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Electricity. Scaled Where You Need It.

Breeze delivers powerful, location-flexible systems that generate electricity and ultra-efficient cooling using compressed air. Whether you're serving a rural community, revitalizing idle pipelines, or cooling hyperscale data centers—our systems are modular, efficient, and future-proof.

Powerhood

Resilient Power & Cooling for Communities
 

Powerhood systems provide clean electricity and ultra-cold air to microgrids serving 150–200 homes. Built around a local compressed air backbone, these systems use air turbines to generate electricity and deliver cooling through standard ductwork or radiant coils.
 

  • Ideal for remote or underserved housing clusters

  • Can be installed before homes are built—providing compressed air for pneumatic tools during construction

  • After construction, the same system powers homes and provides cooling

  • Reliable cooling + electricity without solar or diesel

  • Start with gas-powered air compressors and transition to renewables

  • Scalable: Add homes or systems as needed

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CAPS (Compressed Air Pipeline Systems)

Monetizing Idle Pipelines with Energy & Utility Services

 

Overview:CAPS reclaims stranded oil & gas pipelines and turns them into long-distance energy delivery networks. We inject compressed air and deliver value over every mile—powering turbines, EV charging, greenhouses, or even hydrogen production along the route.  The compressed air stays in pipelines until you need it.

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Repurpose existing pipelines—no new permits or easements

On-demand energy nodes: electricity, cooling, EV charging

Enable new industries like hydrogen and agriculture

Low-risk entry into net-zero infrastructure.

 

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Data Center Cooling

Low-Cost Cooling from a Distance


We supply ultra-cold compressed air to data centers—either on-site or remotely via pipelines. Air enters at sub-zero temperatures and is warmed to optimal operating range (typically 22°C) before entering standard ventilation systems

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  • Huge energy savings vs. mechanical chillers

  • Cold air delivery via local or remote pipelines

  • Seamless integration with existing HVAC

  • Ideal for hyperscale or edge facilities

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