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首页> 外文期刊>Physica, C. Superconductivity and its applications >The research and development of superconducting magnetic energy storage system - Parameter survey for high temperature superconducting 15 kWh SMES
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The research and development of superconducting magnetic energy storage system - Parameter survey for high temperature superconducting 15 kWh SMES

机译:超导磁能储能系统的研究与发展-高温超导15 kWh SMES的参数测量。

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摘要

Parameter survey is performed to obtain shape and fundamental specifications for the 15 kWh/100 MW power system stabilizing superconducting magnetic energy storage. Using the scaling law for ideal toroidal coils and J(c)-B characteristics of several high temperature superconductors, three fundamental specifications to minimize amount of the superconductor are obtained. In the results the optimum parameters of Bi are 4.2 K-16 T for Bi2212 (tape) and 20 K-10 T for Bi2212 (tape). And the optimum parameter of Y123 is 2 T under the condition of 77 K. But Y123 is expected to have another optimum parameter in lower temperature. Assuming an actual conductor shape, structural analysis is performed in the typical case of 4.2 K-16 T. In result, the reinforcement member area is obtained. (C) 2001 Published by Elsevier Science B.V. [References: 4]
机译:进行参数调查以获得15 kWh / 100 MW稳定超导磁能存储的电力系统的形状和基本规格。使用理想环形线圈的缩放定律和几种高温超导体的J(c)-B特性,可以获得使超导体数量最小化的三个基本规格。结果表明,Bi的最佳参数对于Bi2212(带)为4.2 K-16 T,对于Bi2212(带)为20 K-10T。 Y123的最佳参数在77 K的条件下为2T。但是Y123有望在较低的温度下具有另一个最佳参数。假定导体的实际形状,在4.2 K-16 T的典型情况下进行结构分析。结果,获得了加固部件的面积。 (C)2001年由Elsevier Science B.V.出版[参考文献:4]

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