Cooling

  • The Opportunity

Cooling the digital world without consuming the planet's water

Data centers, Al workloads, and industrial systems are straining global cooling capacity. Traditional methods rely heavily on potable water or aquifer withdrawals, risk contamination, and are slow to deploy.

At the same time, cooling is consuming an ever-larger share of electricity, reducing efficiency and increasing costs for operators.

  • Our Breakthrough

Applied FGC Cooling

Solution Energy deploys in shallow wells that transfer waste heat from servers or industrial systems into the earth. Closed-loop circulation ensures no fluid leaves the system and only heat moves. The result is a scalable, zero-water, zero-emission cooling platform that supports the rapid growth of digital infrastructure while protecting groundwater and reducing parasitic cooling loads.

At the core of this breakthrough is our Forced Geothermal Cooling Circuit (FGCC). This novel design takes advantage of advances in additive manufacturing technology and replaces evaporative cooling with subsurface heat rejection, eliminating water consumption while maintaining high thermodynamic efficiency.

Proprietary Downhole Heat Exchanger

Made possible by advances in additive manufacturing technologies and using innovations pioneered in aerospace, it dramatically increases thermal transfer efficiency.

The FGCC system produces economic, efficient cooling infrastructure that can reliably dissipate waste heat from data centers, power generation equipment and other industrial applications.

Data Center Cooling

Provide efficient, low-cost cooling for data centers without using potable water, reducing energy consumption while delivering a sustainable and cost-effective alternative to conventional systems.

Water-Free, Water Safe

Closed loop operations consume no water and leaves zero risk of contaminating potable water supplies

Maximized Computing Power

Lower PUE reduces cooling energy use, freeing more capacity for computing and increasing facility value

Faster Deployment

Environmentally friendly design streamlines permitting, while plug-and-play installation speeds time to market

Superior Heat Management

Efficiently absorbs more waste heat for improved system performance

Sustainable Resource Use

Operates without depleting aquifers, protecting vital natural resources

  • Next Gen Cooling

Solving Cooling's Prior Limitations

High Energy Penalties

Chillers, pumps, and fans draw large parasitic loads, reducing net power available for computing and operations.

Water Use and Availability

A single hyperscale data center can consume millions of gallons per year. Increasing scarcity and new restrictions make water-based cooling unsustainable in many regions.

Geographic Restrictions

Permitting, siting, and infrastructure requirements for traditional cooling systems can take years to navigate, slowing speed-to-market, constraining growth, and leaving operators exposed to escalating demand they cannot meet quickly.

  • Sustainable Future

Lower Energy. Zero Water. Smarter Growth.

By lowering cooling energy demand and eliminating water use, we help operators cut costs, deploy faster, and build responsibly.

Every FGCC-cooled facility frees capacity for computing power – enabling the sustainable growth of digital and industrial infrastructure.