Fervo Energy has signed a 396-megawatt power purchase agreement with Google for electricity from its Cape Station geothermal project in Utah. The agreement supports continued development of the project, which is expected to begin operations in 2028, and gives Google an option to purchase an additional 600 megawatts.
Key Takeaways
- Fervo Energy and Google signed a 396-megawatt power purchase agreement for Cape Station in Utah.
- Cape Station is expected to come online in 2028.
- Google has an option to purchase approximately another 600 megawatts through June 2030.
- The agreement follows an earlier Fervo-Google geothermal partnership involving Project Red in Nevada.
- Fervo is expanding Cape Station beyond its initial 100-megawatt phase using a standardized development model.
Fervo Energy Signs 396 MW Agreement With Google
The Fervo Energy Google deal covers electricity from Cape Station, Fervo Energy’s geothermal project in Beaver County, Utah. The power purchase agreement calls for Google to receive 396 megawatts of electricity from the project.
Cape Station is being developed by Fervo Energy, a geothermal energy startup focused on using enhanced geothermal systems to generate electricity. The company expects the project to begin operations in 2028.
The agreement also includes an option that could allow Google to purchase approximately another 600 megawatts of power. That option is available through June 2030, giving the technology company an additional path to secure electricity from the project as development progresses.
The contract gives the project a commercial customer for its planned electricity output. It also expands the relationship between Fervo Energy and Google beyond their earlier work on geothermal power in Nevada.
The agreement centers on electricity production rather than a conventional equipment purchase. Fervo Energy is developing the geothermal resource and power-generation infrastructure, while Google is contracting for electricity generated by the project.
The structure has similarities to other recent partnerships between established technology companies and deep-tech startups. For example, Proxima Fusion’s Google backing involved Google supporting development of commercial fusion energy technology.
Cape Station Project Advances in Utah
Cape Station is Fervo Energy’s planned geothermal development in Utah. The project is being built in phases, with an initial 100-megawatt phase forming part of the larger development.
Fervo has said the project is designed around a standardized approach to geothermal development. The company is expanding the project beyond its initial phase rather than treating each geothermal installation as a separate development model.
The planned expansion gives Cape Station a larger generating capacity than its initial 100-megawatt phase. The Google agreement covers 396 megawatts, while the additional purchase option could support a further expansion of the contracted capacity.
Fervo’s development work involves enhanced geothermal systems, which use drilling and subsurface engineering techniques to access geothermal heat resources. The approach differs from conventional geothermal projects that depend on naturally occurring underground reservoirs with suitable combinations of heat, fluid and permeability.
Cape Station’s planned operations in 2028 provide a defined timeline for the project. The Google agreement establishes a commercial framework ahead of that expected start of generation.
The Utah project also gives Fervo a larger development platform for its geothermal technology. Its initial phase and subsequent expansion are being developed as part of the same Cape Station project.
Other deep-tech startups covered by the site have also focused on moving technically demanding products toward commercial development, including AI chip design startup Tattvam AI and its work on semiconductor design.
Google Secures Geothermal Power for Planned Data Center
Google’s agreement with Fervo Energy is tied to the technology company’s need for electricity for its planned data center operations. The power purchase agreement provides Google with contracted access to electricity generated by the Utah geothermal project.
The 396-megawatt agreement covers a substantial portion of Cape Station’s planned output. Google’s additional option could increase its contracted electricity from the project if the company exercises that provision before the June 2030 deadline.
Geothermal generation provides electricity from heat stored beneath the Earth’s surface. Unlike generation sources that depend directly on sunlight or wind conditions, geothermal facilities can be designed to provide continuous electricity.
The agreement therefore connects Fervo’s technology development with a specific electricity procurement requirement from a large technology company. Google is contracting for power while Fervo develops the generation project that will supply it.
The deal also establishes a longer-term commercial relationship between the two companies. Google previously partnered with Fervo on Project Red, an enhanced geothermal project in Nevada.
The companies’ earlier relationship provided a foundation for the Utah agreement. The new contract shifts the focus to a much larger geothermal development at Cape Station.
The arrangement also differs from a conventional startup financing deal because Google’s commitment is tied directly to the purchase of electricity generated by the project. That gives the agreement a commercial component connected to the project’s eventual operations.
Fervo Expands Cape Station Beyond Initial 100 MW Phase
Fervo Energy is developing Cape Station beyond its initial 100-megawatt phase. The company’s standardized development model is being used to expand the Utah project as additional capacity is planned.
The 396-megawatt Google agreement is larger than Cape Station’s initial 100-megawatt phase. Google’s option for approximately another 600 megawatts provides an additional potential expansion pathway.
The structure of the agreement gives Fervo a defined commercial requirement for a significant portion of the project’s electricity. It also gives Google flexibility to increase its contracted capacity through the additional option.
Fervo’s approach to Cape Station involves developing multiple stages within a larger geothermal project. The company can therefore apply its geothermal technology across a larger planned generation site rather than limiting deployment to an individual demonstration-scale facility.
Photo Credit: Unsplash.com
The project is expected to begin operations in 2028. That timeline places the current agreement within a multi-year development process involving construction and deployment of the infrastructure required to generate and deliver the contracted electricity.
For the startup, the commercial agreement links its geothermal technology to a specific power customer and a defined project. The arrangement also provides a framework for potential additional capacity through the option available to Google.
The development model has a clear parallel with other technology startups building specialized infrastructure around defined commercial needs. Outward Intelligence’s bootstrapped growth, for example, involved a startup developing a specialized AI platform while using revenue and internal operations to expand the business.
Fervo and Google Extend Their Geothermal Partnership
Fervo Energy and Google previously worked together on Project Red, a geothermal project in Nevada. That partnership established an earlier commercial connection between the companies before the Cape Station agreement in Utah.
The new agreement expands the relationship to a project with substantially greater planned capacity. Google has committed to purchase 396 megawatts from Cape Station and can potentially purchase approximately another 600 megawatts.
Fervo Energy’s work with Google illustrates a business structure in which a deep-tech startup develops specialized technology while a large corporate customer commits to purchasing the resulting output.
The arrangement also gives the startup a direct commercial application for its enhanced geothermal technology. Instead of relying solely on technology development, Fervo is building a project around contracted electricity sales.
Cape Station is expected to start operations in 2028. The project will add to Fervo’s geothermal development portfolio and extend its work with Google from Project Red in Nevada to a larger planned facility in Utah.
The agreement’s 396-megawatt commitment and additional purchase option establish the current commercial scope of the partnership. The final capacity supplied to Google could increase if the company exercises its additional option through June 2030.
Frequently Asked Questions
What is the Fervo Energy Google deal?
Fervo Energy signed a 396-megawatt power purchase agreement with Google for electricity from its Cape Station geothermal project in Utah. Google also has an option to purchase approximately another 600 megawatts.
How much power will Google purchase from Fervo Energy?
The agreement covers 396 megawatts of electricity from Cape Station. Google can potentially purchase approximately another 600 megawatts under an option available through June 2030.
Where is Fervo Energy’s Cape Station project located?
Cape Station is located in Beaver County, Utah. Fervo Energy is developing the project as a large-scale geothermal power facility.
When is Cape Station expected to begin operations?
Fervo Energy expects Cape Station to begin operations in 2028. The project is being developed in phases, beginning with an initial 100-megawatt phase.
Can Google purchase additional power from Fervo Energy?
Yes. Google has an option to purchase approximately another 600 megawatts from Cape Station, with the option available through June 2030.
