There is a growing need for accurate and time efficient modelling of electrical distribution networks within the aerospace industry, for which power electronic converters are an integral part. Simplifying converter models is necessary to improve simulation execution times, however many existing techniques do not necessarily give accurate results for all types of system level studies. This paper describes an alternative modelling approach to these, which provides accurate results and reduced simulation times for studies of electrical fault analyses
This paper presents a modular transient modelling tool which provides model-based support for the de...
International audienceThis paper uses compact models of power electronics converters to represent th...
This article presents a novel approach for black-box modeling of 270 V-to-28 V dc–dc step-down conve...
There is a growing need for accurate and time efficient modelling of electrical distribution network...
In recent years, power electronics have become a key enabling technology within electrical distribut...
In this thesis a modeling and simulation based methodology is proposed to study the general power fl...
This paper presents a suitable scheme for the fault detection and isolation of a high voltage DC el...
The continued electrification of aircraft is required such that ambitious decarbonisation targets ca...
Modelling the whole power system of an airborne system requires very high computational capacity. Th...
International audienceVehicles of the future will store, transport and use large amounts of electric...
Modern aerospace power systems commonly make use of uncontrolled rectifiers to satisfy many power co...
In upcoming and future airplanes, more nonlinear electrical loads and loads behaving nonlinearly wil...
The aim of this paper is to model a typical Aircraft Generator along with its control system and st...
Within aircraft electrical network designs, energy storage systems (ESS) provide a means of decoupli...
The More-Electric Aircraft (MEA) has become a dominant trend for next-generation aircraft. The Elect...
This paper presents a modular transient modelling tool which provides model-based support for the de...
International audienceThis paper uses compact models of power electronics converters to represent th...
This article presents a novel approach for black-box modeling of 270 V-to-28 V dc–dc step-down conve...
There is a growing need for accurate and time efficient modelling of electrical distribution network...
In recent years, power electronics have become a key enabling technology within electrical distribut...
In this thesis a modeling and simulation based methodology is proposed to study the general power fl...
This paper presents a suitable scheme for the fault detection and isolation of a high voltage DC el...
The continued electrification of aircraft is required such that ambitious decarbonisation targets ca...
Modelling the whole power system of an airborne system requires very high computational capacity. Th...
International audienceVehicles of the future will store, transport and use large amounts of electric...
Modern aerospace power systems commonly make use of uncontrolled rectifiers to satisfy many power co...
In upcoming and future airplanes, more nonlinear electrical loads and loads behaving nonlinearly wil...
The aim of this paper is to model a typical Aircraft Generator along with its control system and st...
Within aircraft electrical network designs, energy storage systems (ESS) provide a means of decoupli...
The More-Electric Aircraft (MEA) has become a dominant trend for next-generation aircraft. The Elect...
This paper presents a modular transient modelling tool which provides model-based support for the de...
International audienceThis paper uses compact models of power electronics converters to represent th...
This article presents a novel approach for black-box modeling of 270 V-to-28 V dc–dc step-down conve...