Global transportation has shifted toward electromobility to achieve net-zero emission, and in
the next few decades, commercial electric aircraft is likely to become a reality. This transition …

The electric revolution is underway in the transportation sector, and the aviation industry is
poised to embrace fundamental disruption. Moving to electric aircraft brings undeniable …

This paper focuses on the inception of partial discharges within the insulation system of
electrical actuators used for the More Electrical Aircraft (MEA). Since these machines should …

This paper presents a review of the electrical and electronic technologies investigated in
more-electric aircraft (MEA). In order to change the current situation of low power efficiency …

High power density is required for power converter in more electric aircraft due to the strict
demands of volume and weight, which makes silicon carbide (SiC) extremely attractive for …

The increasing demand for higher power device utilization and reliability in power electronic
systems is driving the integration of condition monitoring and active control in power …

The electric propulsion drives for the more-electric aircraft need lightweight and high-
efficiency power converters. Moreover, a modular approach to the construction of the drive …

Decarbonization of the air transport sector is a major challenge for the upcoming years. To
achieve this goal, electrification of the propulsion for small to medium civil aircraft is a key …

This study investigates the heat transfer performance of finned and pin-fin heat sinks for high
power density converter more-electric aircraft of the future. There is a lack of studies …

The rapid development of power electronic devices has made them have higher power
density, which puts forward higher requirements for cooling technology. The contribution of …