Geothermal firms face grid bottlenecks and stock volatility despite AI demand
Next-generation geothermal energy is gaining traction as a reliable power source for AI data centers, but commercial scaling is hindered by grid connection delays, high interest rates, and regulatory hurdles. While investment in the sector surged to $2.2 billion in 2025, companies like Fervo Energy have seen significant stock declines due to broader market pullbacks. Legislative efforts, such as the Bipartisan American Affordability and Jobs Act, aim to streamline federal permitting to accelerate deployment, while international bodies push for global cooperation to overcome subsurface and infrastructure barriers.
Key points
- Fervo Energy's stock dropped from its May IPO price of $27 to $8.28, reflecting broader challenges in the clean tech and AI infrastructure sectors.
- Investment in next-generation geothermal reached $2.2 billion in 2025, an 80% increase from the previous year and 100 times higher than 2018 levels.
- The Bipartisan American Affordability and Jobs Act proposes 30-day deadlines for federal permit decisions and a geothermal ombudsman to reduce regulatory delays on public lands.
- Hyperscalers are signing long-term agreements to secure geothermal power, potentially financing early projects to establish operational records for future expansion.
- International collaboration is critical for scaling geothermal globally, with the IEA estimating over $2 trillion in potential investment by 2050.
Background
In October 2026, reports indicated that major tech firms faced up to ten-year delays for new grid connections, prompting strategies like Google's pursuit of 396 MW of geothermal power in Utah to mitigate AI infrastructure bottlenecks.
How outlets are covering it
Politico highlights the financial volatility and market headwinds facing geothermal developers like Fervo Energy, noting that rising interest rates and grid connection waits are pinching the sector. In contrast, WP Intelligence emphasizes the technological readiness and commercial potential, arguing that hyperscalers can help finance early expansion to prove reliability. The Clean Air Task Force focuses on the need for international policy harmonization and global supply chain development to unlock the technology's potential worldwide. Meanwhile, the Niskanen Center stresses the importance of domestic regulatory reform, specifically the BAAJA bill, to streamline permitting on public lands and accelerate deployment in the US.
Why it matters
Geothermal energy offers a stable, carbon-free baseload power source essential for meeting the surging electricity demands of AI data centers. However, without regulatory reforms and international cooperation to address permitting delays and infrastructure gaps, the sector may fail to scale quickly enough to support the energy-intensive growth of artificial intelligence and broader electrification goals.
What to watch
The Bipartisan American Affordability and Jobs Act is expected to move through legislative processes, potentially establishing new permitting standards and a geothermal ombudsman. Additionally, discussions at COP31 in Turkey may lead to new international frameworks for geothermal collaboration, while developers will continue to seek long-term purchase agreements with tech companies to secure financing and operational data.
- Geothermal is heating up. Can the grid keep up? Politico
- Geothermal energy has buyers. Now it has to scale WP Intelligence
- Deeper international partnership must help unlock geothermal globally Clean Air Task Force
- How BAAJA could help geothermal gain ground Niskanen Center
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