Meta has signed a deal with Sage Geosystems, a geothermal energy startup, to develop new power plants that could significantly expand the adoption of this renewable energy source in the United States.
Announced at the US Department of Energy’s geothermal workshop, the collaboration will use Sage’s proprietary Geopressured Geothermal System (GGS) technology. The approach promises to make geothermal energy viable in previously impractical regions, potentially revolutionising the clean energy sector.
Sage’s GGS technology marks a significant advancement in geothermal energy production. Unlike traditional hydrothermal formations, which are geographically limited, the hot, dry rock resources Sage’s technology can tap into are vastly more abundant. This makes the GGS approach highly scalable, with the potential for rapid expansion across the US and globally.
Advanced geothermal energy is primarily used in Nevada, Utah, and California. The Meta-Sage partnership could facilitate wider adoption of this clean energy source, contributing to enhanced grid stability and a more diverse renewable energy mix.
“At Meta, we understand the need for reliable, affordable and carbon-free power, and we’re committed to pioneering clean energy initiatives to support our work,” a Meta statement reads. “We’re excited to partner with Sage on a first-of-its-kind project exploring the use of new, advanced geothermal energy in parts of the country where it has not been possible before.”
The project’s first phase is to come online and begin operations in 2027. Meta plans to deliver up to 150 MW of new geothermal baseload power to support its data centre growth through this partnership. The collaboration aligns with Meta’s broader sustainability goals.
To date, the tech giant has contracted more than 12,000 MW in renewable energy projects, positioning itself as one of the largest corporate buyers of renewable energy globally. The collaboration between Meta and Sage Geosystems marks a significant step forward in commercialising innovative geothermal technology.
If successful, it might serve as a model for other large organisations wishing to decrease their carbon footprint while promoting the development of sustainable energy technology.
The upside is that the project also aligns with the US Department of Energy’s efforts to accelerate geothermal energy development. By demonstrating the viability of advanced geothermal systems in new geographic areas, the Meta-Sage collaboration could help unlock the vast potential of this often-overlooked renewable energy source.
After all, data centres are increasing worldwide to meet the growing demands of our digital needs. Therefore, finding sustainable ways to power these energy-intensive facilities becomes increasingly crucial.
But it is also important to note that while geothermal energy offers many advantages – including its status as a baseload power source that can provide consistent energy output regardless of weather conditions – it also comes with challenges. These can include high upfront costs, geological risks, and potential environmental impacts that must be carefully managed.
As this project progresses, observing how Meta and Sage navigate these challenges and what lessons can be drawn for future geothermal energy projects will be interesting. The success of this venture could have far-reaching implications for the renewable energy landscape in the US and beyond.
