Abstract Brushless Direct Current (BLDC) motors and their evolution in electric vehicles
(EVs) garner attention for their streamlined operation and control methods, enhancing …

Hybrid electric vehicles (HEVs) have drawn a lot of interest because of the growing need for
transportation systems that are both more effective and ecologically benign. HEVs, helps in …

This chapter discusses thereliability aspects of a dynamic voltage restorer (DVR) using an
infinite impulse response (IIR) peak filter with linear/nonlinearloads to control …

Brushless Direct Current (BLDC) motors are widely used in electromobility and industrial
robots. BLDC motors are essential in many production applications. However, they …

Vehicle collisions are a significant problem worldwide, causing injuries, fatalities, and
property damage. There are several reasons for the collapse of vehicles such as rash …

Abstract Brushless Direct Current (BLDC) motor is more popular today than traditional DC
motors due to its variable loadspeed range and excellent torque range. Brushless motors …

Permanent magnet synchronous motor-powered electric vehicles control is the subject of
various research work. However, their global dynamic models are nonlinear and coupled …

An overview of intelligent control techniques for the speed control of a direct current (DC)
motor has been described in this study. Using the MATLAB SIMULINK platform, the …

Greater efficiency in both energy use and traffic flow are two benefits of autonomous self-
driving cars. Due to their superior performance, effectiveness, and lack of carbon emission …

This paper discusses a controller logic for a hybrid field-oriented and direct torque controller,
which controls the speed and torque of a BLDC motor drive. The suggested control logic …