Geothermal Generation
Geothermal generation delivering 24/7 baseload clean power with co-generation and tri-generation systems that maximize thermal recovery and efficiency.
24/7 baseload geothermal generation
Integrated heat recovery
Designed for co-generation and tri-generation use cases
Why Geothermal Energy
Geothermal Generation
Reliable power is only part of the equation. What matters is how completely that energy is used. Our geothermal generation systems are designed to deliver 24/7 baseload clean power while capturing thermal energy that would otherwise be wasted.
What We Offer
Why geothermal generation works differently
Geothermal generation does not fluctuate with weather or time of day. It provides steady, predictable output that supports critical infrastructure, industrial operations, and public systems. What makes this approach different is not just generation, but utilization. Heat is not treated as a byproduct. It is treated as an asset.
Always-on by design
Heat is never wasted
Built for long horizons
Generation near demand
Co-Generation
Electricity and usable heat, produced together
Both our Long Duration Energy Storage (LDES) and 24/7 Baseload Generation systems generate a substantial amount of available thermal energy and waste heat. In a co-generation configuration, that heat is recovered and used rather than released.
When generation and thermal utilization are combined, the economics of energy production improve materially. Energy output increases. Fuel displacement improves. Overall efficiency rises.
Key Outcomes
- 24/7 baseload clean power
- Significant generated therms to offset natural gas and electric usage
- Improved total system efficiency through heat recovery
- Eligible for federal geothermal heat production tax credits
Tri-Generation
Electricity, heating, and cooling from the same system
Tri-generation extends the same principle further. In addition to electricity and recovered heat, thermal energy is also used to support cooling demand.
By integrating cooling into the system design, overall utilization increases again. More output is captured. More cost is displaced. Fewer external energy inputs are required.
This configuration is particularly relevant for facilities with continuous cooling needs, where thermal efficiency directly affects operating cost.
Key Outcomes
- 24/7 baseload clean power
- Significant generated therms to offset natural gas and electric usage
- Thermal energy used to power chillers and reduce cooling costs
- Virtually eliminates water usage in data center cooling environments
- Eligible for federal geothermal heat production tax credits
Frequently Asked Questions
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What is geothermal generation?
Geothermal generation produces electricity by using heat stored beneath the earth’s surface. Unlike intermittent sources, it operates continuously, providing stable baseload power.
What does 24/7 baseload power mean?
It means the system produces power continuously, regardless of weather, season, or time of day. Output is steady and predictable, which is critical for infrastructure, industrial operations, and public services.
How is geothermal generation different from other renewables?
Most renewables generate electricity when conditions allow. Geothermal generates electricity all the time. The difference is reliability and planning certainty, not just carbon intensity.
What is co-generation in geothermal systems?
Co-generation captures usable thermal energy and waste heat produced during electricity generation and puts it to work for heating or other thermal needs, instead of releasing it unused.
What is tri-generation?
Tri-generation builds on co-generation by also using thermal energy for cooling. The same geothermal system supports electricity, heating, and cooling from a single energy source.
What types of facilities benefit most from co-gen or tri-gen?
Facilities with consistent, year-round demand see the most benefit. This includes data centers, industrial sites, military bases, campuses, utilities, and large public facilities.
Are there federal incentives available?
Recovered geothermal heat may qualify for federal geothermal heat production tax credits, currently set at $0.01 for every 3,412 BTUs that are recovered and used.
Can geothermal generation be integrated with other systems?
Yes. These systems are designed to integrate with long duration energy storage, existing infrastructure, and phased development plans.
