Speaker
Description
Interest in high-temperature superconducting (HTS) technologies is surging across fusion energy, large electric transport, data centers, and electric utilities due to their unmatched power density. Notably, liquid hydrogen (LH2) platforms simplify HTS integration by utilizing LH2 at 20 K as an effective cryogenic heat sink. However, the advancement of these technologies is heavily constrained by safety concerns and a scarcity of specialized, capital-intensive research facilities.
To accelerate progress, validate early designs, and de-risk prototype propulsion and power systems, collaborative development is essential. The Center for Advanced Power Systems (CAPS) and the FAMU-FSU College of Engineering have addressed this infrastructure gap by establishing advanced testbeds for HTS power distribution, cryogenic electrical insulation, fluid circulation, and AC loss measurement at LH2-relevant temperatures. Recent innovations at CAPS include novel heat exchangers, optimized cryogenic gas mixtures for enhanced heat transfer, and fully integrated cryogenic platforms. This presentation outlines these unique capabilities, highlights successful collaborative milestones, and invites new partnerships to maximize the impact of CAPS's research infrastructure.
| Submitters Country | United States of America |
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