Induction Motor (IM) are generally accepted as the most potential candidates for electric
propulsion of electric and hybrid vehicles due to their reliability, robustness, low …

Energy-efficient electric transportation systems offer reduced power demand and also
increase the runtime for a single charge. Efficiency of an electric vehicle can be enhanced …

Electric Vehicles (EVs) are anticipated to play a pivotal role in addressing global climate
change objectives and offering a solution for improved fuel efficiency. However, enhancing …

This paper introduces a novel predictive sliding surface control (PS2C) strategy for ac-drive
applications. The proposed predictive sliding mode control routine is inspired by the model's …

Sensorless induction motor (IM) drives eliminate the problems encountered with physical
sensors such as the complexity of the installation, cost, and accuracy of the measurements …

This article is validating the robustness of neural network speed controller of variable
frequency drive for three-phase induction motor. Neural network speed controller is …

To realize the speed self-identification of the suspension rotor in the low-cost operation
control of a bearingless induction motor (BIM), a speed sensorless control strategy based on …

This paper presents a practical approach to calculate the total owning cost (TOC) of a three-
phase Induction Motor, which is based on the motor's nameplate data and the purchasing …

In order to realize the maximum torque output (MTO) in the field-weakening region for a
bearingless induction motor (BIM) stator vector control, a flux feedforward control strategy is …

With the development of modern industry, more stringent requirements are put forward for
the servo control of the mechanical arm, especially the problems of insufficient precision …