for Increased Torque Capability of Direct Torque Control with Constant Torque-Switching Regulator of Induction Machines," IEEE Transactions on Power Electronics, vol. > Paper

본문 바로가기

Paper

International Journals Ibrahim Mohd Alsofyani and Kyo-Beum Lee, "Improved Transient-based Overmodulation Method for Increased Torque Capability of Direct Torque Control with Constant Torque-Switching Regulator of Induction Machines," IEEE Transactions on Power Electronics, vol. 35, no. 4, pp. 3928–3938, Apr. 2020. -SCI

2020

본문

In this paper, a simple overmodulation method is proposed for achieving fast direct torque control with a constant torque-switching

controller (CTSRDTC) in induction machines. The conventional overmodulation method applied to CTSRDTC focuses on attaining

and maintaining the voltage vector with the largest tangential component to the locus of the stator flux. The selected voltage vector

is held during the transient state and fed into the switching table. Nevertheless, unlike a classical DTC, the CTSR activates both zero-

and active-voltage vectors owing to the nature of its operation. As a result, the optimized active-voltage during an overmodulation

cannot be maintained throughout the complete torque transient owing to an interruption by the zero-voltage vectors. To overcome

this problem, the proposed method modifies the CTSR output to eliminate the zero-voltage vectors only during a transient state.

Consequently, a full exploitation of the overmodulation is achieved, and hence an excellent torque dynamic response can be obtained

when torque is demanded. Simulation and experimental results are provided to validate the effectiveness of the proposed

overmodulation strategy.

 

첨부파일

  • 187.pdf (6.9M) 38회 다운로드 | DATE : 2020-03-06 10:29:35
Total 215건 1 페이지
Paper 목록
번호 년도 논문명
215 2020 International Journals
214 2020 International Journals
213 2020 International Journals
212 2020 International Journals
211 2020 International Journals
210 2020 International Journals
209 2020 International Journals
208 2020 International Journals
207 2020 International Journals
206 2020 International Journals
205 2020 International Journals
204 2020 International Journals
203 2020 International Journals
202 2020 International Journals
201 2020 International Journals
게시물 검색

회원로그인

접속자집계

오늘
320
어제
345
최대
903
전체
211,968

그누보드5