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2003•Unpublished venueRequires access

Application study of SMES to power conditioning in high-speed railways

Y. Tsuching, Koji Kubo, J. Baba, K. Shutoh, E. Masada

Open publisher page 5 citations

Abstract

Power conditioning in the feeder lines of high-speed railways is studied for the application of SMES, regarding peak-cut and phase-balance at the point of common connection to the supply network. In order to reduce converter costs, SMES is supposed to be connected to the single-phase power feeder to trains. The simulation studies show that conditioning can be realized successfully against train operation with a connection scheme of SMES to between windings of the Scott-transformer respectively.

About this research paper

What this paper is about

Power conditioning in the feeder lines of high-speed railways is studied for the application of SMES, regarding peak-cut and phase-balance at the point of common connection to the supply network. In order to reduce converter costs, SMES is supposed to be connected to the single-phase power feeder to trains. The simulation studies show that conditioning can be realized successfully against train operation with a connection scheme of SMES to between windings of the Scott-transformer respectively.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Power conditioning in the feeder lines of high-speed railways is studied for the application of SMES, regarding peak-cut and phase-balance at the point of common connection to the supply network. In order to reduce converter costs, SMES is supposed to be connected to the single-phase power feeder to trains. The simulation studies show that conditioning can be realized successfully against train operation with a connection scheme of SMES to between windings of the Scott-transformer respectively.

Key concepts: Train, Transformer, Electromagnetic coil, Electrical engineering, Conditioning, Automotive engineering, Power (physics), Single phase

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