In this paper, a dynamic surface control (DSC) based adaptive fuzzy backstepping method is
proposed for induction motors with iron losses in electric vehicle drive systems. The DSC is …

In this paper, a direct torque control (DTC) strategy for the brushless doubly fed machine
(BDFM) is presented. After analyzing the mathematical model of this machine, the voltage …

This paper presents a study of extension of the Direct Torque Control approach (DTC)
developed by Takahashi for a double star induction motor (DSIM) and a new DTC-Space …

This paper focuses on the problem of position tracking control for field-oriented induction
motors with parameter uncertainties and load torque disturbance. Fuzzy logic systems are …

We aim to find a better control and optimization among the different functions of a solar
pumping system. The photovoltaic panel can provide a maximum power only for defined …

In an inverter, the number of legs can be increased to any number. So, any number of phase
voltages can be generated with proper firing pulses. In this work, a five phase machine is …

This paper reveals a design method to enhance the speed profile of an induction motor (IM)
drive fed by three level voltage source inverter (VSI) under direct torque control (DTC). Given …

Analysis, simulation, implementation and results of a new kiln drive system consisting of two
AC motors of 315 kW each, on an existing common tooth gear, as a new contribution for the …

The present work aims to achieve a strategy to control and optimize the solar pumping
system. Our objective is the modeling and simulation of the photovoltaic performance …

High performance variable speed drives have become indispensable for the modern age
industry where the product quality and productivity are of utmost importance. Because of the …