This study compares classical direct torque control (DTC) methods with a proposed quantum
direct torque control (QDTC) strategy for synchronous machines. A quantum comparator is …

This paper focuses on the speed regulation of a permanent-magnet synchronous motor
(PMSM) with an uncertain extended load disturbance. A novel super-twisting sliding-mode …

This paper presents the application of a proposed hybrid control strategy that is designed to
enhance the performance and robustness of a grid-connected wind energy conversion …

In this paper, a new robust adaptive Disturbance Rejective Repetitive _ Second Order
Sliding Mode (DRRISOSM) control scheme using improved sliding mode control (ISOSM) …

The purpose of this paper is to investigate a wind power system utilizing a doubly fed
induction generator (DFIG). In this configuration, the stator is directly connected to the grid …

As part of efforts to improve wind energy production using a doubly fed induction generator
(DFIG), this paper presents modeling with power maximization through control of speed …

In the realm of high-performance motor drive systems, achieving stable and optimal motor
operation is crucial, particularly in environments characterized by disturbances. The …

This article contributes to the field by providing a comprehensive dual-loop control solution
that addresses the limitations of individual control techniques and offers a robust and …

In order to achieve high performance for a three-phase Permanent Magnet Synchronous
Machine (PMSM) under the influence of the most difficult changes that occur during the …

The PMSM, or permanent magnet synchronous machine, is gaining interest in various
industries and sectors because of its advantageous features that set it apart from other kinds …