The study presented in this paper is a first step of an EMC (Electromagnetic Compatibility) analysis of the behaviour of a railway power substation at high frequency. Before on site intensive experimentation, the approach is performed with a reduced scale model. The mock-up of the substation is powered by a 220 V three-phase voltage supplied by a 15 kV A power transformer, a rectifier and loads. The study consists in designing an equivalent electrical circuit of power transformer in high frequency, available over a large panel of loads. The model of power transformer was deduced from measurements in frequency domain within the range 40 Hz to 30 MHz
This paper deals with modeling and simulation of processes in the distribution network of electric e...
This paper present and discuss two methods that allows defining MTL models that allows to represent ...
The paper analyses three fundamental characteristics (displacement power factor DPF, harmonics and l...
The study presented in this paper is a first step of an EMC (Electromagnetic Compatibility) analysis...
The paper presents the first step uf an EMC (Electromagnetic Cumpatlblllty) analysis uf a railway pu...
L’infrastructure d’alimentation ferroviaire, qui comprend principalement la sous-station d’alimentat...
The High Speed/High Capacity railway lines uses the 2×25kV-50Hz power supply system that is supplied...
The paper outlines experimental work undertaken to investigate interference criteria on high frequen...
This paper proposes a frequency analysis of the High-Speed Railway System. The analysis focuses on t...
This paper presents a detailed model of the AC 2x25 kV High Speed/High Capacity (HS/HC) railway line...
The goal of this research was to design the smallest high voltage substation possible that did not e...
To investigate the harmonic resonance in electric railways, determination of the traction network im...
High-speed EMUs (electric multiple-units) frequently pass through the phase-separation zone during o...
A measurement campaign was carried out at Orte and S.Oreste dc substations along a high-speed trunk ...
This paper presents a practical circuit model of high frequency transformers in power electronic sys...
This paper deals with modeling and simulation of processes in the distribution network of electric e...
This paper present and discuss two methods that allows defining MTL models that allows to represent ...
The paper analyses three fundamental characteristics (displacement power factor DPF, harmonics and l...
The study presented in this paper is a first step of an EMC (Electromagnetic Compatibility) analysis...
The paper presents the first step uf an EMC (Electromagnetic Cumpatlblllty) analysis uf a railway pu...
L’infrastructure d’alimentation ferroviaire, qui comprend principalement la sous-station d’alimentat...
The High Speed/High Capacity railway lines uses the 2×25kV-50Hz power supply system that is supplied...
The paper outlines experimental work undertaken to investigate interference criteria on high frequen...
This paper proposes a frequency analysis of the High-Speed Railway System. The analysis focuses on t...
This paper presents a detailed model of the AC 2x25 kV High Speed/High Capacity (HS/HC) railway line...
The goal of this research was to design the smallest high voltage substation possible that did not e...
To investigate the harmonic resonance in electric railways, determination of the traction network im...
High-speed EMUs (electric multiple-units) frequently pass through the phase-separation zone during o...
A measurement campaign was carried out at Orte and S.Oreste dc substations along a high-speed trunk ...
This paper presents a practical circuit model of high frequency transformers in power electronic sys...
This paper deals with modeling and simulation of processes in the distribution network of electric e...
This paper present and discuss two methods that allows defining MTL models that allows to represent ...
The paper analyses three fundamental characteristics (displacement power factor DPF, harmonics and l...