Every kilogram of liquid hydrogen arrives at −253 °C carrying zero-carbon energy and industrial-grade cold. HyFlux turns both into clean, dense, fast power for AI data centres.
Data centres are power-bound and heat-bound at once. LH₂ answers both — with a superconducting power train validated in a first-party physics model, not a pitch.
LH₂-fuelled superconducting generation — dispatchable, grid-independent primary power that meets 2030+ commitments. Validated at 98% shaft→DC.
Cold recovery from LH₂ feeds liquid cooling for AI racks before the fuel is burned. Fuel-as-coolant cuts the cryo parasitic ~330×.
Superconducting machines from our aviation programme: ~4× the density, ~75% lighter — more MW per container, per acre, per crane-lift.
50+ GW of new data-centre capacity is landing into a grid that can't keep up. On-site gas turbines win on speed but not on emissions, water, or social licence.
Every serious operator has a hydrogen line in its decarbonisation plan — and hydrogen at scale is a cryogenics problem. Cryogenics is what HyFlux does.
Indicative, cited baselines — see the interactive carbon & water model.
Convert any airframe to LH₂: matched propulsor (direct/geared ducted fan vs open prop at M0.60), ICAO span gate + folding wingtips, ATA-chapter mass provenance, payload–range with climb, boil-off reliquefaction, and the CS-25/CS-23 checklist.
Standalone compliance matrix — per-paragraph status, means of compliance and hash-anchored evidence. H₂/HTS items routed through SC E-19 and the hydrogen-fuel Special Conditions in development.
Live loss-chain Sankey, cryogenic Carnot penalty, and transient dynamics — energy-balance closed.
Integrated system ≈ the cost of the transformers it deletes. Flex campus size, fuel and avoided CAPEX.
Lifecycle footprint vs a gas campus, benchmarked to xAI Memphis.
Aircraft-engine repurposing → native-DC power, with the N+1 module calculator.
Ten GH₂ trainers + aerodrome — Tier-2 missions, fleet DES, CS-23 gates, OpenVSP geometry, live Pareto.
What's proven, assumed, and missing — hash-anchored, honest TRL & gap register.
The complete HyFlux aircraft & energy platform.