Adaptation of superconducting fault current limiter to high-speed reclosing

Koyama, T.; Yanabu, S.

doi:10.1016/j.physc.2009.05.140

Physica C: Superconductivity

2009

DOI: 10.1016/j.physc.2009.05.140

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Adaptation of superconducting fault current limiter to high-speed reclosing

T. Koyama

S. Yanabu

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2013

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Fast high-temperature superconductor switch for high current applications

Solovyov

2013

Applied Physics Letters

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Reversible operation of a high current superconductor switch based on the quench of high-resistance second generation high temperature superconducting wire is demonstrated. The quench is induced by a burst of an ac field generated by an inductively coupled radio-frequency coil. The switch makes a superconducting-to-normal transition within 5 ms and also has a rapid recovery to the superconducting state. The device has potential applications as an active current limiter or as a storage switch for superconducting magnetic energy storage systems. Operation in a full flux penetration/flow regime can effectively minimize the detrimental effects of the intrinsic conductor non-uniformity.

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Fast high-temperature superconductor switch for high current applications

Solovyov

2013

Applied Physics Letters

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Adaptation of superconducting fault current limiter to high-speed reclosing

Cited by 1 publication

References 5 publications

Fast high-temperature superconductor switch for high current applications

Fast high-temperature superconductor switch for high current applications

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