Direct-drive generators are an attractive candidate for wind power application since they do
not need a gearbox, thus increasing operational reliability and reducing power losses …

For the high-speed permanent magnet synchronous motors (HSPMSMs), their magnetic
fields are more complicated with the rotating magnetization and harmonics considered …

The 4th industrial revolution requires the tracking and optimization of energy consumption
using an intelligent energy management system (IEMS). Such a system needs accurate real …

Power transformers are the first devices used to transfer the electrical energy produced in
power plants to the grid to supply the industrial and individual receivers with electricity. The …

Iron core loss is the major loss in electrical machines. It performs up to 25% of total machine
losses. The machine efficiency calculation requires an accurate prediction of losses. The …

Permanent-magnet brushless dc motor (PMBLDCM) is more suitable for electric vehicle (EV)
with higher torque and driving performance. A suitable loss modeling of PMBLDCM with …

In this paper, more than 10 different iron loss models are experimentally evaluated, which
cover alternating and rotating fields, the influence of temperature, dc bias flux density and …

The control of motor drive without considering iron loss affects the phase back electromotive
force and the torque performance. This article investigates the performance of permanent …

This article presents improved iron loss analytical prediction models for interior permanent
magnet synchronous motors (IPMSMs) used in electric vehicles. The effects of slotting …

In contrast to sustainable aviation fuels for use in conventional combustion engines,
hydrogen-electric powertrains constitute a fundamentally novel approach that requires …