During real-time operation of electric vehicles, motor parameter variations can significantly
effect and deteriorate control performances of electric traction drives. For an open-loop …

Energy transition and decarbonization present significant challenges to transportation.
Electric machines, such as motors and generators, are increasingly replacing internal …

A concept of nonlinear optimal control is introduced for IPMSM drives. The control
configuration remains the same as for the conventional control with three PI controllers for …

This paper presents a new robust speed control approach for Interior Permanent Magnet
Synchronous Motor (IPMSM) drives with incorporated Maximum Torque per Ampere (MTPA) …

This paper attempts to design and develop a high efficiency control for Interior Permanent
Magnet Synchronous Motor (IPMSM) in electric vehicle applications. The concept behind …

The global shift towards energy-efficient electric vehicles (EVs) has prompted the research
community to investigate efficiency improvements, enabling the increasing success of the …

IPMSM has been widely applied in EV, AC compressor, aviation industry. It is having
advantages like less torque ripple, high power density, high torque inertia ratio, fast dynamic …

In this paper, a maximum efficiency controller with reduced number of current sensor for
interior permanent magnet synchronous motor is introduced. This controller offers minimum …

A dissertação apresentada explora um modelo analítico para projetar uma máquina elétrica
que atenda às restrições de projeto requeridas. Baseada em diversas considerações …

This paper proposed the fuzzy logic controller (FLC) which can control the speed and torque
of Interior Permanent Magnet Synchronous Motor (IPMSM) Drives. The Input to the FLC is …