- Is it worth understanding this story, or is it just for financial analysts?
- What really happened on May 13, 2026?
- Why does advanced geothermal beat other renewables for data centers?
- How big is the AI data center energy problem really?
- Who wins and who loses with the rise of advanced geothermal?
- How fast are investments in advanced geothermal growing?
- What changes in practice for an Italian SME using cloud or AI?
- What concrete opportunities exist for Italian supply chain companies?
- What is missing for advanced geothermal to really scale up?
- How to get started concretely: what to do in the next 90 days?
- What are the most common mistakes to avoid on this topic?
- How to tell if your company is handling this scenario well?
- So, is it worth dealing with this now for your company?
- How we see it at SHM
- Frequently Asked Questions
- Fervo Energy debuted on Nasdaq up 35% with a valuation over $10 billion, raising $1.89 billion in its IPO.
- Advanced geothermal (EGS) is the only renewable available 24/7: that's why major cloud operators are looking for it to power AI data centers.
- The electricity consumption of AI data centers grew by 50% in 2025 and will triple by 2030, according to the IEA.
- For Italian SMEs the lesson is practical: choosing a cloud provider and their energy policy has become a strategic variable, not a technical detail.
Updated on October 8, 2026
On May 13, 2026, a Texas startup that drills into the Earth's crust raised nearly $2 billion on the stock market and closed its first day up 35%. Investors weren't buying energy: they were buying the power plug for AI data centers.
Is it worth understanding this story, or is it just for financial analysts?
This matters to anyone who uses cloud services or AI for business. Fervo Energy's IPO signals that data center power has become a real bottleneck, directly impacting costs and the availability of digital services.
Fervo Energy is a Texas-based startup founded in 2017. It operates in the field of enhanced geothermal systems (EGS), meaning systems that extract heat from the Earth's crust even in non-volcanic areas, using techniques borrowed from the oil industry such as directional drilling (directional drilling).
On May 13, 2026, Fervo completed its initial public offering on Nasdaq under the ticker FRVO. According to Morningstar , the company priced 70 million shares at $27 each, raising $1.89 billion. The stock closed its first day at $36.54, up 35% with an overall valuation of over $10 billion.
Why is this relevant to an Italian company? Because behind this number lies a precise industrial thesis: the data centers running AI need stable, continuous, and low-emission energy. Advanced geothermal energy is currently the only renewable capable of providing it.
| Your situation | How it affects you | why |
|---|---|---|
| Uses cloud or AI services (AWS, Azure, Google Cloud) | Yes | Data center energy costs influence cloud service prices in the medium term. |
| You have ESG goals or sustainability reporting | Yes | Your cloud provider's energy source matters for your indirect carbon footprint. |
| Do you work in the energy, drilling, or subsurface engineering sector | Yes | Supply chain opportunities open up with expanding EGS operators in Europe |
| You are an SME without heavy cloud dependency | Partially | The topic is relevant for future supplier choices, not for today |
| You don't use cloud or AI in your company | No, for now | You can watch: the market will move around you anyway |
What really happened on May 13, 2026?
Fervo Energy completed an IPO that was revised upward several times, with institutional investors asking why the company wasn't raising even more capital. This isn't speculative hype: there are signed contracts with real customers.
At the time of the IPO, Fervo had binding contracts — called PPAs, meaning long-term power purchase agreements — for 658 MW with Google, Southern California Edison, NV Energy, and Shell. The contracted value in December 2025 was 7.2 billion dollars, according to CNBC . By September 2026, total contracted capacity reached approximately 1 GW.
These are not just promises: Google already has a multi-year agreement to power its data centers in Nevada. Other customers include utilities and major energy operators, not speculators betting on the future.
| IPO indicator | Data |
|---|---|
| Listing date | May 13, 2026, Nasdaq (FRVO) |
| Offer price | 27 dollars per share |
| Shares placed | 70 million |
| Capital raised | 1.89 billion dollars |
| First-day closing price | 36.54 dollars (+35%) |
| Post-IPO valuation | Over 10 billion dollars |
| PPA contract backlog (Dec. 2025) | 7.2 billion dollars |
| Contracted capacity (Sep. 2026) | ~1 GW |
Why does advanced geothermal beat other renewables for data centers?
Solar and wind only produce energy when the sun shines or the wind blows. A data center cannot afford downtime. Advanced geothermal delivers power 24/7, 365 days a year, with near-zero operating emissions.
The technical problem is simple: a data center is like a hospital, it cannot shut down. Classic renewable sources — solar and wind — have structural intermittency. When clouds cover the panels or the wind drops, backup is needed. Usually, it's natural gas, which negates some of the environmental benefits.
Advanced geothermal energy doesn't have this problem. The heat from the Earth's crust is always available, regardless of the weather. The land footprint is minimal: a few hundred square meters for a well, compared to tens of hectares for an equivalent solar park.
On the economic front, the IEA reports that the levelized cost of advanced geothermal energy is getting close to that of natural gas. Competitiveness is no longer a hypothesis: it is a measurable trajectory.
| Energy source | 24/7 Availability | Operational emissions | Land footprint | Tailored for AI data centers |
|---|---|---|---|---|
| Advanced geothermal (EGS) | Yes | Almost nothing | Minimal | Yes |
| Solar photovoltaic | No, for now | None | High | Only with storage |
| Wind | No, for now | None | Media | Only with storage |
| Natural gas | Yes | High (CO₂) | Media | Yes, but not ESG |
| Nuclear | Yes | Almost nothing | Media | Yes, but long timelines |
How big is the AI data center energy problem really?
AI data center electricity consumption grew by 50% in 2025 and will triple by 2030. The top five cloud operators spent over $400 billion on infrastructure in 2025.
Training a large language model requires amounts of energy comparable to the annual consumption of thousands of homes. That is not an exaggeration: it is the estimate of the IEA in the 2026 report "Key Questions on Energy and AI" .
In 2025, global electricity consumption grew by 3%. That of data centers in general grew by 17%. That of AI-focused data centers grew by 50%. The gap widens every year.
Capex — meaning infrastructure investments — by the top five data center operators (AWS, Google, Meta, Microsoft, Equinix) exceeded $400 billion in 2025 and is projected to jump 75% in 2026, according to the IEA . Whoever supplies stable energy to these operators has a guaranteed market for decades.
To dive deeper into how this scenario turns into opportunities and risks for tech SMEs, check out our analysis on AI data centers, energy consumption, and B2B opportunities .
Who wins and who loses with the rise of advanced geothermal?
The immediate winners are Fervo and its EGS competitors, but also major cloud operators looking for stable energy. Those watching more cautiously are gas utilities and traditional energy companies.
The first obvious winner is Fervo Energy itself. The IPO valued the company at over 10 billion dollars, a figure that a few years ago would have seemed optimistic for a geothermal drilling startup.
EGS competitors too — like Quaise Energy and Eavor Technologies — are benefiting from the halo effect: more visibility, easier private capital raising. The market now has a publicly traded benchmark.
| Category | Position | why |
|---|---|---|
| Fervo Energy and EGS competitors | Direct winners | Valuations are up, easier access to capital |
| Google, Microsoft, AWS, Meta | Indirect winners | Access to clean baseload power for AI data centers |
| Directional drilling suppliers | Indirect winners | Growing demand for specialized equipment and skills |
| Italian subsurface engineering companies | Potential opportunity | Fervo has expressed interest in European sites |
| Natural gas utility | Growing pressure | Geothermal erodes the demand for gas backup in the long run |
| Traditional European utilities | Cautious observers | Fragmented regulatory framework slows down adoption |
Watching from afar are the traditional gas energy producers. Rapid erosion of their market share is unlikely: advanced geothermal energy scales slowly due to drilling times and permits. But the direction is clear. For a comparison with other energy supply strategies for data centers, see also our article on AI data center costs and the rise of gas power plants .
How fast are investments in advanced geothermal growing?
Global investments in next-generation geothermal energy reached $2.2 billion in 2025, an 80% increase compared to 2024. It was just $22 million in 2018.
The growth of investments in advanced geothermal is one of the fastest energy trends of recent years. According to the IEA , in 2025 the sector attracted $2.2 billion, with an 80% year-on-year increase compared to 2024. In 2018 it was just $22 million.
Global installed geothermal capacity reached 17,173 MW at the end of 2025, according to ThinkGeoEnergy . IEA projections indicate growth up to 22 GW by 2030 and about 60 GW by 2050 under the stated policies scenario.
In Europe, there are almost 3,000 data centers, with an estimated electricity consumption of 150 TWh by 2026. Italy hosts about 170 data centers, and between 2023 and 2025, investments of 5 billion euros in 83 new facilities have been announced, according to the Energ-IA research by the I-Com (Institute for Competitiveness) . The demand for stable and clean energy for these facilities is set to grow rapidly in our country as well.
What changes in practice for an Italian SME using cloud or AI?
Choosing a cloud provider is no longer just about price and performance. Its energy policy has become a strategic variable, both for future costs and ESG reporting.
Let's think about three concrete scenarios for typical Italian companies. The numbers are illustrative: they are meant to show the reasoning, they are not real client data.
| Company type | Current situation | Risk/Opportunity | Recommended action |
|---|---|---|---|
| E-commerce with intensive cloud infrastructure | Use AWS or Google Cloud to handle traffic spikes | Cloud costs could rise if energy becomes more expensive for data centers. | Check the supplier's energy policy; evaluate multi-year contracts |
| Professional firm using AI for document analysis | Uses AI models via API (e.g., OpenAI, Anthropic) | Indirect exposure to energy volatility; measurable ESG impact | Ask the provider for the percentage of renewable energy used |
| Manufacturing company with cloud ERP | Cloud infrastructure for production and supply chain management | Operational continuity depends on data center stability | Diversify suppliers; include business continuity clauses in contracts |
The practical lesson is this: AI is not an intangible service. It's physical, consumes real resources, and depends on precise energy choices. Companies that adopt intensive cloud services are indirectly exposed to global energy volatility. This doesn't mean a small manufacturing company in Brescia needs to invest in geothermal energy. It means that the choice of cloud provider — and its energy policy — has become a relevant evaluation criterion.
To understand how energy demand is also reshaping the sourcing strategies of major operators, read our in-depth article on FERC and the grid connection of AI data centers .
What concrete opportunities exist for Italian supply chain companies?
Fervo Energy has expressed interest in sites in Utah, Colorado, and potentially Europe. Concrete supply chain opportunities are opening up for Italian subsurface engineering, drilling, and component manufacturing companies.
Italy has significant geothermal potential, particularly in Tuscany, Lazio, and the islands. The European regulatory framework—specifically the Net-Zero Industry Act—could speed up permits for geothermal plants in the coming years.
- 1 · Drilling and subsurface engineering companies Map EGS skills Check if the directional drilling tech already used in the oil & gas sector can be transferred to advanced geothermal.
- 2 · Industrial component suppliers Identify critical components Pumps, sensors, underground monitoring systems: these are the same ones used in the oil industry, but with different specs.
- 3 · Energy consulting companies Positioning on European permitting Permits for EGS plants in Italy are a headache. Whoever knows the regulatory landscape has a competitive edge.
- 4 · Italian hosting and data center operators Communicate energy choices Transparency on the energy source used has become a selection criterion for customers with ESG goals.
On the communication front, the narrative of energy sustainability is increasingly relevant also towards clients and partners. Those who adopt cloud solutions certified with renewable energy can leverage this in their content strategy. SEO for queries related to sustainability and digital infrastructure is still underserved in Italian: a concrete opportunity for those who want to build organic visibility on emerging topics. Read also how AWS is reshaping the AI chip supply chain for data centers , another piece of the same scenario.
What is missing for advanced geothermal to really scale up?
Investor excitement is justified, but development timelines take years, geological risk cannot be eliminated, and specialized skills are scarce. The 35% first-day pop is a vote of confidence, not a guarantee.
Fervo Energy proved that the technology works and the market exists. But expansion speed depends on factors finance doesn't control.
| Obstacle | Impact | Time horizon |
|---|---|---|
| Drilling and plant development times | High: 3-7 years for an operational plant | Structural |
| Geological risk (not every subsurface is suitable) | High: failed explorations = high fixed costs | Structural |
| Shortage of specialized personnel | Medium: skills borrowed from oil & gas, but not identical | 5-10 years to train new talent |
| Permitting complexity (especially in Europe) | High in Italy and in many EU countries | Depends on regulatory reforms |
| High initial capital costs | Medium: decreasing with scale, but still high | Progressive improvement |
The sector could undergo a rapid consolidation phase in the next 12-18 months, with acquisitions by traditional utilities or infrastructure funds. Other EGS operators are likely to follow the path of an IPO or significant funding rounds, boosted by the Fervo effect. For those who want to understand how big infrastructure bets translate into investment strategies, also read our article on Coatue and AI data centers as a strategic asset .
How to get started concretely: what to do in the next 90 days?
There's no need to invest in geothermal. What's needed is updating the criteria for evaluating cloud providers and your own communication on energy sustainability.
- 1 · IT or procurement manager Cloud supplier audit Ask your cloud provider for the percentage of renewable energy used in the data centers that serve your company. Many operators publish annual sustainability reports with this data.
- 2 · Marketing or communications manager Map content opportunities Identify SEO queries related to digital sustainability and energy infrastructure that are still underrepresented in Italian. Creating content on these topics positions the company as a conscious player.
- 3 · Management or founder Include energy policy in vendor selection criteria Update the cloud vendor selection process by including the energy source as an explicit criterion, especially if the company has ESG goals or clients who require them.
- 4 · Purchasing or procurement office Evaluate multi-year contracts with cloud providers Energy volatility could lead to price hikes. Multi-year contracts with fixed prices offer protection in the medium term.
- 5 · Energy or industrial supply chain companies Explore EGS supply chain opportunities Map internal skills that can be transferred to advanced geothermal and keep an eye on EU calls related to the Net-Zero Industry Act.
What are the most common mistakes to avoid on this topic?
The main risk is treating the energy issue of data centers as a problem only for major tech operators, ignoring the indirect implications for those who use cloud services in business.
- Ignore the AI infrastructure supply chain. Many companies focus on the application (which model to use, which platform) without considering that AI depends on precise energy choices. Global energy volatility is a real risk variable.
- Treating cloud provider sustainability as a mere detail. The indirect carbon footprint linked to the use of cloud services is increasingly monitored in ESG reports. Ignoring it today can create reporting problems tomorrow.
- Overestimating the speed of geothermal adoption. The +35% of the IPO doesn't mean advanced geothermal will replace other sources in a few years. Development times are long and geological risk is real.
- Miss out on the communication opportunity. The narrative of energy sustainability is still underrepresented in Italian. Whoever occupies it now builds a competitive advantage that is hard to replicate.
- Confusing financial hype with industrial certainty. The market has voted with confidence on Fervo Energy. But confidence does not eliminate geological, regulatory, and operational risks.
How to tell if your company is handling this scenario well?
Three practical indicators: do you know your cloud provider's energy source, have you included energy sustainability in your vendor selection criteria, are you creating content on these topics?
| Indicator | How to measure it | Positive signal |
|---|---|---|
| Knowledge of the cloud provider's energy source | Read the supplier's sustainability report | Renewable energy percentage >50% and growing |
| Presence of energy policy in vendor selection criteria | Check the internal vendor selection process | The criterion is explicit and documented |
| SEO visibility on digital sustainability queries | Monitor rankings for target Italian queries | At least one query in the top 10 within 6 months |
| Contractual exposure to energy volatility | Check the cloud contract structure | Multi-year contracts with fixed prices or caps |
| Mapping of EGS supply chain opportunities | Internal analysis of transferable skills | At least one core competency area identified as relevant |
So, is it worth dealing with this now for your company?
It is worth it if you use intensive cloud services, you have ESG goals, you operate in the energy or industrial supply chain, or you want to build visibility on digital sustainability topics that are still rarely covered in Italian.
A middle ground you are an SME with moderate cloud use and no immediate ESG obligations: the topic is relevant for future choices, but does not require urgent actions. Start with the cloud provider audit.
Not yet if you don't use cloud or AI in your company and you don't have clients or investors with ESG requirements. You can watch how the market evolves without taking immediate action.
How we see it at SHM
For us, AI should be integrated to free companies from routine and give them back time — but this is only possible if the infrastructure supporting it is solid and transparent. The Fervo Energy IPO reminds us that every digital tool has a physical root: it consumes energy, takes up space, and depends on precise industrial choices.
We work daily with Italian SMEs that are integrating AI tools into their processes. The conversation often stops at the application level: which model to use, which platform, which budget. Rarely is the infrastructural chain that makes all this possible considered. This scenario changes that conversation.
If you want to understand how to integrate AI into your company strategically — by choosing the right providers and communicating your choices effectively — you can explore our service of strategic AI integration or our approach to SEO for AI , which also includes visibility on emerging topics such as digital sustainability. For those who want to create content on these topics, our service of editorial plan can help you dominate still-free queries. You can also explore all the insights in the cluster Project management and technology .
Frequently Asked Questions
Enhanced Geothermal Systems (EGS) extracts heat from the Earth's crust even in non-volcanic areas, using directional drilling techniques borrowed from the oil industry. It produces energy 24/7, 365 days a year, with no significant operational emissions. For AI data centers, which cannot afford downtime, it's the most suitable renewable source.
Fervo Energy raised $1.89 billion in its May 13, 2026 IPO on the Nasdaq, selling 70 million shares at $27 each. The stock closed its first day at $36.54 (+35%), valuing the company at over $10 billion. At the time of the IPO, the company had binding contracts for 658 MW with Google, Southern California Edison, NV Energy, and Shell.
Choosing a cloud provider is no longer just a matter of price and performance. The provider's energy policy has become relevant for two reasons: global energy volatility can affect cloud service costs in the medium term, and the indirect carbon footprint associated with using cloud services is increasingly monitored in ESG reports. Verifying your cloud provider's energy source is the first concrete step.
By 2025, the electricity consumption of AI-focused data centers has grown by 50%, compared to 17% for data centers in general and 3% for global electricity demand, according to the IEA. IEA projections indicate that total data center consumption will reach 950 TWh in 2030 (up from 485 TWh in 2025), with the AI segment alone tripling in the same period.
Yes. Fervo Energy has expressed interest in sites in Europe, and the European Net-Zero Industry Act could speed up permits for geothermal plants in Italy. Italian companies with expertise in directional drilling, industrial components (pumps, sensors, monitoring systems), or energy consulting have transferable skills to the EGS supply chain. The first step is to map internal skills and monitor European calls for proposals.
No, at least not quickly. The development time for an advanced geothermal plant is measured in years, geological risk cannot be eliminated, and specialized skills are scarce. Advanced geothermal will complement other renewable sources as a solution for baseload (continuous) energy, it will not replace them. Fervo's +35% IPO is a vote of confidence in the direction, not a guarantee of linear growth.
Energy is not a background cost for AI: it's its most critical infrastructure, and whoever controls it decides who gets to grow.
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