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Maglev-enhanced vertical-axis wind turbines for hydrogen production and storage systems
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DOI：10.1016/j.ijhydene.2026.156914.png)
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Abstract
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• Magnetic levitation cuts conductive heat transfer in LH₂ tanks, lowering total heat load by 65–70%. • Dynamic stabilization reduces wave‑induced motion by over 85%, ensuring stable levitation at sea. • Boil‑off rate drops from 0.20–0.40%/day to 0.05–0.07%/day, giving a 4–8× improvement. • Thermal flux analysis shows >90% reduction of conductive losses due to no mechanical supports • The dynamic–thermal architecture surpasses current LH₂ storage systems in efficiency and stability.
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