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DATA CENTER COOLING & POWER
Zero-water, 24/7 cooling for AI data centers.
SOLAR TURBINE COOLING
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POWER
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STORAGE
Powered
by the Sun
Nature is watching
Soltair turns solar heat — and the servers' own waste heat — into round-the-clock cooling. No water consumed. No grid draw for cooling.
~$700K/Yr on power avoided per megawatt, every year in California
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NASA Glenn Research Center collaboration
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US patent 9,772,127 B2 — granted
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Founded by Pratt & Whitney engineers
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Made in America · ITC-eligible
THE PROBLEM
AI is colliding with the limits of water and power.
AI COMPOUNDING PROBLEMS
Data-center demand is growing faster than the grid and watersheds can support. Cooling is the pressure point — and today's cooling burns both.
Demand Grows
Power Strains
Heat Increases
Cooling Rises
Water Scarcity
The bottleneck is real:
Soltair breaks
the cascade
of a data center's energy cost goes to cooling alone.
40%
of gallons
Millions
of water per year consumed by a single conventionally cooled facility.
3-7 Years
of grid
interconnection queues standing between operators and new capacity.
THE SOLUTION
One system. Sunlight in, cooling and power out
Soltair's platform captures solar heat, stores it, and uses it to drive cooling around the clock — the same turbine-drives-compressor principle jet engines have relied on for decades. Storage carries it through the night.
Soltair breaks the cascade here
Collect
Heat
1. Soltair Ultra solar thermal panels
2. Data center's own waste heat is recovered
Store
Heat
Thermal storage banks the heat for 24-hour operation.
Convert
Heat
Drives a turbine-compressor directly. No grid electricity for cooling.
Cool
Waterless, air-cooled condensing without a single drop of water powered by the sun.
One Product - Three Modes
1MW Cooling +75KW Power
130 KW Power
Cogeneration 500 KW Cooling and 85 KW Power
THE BUSINESS
Sell to prove. Scale on Cooling-as-a-Service
The entry unit sells at roughly 62% gross margin and runs on the data center's own waste heat. We sell the first units to prove performance, then transition to Cooling-as-a-Service — recurring revenue on 15-year contracts that compounds as the fleet grows.
100% Capex Tax Depreciation Y1, Federal ITC and domestic-content incentives further improve project returns — they accelerate the case.
COOLING
ROOM
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CRAC (Computer Room Air Conditioner)
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CRAH (Computer Room Air Handler)
RACK
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RDHx (Rear Door Heat Exchanger)
CHIP
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Direct - to - Chip
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Immersion
THE MOAT
Protected technology in a market with no dominant US manufacturer
A Timeline of our Intellectual Property Protection
OCTOBER 2017
OCTOBER 2022
FEBRUARY 2025
MARCH 2026
GRANTED PATENT
US 9,772,127 B2 covers the core turbine-driven cooling architecture.
New Filing Submitted
New Filing Submitted
New Filing Submitted
Provisional filing to cover single fluid
Provisional filing to cover heat mode
NASA-licensed aerogel
Advanced insulation developed in collaboration with NASA Glenn Research Center.
TRACTION AND TEAM
Built by the people who build turbomachinery
1 MW data-center cooling platform fully designed; first deployment in development
Active statement of work with NASA Glenn on next-generation thermal materials
Leadership from Pratt & Whitney and Carrier — aerospace turbomachinery and HVAC at scale
US manufacturing strategy: Florida-based production, ITC and domestic-content aligned
Jet engines have used turbines to drive compressors for decades.Soltair applies that proven principle to cooling.
The founding insight, drawn from our team's aerospace careers — not a new physics bet, an engineering application of one of the most validated machines ever built.
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