Probabilistic load flow techniques have been adopted in AC electrified railways to study the load demand under various train service conditions. This paper highlights the differences in probabilistic load flow analysis between the usual power systems and power supply systems in AC railways; discusses the possible difficulties in problem formulation and presents the link between train movement and the corresponding power demand for load flow calculation
Current harmonics of an urban railway traction system in Hong Kong are investigated by analytic appr...
Abstract – Because of environmental and economical reasons, in Sweden and the rest of Europe, both p...
Abstract – Railway power system planners and operators need a tool for testing their designs or new ...
Probabilistic load flow techniques have been adopted in AC electrified railways to study the load de...
Power load flow analysis is essential for system planning, operation, development and maintenance. I...
System analysis within the traction power system is vital to the design and operation of\ud an elect...
This thesis discusses aspects of the design of the railway electrification system (RES) and in parti...
The simulation of railway systems plays a key role in designing the traction power supply network, m...
Load flow of power distribution system of Tabriz urban railway is analyzed in this paper. Dynamic lo...
Electrical modelling of rail tracks with multiple running trains is complex due to the difficulties ...
Load flow of power distribution system of Tabriz urban railway is analyzed in this paper. Dynamic lo...
Transports via rail are increasing, and major railway infrastructure investments are expected. An im...
This article shows a detailed analysis of the distribution of currents in 2 × 25 kV electric railway...
The latest generation of AC-fed traction drives, employing high-speed switching devices, is able to ...
Because of environmental and economical reasons, in Sweden and the rest of Europe, both personal and...
Current harmonics of an urban railway traction system in Hong Kong are investigated by analytic appr...
Abstract – Because of environmental and economical reasons, in Sweden and the rest of Europe, both p...
Abstract – Railway power system planners and operators need a tool for testing their designs or new ...
Probabilistic load flow techniques have been adopted in AC electrified railways to study the load de...
Power load flow analysis is essential for system planning, operation, development and maintenance. I...
System analysis within the traction power system is vital to the design and operation of\ud an elect...
This thesis discusses aspects of the design of the railway electrification system (RES) and in parti...
The simulation of railway systems plays a key role in designing the traction power supply network, m...
Load flow of power distribution system of Tabriz urban railway is analyzed in this paper. Dynamic lo...
Electrical modelling of rail tracks with multiple running trains is complex due to the difficulties ...
Load flow of power distribution system of Tabriz urban railway is analyzed in this paper. Dynamic lo...
Transports via rail are increasing, and major railway infrastructure investments are expected. An im...
This article shows a detailed analysis of the distribution of currents in 2 × 25 kV electric railway...
The latest generation of AC-fed traction drives, employing high-speed switching devices, is able to ...
Because of environmental and economical reasons, in Sweden and the rest of Europe, both personal and...
Current harmonics of an urban railway traction system in Hong Kong are investigated by analytic appr...
Abstract – Because of environmental and economical reasons, in Sweden and the rest of Europe, both p...
Abstract – Railway power system planners and operators need a tool for testing their designs or new ...