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NOW SELECTING 2026

We're choosing the first deployment site

The 1 MW platform is designed and ready for its first operating site. We're selecting one host for 2026 — add your facility to the list, or request the brief that funds it

  • Zequor.AI First to join the pilot list

WHAT GETS DEPLOYED

Soltair Power Module — turbine, controls, and waterless condenser for 1 MW data-center cooling

Solar heat and recovered server waste heat are stored, then drive a turbine that powers cooling directly — no water consumed, no grid draw for cooling.

Sunlight in. Cooling out. One integrated level

Collection → thermal storage → the Soltair Power Module (turbine drive, controls, waterless condenser) → continuous data-center cooling.

Turbine, condenser & controls in one compact unit

FIRST-SITE SELECTION OPEN 

    Host the first megawatt

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  • One host slot for 2026 — early access before the platform is widely available

  • Co-development and shared performance data from a live installation

  • Custom terms — cooling-as-a-service or capital purchase

  • A visible water-stewardship and sustainability story for your facility

FOR INVESTORS

       Fund the first operating 1MW

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  • Milestone-gated raise — capital tied to deployment, not open-ended R&D

  • Granted core patent plus an active NASA Glenn materials program

  • ITC- and domestic-content-eligible, U.S.-manufactured platform

  • A scalable, modular unit with a large addressable cooling market

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THE ROUND

The first round funds the first operating 1Megawatt

$5M

DATA CENTER COOLING PLATFORM

FIRST DEPLOYMENT TARGET

TARGET FOR THIS ROUND

Q3 2027

1MW

US

HIGH SOLAR-RESOURCE DEPLOYMENT REGION

Build & commission

Soltair Ultra Materials

Working Capital

Install and commission the first 1MW production unit

Advance the high-temperature panel and NASA Glenn thermal-materials work

Team, supply chain, and the path to the second site

WHY IT'S DE-RISKED

Proven physics, protected, and milestone-gated

GRANTED IP

NASA Glenn collaboration

THERMAL STORAGE

U.S. patent 9,772,127 B2 covers the core turbine-driven cooling architecture, with further filings in progress.

An active statement of work on next-generation thermal materials, drawing on the team's aerospace turbomachinery background.

Thermocline thermal storage is built from common materials — no lithium, no degradation curve, no battery-replacement cycle in year ten

Also working with: energy and climate innovation grant programs, and university & national-lab collaborations

One Host. One First Megawatt  2027

Add your facility to the pilot list, or request the brief for the round that funds it

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