The model predictive control increased its prominence in the field of induction machine
drives. However, the performance of this strategy depends on the accuracy of the machine …

The analysis of the magnetic saturation and core losses effects influence on a field-oriented
controlled induction motor current and torque control quality is given. The magnetization …

This article presents a robust finite control set predictive scheme for a stand-alone squirrel
cage induction generator (SCIG) drive. This technique is considered an alternative to the …

This paper is focused on the estimation of the induction motor rotor flux in a rotor flux-
oriented control system applied in the electric traction of locomotives. The rotor flux-oriented …

This paper presents the performance of the traction system with induction motor and rotor
field orientation by voltage control. The synthesized control system was implemented on a …

The objective of this paper is to present the problem of implementing the rotor flux-oriented
control through hysteresis current controllers (RFOC _H) on electric traction systems for …

This paper is focused on the use of indirect rotor field-oriented control for an asynchronous
motor used in the traction system of an autonomous locomotive. The equations of operation …

Characterized by very good performance in both steady-state and dynamic regimes and
also by a relatively simple control structure, the induction motor control with rotor flux …

This article proposes an assessment of constrained parallel structure predictive torque
control (PPTC) with parameter robustness improvement for induction machine (IM) drive fed …

Compared with the conventional strategies for electrical drives such as Field Oriented
Control (FOC), Predictive Current Control (PCC) shows the superiority of fast dynamic …