This paper introduces an innovative thermal modeling technique which accurately predicts
the winding temperature of electrical machines, both at transient and steady state conditions …

Permanent magnet synchronous motors (PMSMs) are often used in industry for high-
performance applications. Their key features are high power density, linear torque control …

The optimal design of electrical machines is an important issue in automotive industry in
order to reduce cost and volume of the actuator and improve its performances. In this …

Iron losses are among the most significant losses occurring on the Permanent Magnet
Synchronous Motor (PMSM). These losses consume active power and cause heat in the iron …

A bi-directional synchronous Buck/Boost DC/DC converter with easy interleaving capability
is proposed with a simple soft-switching mechanism. The use of wide bandgap, high voltage …

Permanent magnet synchronous machines (PMSMs) are widely used owing to high power
density, high efficiency, etc. Core losses account for a significant component of the total loss …

Accuracy of efficiency maps for permanent magnet synchronous machines depends on loss
and torque calculations. Losses that occur in the stator or rotor core material as well as …

The following report details the motivation, design, analysis, simulation and hardware
implementation of a DC/DC converter in EV drivetrain architectures. The primary objective of …

The most important metrics considered for electric vehicles are power density, efficiency,
and reliability of the powertrain modules. The powertrain comprises of an Electric Machine …

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