Deploying smarter power and cooling to your data center campus
Improve site efficiency
Generate electricity and low-temperature cooling from existing gas infrastructure to reduce refrigeration load and improve PUE.
Reach operations faster
Deploy modular, behind-the-meter capacity on timelines measured in months.
Build a more resilient stack
Use recovered energy as part of a diversified campus architecture alongside utility supply, engines, turbines, storage, and other distributed resources.
Advised by the industry
Rethinking how data centers design power and cooling systems
Procurement
Sapphire offers direct-purchase and service-based structures so campus owners and project developers can align deployment speed with financial and ownership preferences.
Direct Purchase
Create long-term asset value through capital ownership.
Aftermarket Support
Turnkey maintenance support is available for purchased equipment.
Project Incentives
Incentive availability depends on project structure, location, and use case. The federal clean electricity investment tax credit is available for integrated power and cooling systems.
- Clean electricity investment tax credit
- Bonus depreciation
- RISE PA
Service Offering
Power can be delivered through service-based structures with predictable commercial terms.
Ongoing Operation
Sapphire can support long-term plant operations and technical services.
Development
Sapphire supports siting, project development, installation, and commissioning to bring distributed capacity online with less implementation risk.
Siting
Identify pressure-reduction assets and nearby load opportunities.
Financing
Select the commercial structure and secure project financing.
Permitting
Advance approvals using a no-combustion, sealed-system design.
Installation
Factory-built systems are shipped to site for streamlined deployment.
Operation
Support continues after commissioning through technical service and aftermarket programs.
Building your pressure power plant
How does integrated power and cooling impact site efficiency?
FreeSpin® reduces cooling burden while adding on-site electricity, helping operators improve campus efficiency with one integrated system.
What kinds of data center projects are the best fit?
The strongest fit is for projects facing grid constraints, long delivery timelines, or high cooling demand, especially enterprise, colocation, edge, and smaller-to-mid-sized campuses.
How is FreeSpin® integrated with the cooling system?
The system produces cold fluid during gas expansion, which can be exchanged with the facility’s cooling loop to support heat rejection.
Why is pressure recovery relevant to AI-driven load growth
As new AI campus builds accelerate, developers are assembling hybrid power stacks to close near-term capacity gaps. FreeSpin® adds recovered behind-the-meter power and cooling from processes already occurring on-site, improving efficiency without new fuel demand.
