Enhancing the efficiency of the electric vehicle's powertrain becomes a crucial focus,
wherein the control system for the traction motor plays a significant role. This paper presents …

This study presents a permanent-magnet synchronous machine (PMSM) model using the
singular perturbation theory to obtain the reduced-order model. The fast and slow …

Model predictive control (MPC) has emerged as a very popular control technology. This
paper presents and discusses the major applications and recent research advances of MPC …

Finite‐state model predictive control (FS‐MPC) has been widely used for controlling power
converters and electric drives. Predictive torque control strategy (PTC) evaluates flux and …

While the increased use of internal combustion engine vehicles raises carbon emissions,
electric vehicles (EVs) are becoming more important for reducing air pollution. EV …

This paper deals with research studies of the magnetic bearing control systems for a high-
speed rotating machine. Here, theoretical and experimental characteristics of the control …

This paper proposes an online method to tune the weighting factor of a Finite State
Predictive Torque Control (FS-PTC) of an induction motor (IM) drive. The main advantages …

In this paper, an improved control techique for an electric vehicle (EV) based on four-wheel-
drive (4WD) has been proposed using the direct torque control with space vector modulation …

The uncertainty or variation of the electric machine parameters in predictive torque control
(PTC) has a noticeable impact on the controller's performance. This paper proposes a model …

This paper presents the differences and similarities of Δ Σ-PWM as a hysteresis-based PWM
scheme with direct torque control (DTC) using simulation models. The variable switching …