Electric drive without electrical and mechanical sensors is the critical obligation in most of
the industrial applications due to its user-friendly hardware, lower maintenance, low cost …

This paper focus on the efficient and effective control of induction motor (IM) for electric
vehicles (EVs). Two commonly used topologies of three-level inverters (3LIs) namely …

In recent years' the direct torque control is widely used in induction motor drives due to its
simplicity and fast torque response. However, the continuous improvements are still going …

Employing switching sector based direct torque control on electric vehicle (EV) drive is a
typical approach. Direct torque control (DTC) has improved torque response in controlling …

To reduce pollution and energy consumption, particularly in the automotive industry, energy
saving is the main concern, and hence, Electric vehicles (EVs) are getting significantly more …

In this paper, a solar photovoltaic (PV) array powered scalar control of the induction motor
(IM) drive for the water pumping application is presented. This control scheme involves the …

This study presents a ground-breaking method in motor control by utilizing a Lookup Table
(LUT) for pre-calculated voltage vectors and torque references. This innovative approach …

The induction motor is largely used in many industrial applications due to its various
properties and its precise variable speed operation. A variety of control algorithm such as …

Induction machine (IM) is widely used in industries because of certain advantages. In
previous research studies, investigations were completed to analyze the machine flux …

In this paper, a novel position control method based on fractional calculus theory is
proposed for the robust position control of induction motor drive systems. The main aim of …