This paper conducts research on sensor fault diagnosis for a three-phase induction motor
drive (IMD) in steady-state operation. An improving diagnostic technique based on the …

Abstract Model‐based speed estimation schemes in sensorless field‐oriented control (FOC)
of induction machines (IMs) are designed on the basis of a corresponding mathematical …

The demand for very efficient and top-performing power converters and drives is rising,
which requires a new controlling strategy for the drive system. The induction motor (IM) and …

An improved fault-tolerant control (FTC) method using mathematical functions is applied to
the induction motor drive (IMD) against current sensors and speed encoder failures, which …

In this paper, the robust second-order sliding mode control has been applied to induction
machine drives. To beat the phenomenon of chattering that is the major disadvantage of …

To decrease the usage of fossil fuels and the amount of power transmitted through
distribution systems, the use of renewable energy sources (RES) as distributed generation …

The electric drives nowadays consume a significant part of the world's electric energy, so
power savings are an important aspect. Most of the high-power drives are realized with AC …

A sliding mode controller is one of the non-linear techniques that have advantages of being
robust and simple to implement. In this paper, a First Order Sliding Mode (FOSM) is chosen …

Významný podíl světové elektrické energie v dnešní době spotřebovávají elektrické pohony.
Úspora elektrické energie je tedy v této oblasti důležitým aspektem. Většina velkých …

In this study, mathematical models, as well as induction motor control methods were
presented and this thesis specifically emphasized the vector control model for induction …