This paper presents a study of the AC 2 x 25 kV–50-Hz system for the train power supply, giving a valid instrument for better design of the future railway lines. In fact, different constructive solutions, such as the autotransformer short-circuit voltage, can influence the correct working of the system. The analysis of the real currents distribution between the 2 x 25-kV system branches is presented, overcoming the circuital simplifications adopted in the traditional studies that have now been documented in the literature. The study is validated through simulation and in-field measurements
A 2 x 25 kV-50 Hz traction power system was analyzed. The system was modelled in the time domain and...
International audienceIn this paper, a modelling method of a 25 kV-50 Hz railway line, in a frequenc...
The investigation is concerned with the system of AC traction power supply loaded with thyristor-dri...
This paper presents a study of the AC 2 x 25 kV–50-Hz system for the train power supply, giving a va...
The most common system for railway high-speed lines electric supply and the somehow de-facto standar...
An electric traction system supplied at 2 7 25 kV with autotransformers is considered. The conducto...
This paper presents a detailed model of the AC 2x25 kV High Speed/High Capacity (HS/HC) railway line...
An electric traction system supplied at 2 7 25 kV with autotransformers (ATs) is considered. The co...
This work is the analysis of power supply for railway lines with voltage 25 kV AC. The single-phase ...
The High Speed/High Capacity railway lines uses the 2×25 kV - 50Hz power supply system that is suppl...
This paper proposes a frequency analysis of the High-Speed Railway System. The analysis focuses on t...
The 2 × 25 kV power supply system is the most frequently used traction rail system to provide ...
In the paper, a detailed model for short circuit analysis of the AC 2times25 kV-50 Hz traction syste...
A 2 x 25 kV-50 Hz traction power system was analyzed. The system was modelled in the time domain and...
International audienceIn this paper, a modelling method of a 25 kV-50 Hz railway line, in a frequenc...
The investigation is concerned with the system of AC traction power supply loaded with thyristor-dri...
This paper presents a study of the AC 2 x 25 kV–50-Hz system for the train power supply, giving a va...
The most common system for railway high-speed lines electric supply and the somehow de-facto standar...
An electric traction system supplied at 2 7 25 kV with autotransformers is considered. The conducto...
This paper presents a detailed model of the AC 2x25 kV High Speed/High Capacity (HS/HC) railway line...
An electric traction system supplied at 2 7 25 kV with autotransformers (ATs) is considered. The co...
This work is the analysis of power supply for railway lines with voltage 25 kV AC. The single-phase ...
The High Speed/High Capacity railway lines uses the 2×25 kV - 50Hz power supply system that is suppl...
This paper proposes a frequency analysis of the High-Speed Railway System. The analysis focuses on t...
The 2 × 25 kV power supply system is the most frequently used traction rail system to provide ...
In the paper, a detailed model for short circuit analysis of the AC 2times25 kV-50 Hz traction syste...
A 2 x 25 kV-50 Hz traction power system was analyzed. The system was modelled in the time domain and...
International audienceIn this paper, a modelling method of a 25 kV-50 Hz railway line, in a frequenc...
The investigation is concerned with the system of AC traction power supply loaded with thyristor-dri...