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Hybrid Cryogenic-Liquid Cooling Patent Pending

[Category : - MECHANICAL ENGINEERING]
[Viewed 392 times]

Revolutionary cooling system for AI GPU clusters and hyperscale data centers that reduces cooling energy consumption by up to 60% while tripling compute density.rnrnKey Benefitsrn? Immediate acquisition with full ownership transferrn? Complete documentation and transfer assistancern? Verified by OwnIP with authenticity guaranteern? Modular and retrofittable for existing facilitiesrn? Compatible with renewable-powered microgrids for sustainable operationsrn


Financial information

Economic Context for Hybrid Cryogenic-Liquid Cooling + AI System

1. Data Center Energy Burden

Data centers already consume ~3% of global electricity (same as the entire UK).

Cooling is 30–40% of that total.

With AI growth (ChatGPT, GPU farms, LLMs), demand is projected to double by 2030.


Economic pressure: Cooling inefficiency = higher operating costs, higher energy bills, and higher carbon penalties.


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2. Current Market Spending

Global data center cooling market = $15B in 2023 ? expected to hit $60B by 2030.

Microsoft, Google, Amazon spend hundreds of millions annually just on cooling innovation.

For hyperscale facilities, every 1% efficiency gain = tens of millions in annual savings.


Economic signal: There’s a massive willingness to pay for breakthrough cooling tech.


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3. Competitor Context

Liquid immersion cooling: already commercial (Submer, GRC). Shows ~30% energy savings.

Cryogenic cooling: stuck in niche (quantum computing labs). Not applied at hyperscale.

AI optimization: being trialed in HVAC, but not in integrated cryo + immersion systems.


Gap: No one has yet combined cryogenic thermal storage with immersion cooling, controlled by AI. That’s the unique economic edge.


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4. Projected Buyer Impact

Hybrid system offers 40–60% savings vs air/liquid cooling.

For a hyperscale data center (running ~100MW):

Annual cooling cost = ~$30M.

50% savings = $15M/year saved per site.


At global scale (top 100 hyperscale centers):

Savings = $120B annually.



Economic case: $500k acquisition price for IP is a rounding error compared to $15M/year in potential savings for one buyer.


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5. Macro Environment

Governments are tightening energy efficiency and carbon neutrality mandates.

EU Green Deal & US IRA (Inflation Reduction Act) incentivize green data center tech.

Buyers are under pressure to decarbonize, and cooling is one of the biggest levers left.


Policy tailwind: This invention isn’t just cost-saving — it helps buyers hit sustainability KPIs.


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???? Summary for Buyers

Huge market (cooling spend $60B by 2030).

Immediate ROI (tens of millions per site).

Regulatory pressure makes adoption urgent.

First-mover advantage: No one has hybrid cryo + immersion + AI integrated.

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