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首页> 外文期刊>Journal of Electrical & Electronics Engineering, Australia >Prototype Fault Current Limiter with a High T_c Superconducting Coil
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Prototype Fault Current Limiter with a High T_c Superconducting Coil

机译：具有高T_c超导线圈的原型故障限流器

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摘要

A snail prototype of an electrical distribution line fault current limiter (FCL) has been built based upon the principle of a magnetic core saturable reactor, and tested in a low voltage simulation network. The principle of this limiting method is known, but the new effort is to introduce a high critical temperature (T_c) ceramic (Bi,Pb)_2Sr_2Ca_2Cu_3O_(10+x) Ag clad superconducting wire in this power application. This high temperature superconducting wire has the advantage of operating in liquid nitrogen, rather like a conventional low temperature superconductor which needs liquid helium to operate. The concept of using a high T_c Bi-2223 Ag clad superconducting coil is introduced as well as an explanation of the prototype design and tests. The testing results of the high T_c superconducting coil and electrical measurements of the prototype will produce a base to evaluate the application of high T_c superconductors in this situation.
机译：基于磁芯可饱和电抗器的原理，构建了配电线路故障限流器（FCL）的蜗牛原型，并在低压仿真网络中进行了测试。这种限制方法的原理是已知的，但是新的工作是在此电源应用中引入高临界温度（T_c）陶瓷（Bi，Pb）_2Sr_2Ca_2Cu_3O_（10 + x）Ag包覆超导线。该高温超导线具有在液氮中操作的优点，而不像需要液氦操作的常规低温超导体那样。介绍了使用高T_c Bi-2223 Ag包层超导线圈的概念，并解释了原型设计和测试。高T_c超导线圈的测试结果和原型的电气测量结果将为评估高T_c超导在这种情况下的应用奠定基础。

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