Abstract
An iron-cored high-temperature superconductor (HTS) inductor has to be cooled for superconducting operation. By design, it can be either warm-cored or cold-cored. A warm cored HTS inductor has only the winding cooled in the cryostat, while a cold-cored one has both the winding and the iron-core cooled in the cryostat. Each design has its own advantages and disadvantages. By analysing the advantages and disadvantages, this paper provides some guidelines for those who are designing a practical HTS inductor for electric power applications.
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