Increased electrification of aircraft power systems has been widely presented as a route
toward meeting environmental and emissions targets for aircraft performance, via more …

The upward trend for the use of electrical power on state-of-the-art aircraft is resulting in
significant change to the design of power system architectures and protection systems for …

Wireless machine-to-machine (M2M) communication with synchronized traffic patterns plays
an important role in many aircraft systems. Recent research has separately examined …

The aircraft of the future will use several new concepts to improve its electrical power supply
system, transforming it into a small smart distribution grid. Among these concepts, power …

There is a clear trend in the aircraft industry to use more electrical systems in propulsion and
electromechanical and electrohydraulic actuators to comply with environmental …

能源危机和环境问题推动了绿色航空的发展, 飞机电气化是绿色航空的主要实现手段,
已经成为航空技术发展的重要方向. 本文介绍了飞机电气化的发展历程, 阐述了电气化飞机电力 …

Since dc distribution minimizes the number of power conversion stages, it lowers the overall
cost, power losses, and weight of a power system. Critical systems use IT grounding …

In some aircraft with traditional distribution electrical systems, the sources, distribution, and
electrical loads are fully coupled. The control surfaces in traditional aircraft are based on …

Replacing traditionally aluminum non-electrically active components of integrated motor
drives (IMD)(eg casings) with lighter-weight carbon fibre reinforced polymer (CFRP) for …

The concept of more electric aircraft leads to increases in the amount of electrical loads, as
well as the power consumed in the aircraft of the future. To utilize the power feeders, more …