Aviation electrification has been in the spotlight over the last decade, expected to lead to a
more sustainable future. As the power demand and the voltage level of onboard electric …

This paper deals with the overview of reliability statistical data of the main components of
modern traction electric drives. The general focus is set on data acquisition, their statistical …

Fault-tolerant systems play an important role in aircraft safety design. In this article, several
three-level fault-tolerant inverter topologies are quantitative analysed in terms of their …

The ongoing electrification of road and air traffic leads to an increase of component
requirements within the electric vehicle's drive train. Especially the requirements on …

This paper deals with the design and numerical simulation of a multilevel inverter used for
EV charging. A mobile charging station (MCS) is our application. The MCS is to be analyzed …

The paper describes an approach and a methodology of quantitative reliability assessment
of fault tolerant propulsion systems for an electrical helicopter. As a comprehensive …

This paper describes the fault tolerance comparative analysis of a battery electric energy
storage consisting of multiple battery submodules and fuel cell electric energy source for the …

Progress in efficiency improvement has been main a matter in grid tie inverters. The
employment of multilevel inverters in energy conversion promises a better power quality and …

This paper presents a design approach for a multiphase electrical machine with surface
mounted permanent magnets. The number of phases is chosen to be nine, which ensures to …

This paper describes the reliability indices analysis of a battery electric energy storage
consisting of multiple battery submodules for an electrical search and rescue helicopter. The …