Publications (5)0.55 Total impact
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Article: Probabilistic load flow in AC electrified railways
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ABSTRACT: System analysis within the traction power system is vital to the design and operation of an electrified railway. Loads in traction power systems are often characterised by their mobility, wide range of power variations, regeneration and service dependence. In addition, the feeding systems may take different forms in AC electrified railways. Comprehensive system studies are usually carried out by computer simulation. A number of traction power simulators have been available and they allow calculation of electrical interaction among trains and deterministic solutions of the power network. In the paper, a different approach is presented to enable load-flow analysis on various feeding systems and service demands in AC railways by adopting probabilistic techniques. It is intended to provide a different viewpoint to the load condition. Simulation results are given to verify the probabilistic-load-flow models.IEE Proceedings - Electric Power Applications 08/2005; · 0.55 Impact Factor -
Conference Proceeding: A review of simulation models for railway systems
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ABSTRACT: The objective of this paper is to review the development of a number of approaches to computer simulation models of railway systems. Attention is, in particular, given to models of train movement, power supply systems and traction drives. These models have been successfully used to enable various `what-if' issues to be resolved effectively in a wide range of applications, such as speed profiles, energy consumption, run times etcDevelopments in Mass Transit Systems, 1998. International Conference on (Conf. Publ. No. 453); 05/1998 -
Article: Traction Power System Simulation in Electrical Railways
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Article: Evaluation of Maintenance Schedules on Railway Traction Power Systems
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Article: Traction power systems simulation in electrified railways
