Artificial Intelligence (AI) is not only transforming technology but also redefining the global energy economy. The most sought-after resource today is no longer oil; rather, it is the electricity needed to train AI models and power massive data centers. In fact, leading tech giants like Microsoft have invested millions of dollars in data infrastructure, surpassing oil and gas behemoths ExxonMobil and Chevron , which together plan to allocate significantly less towards capital investments. In this new landscape, megawatts have become the new black gold.
The Turn of the Oil Service Companies. Petroleum service companies are experiencing a challenging period. The number of land platforms in the United States has plummeted since 2022. According to data from Enverus cited by the Wall Street Journal, various firms—such as Solaris Energy Infrastructure, Liberty Energy, Atlas Energy Solutions, Propetro, and Profrac—are finding an unexpected client in the tech giants.
These companies aim to utilize the experience they gained in fracking to install independent electricity generation units powered by natural gas near data centers. A prominent example is Solaris , which has partnered with XAI to operate 900 megawatts of gas turbines in Memphis dedicated to serving the Colossus 2 supercomputer.
In contrast to major oil companies that focus on supplying their own gas to data centers, these service companies don’t produce fuel. Their goal is to capitalize on their equipment and expertise to transform into off-grid electricity suppliers. This shift allows them to adapt and survive in a weakened market while larger companies attempt to maintain their production levels.
<img alt="Albania has a Minister of AI. Not a person who manages AI, no. An AI that have appointed Virtual Minister " width="375" height="142" src="https://i.blogs.es/871a6c/albania-2/375_142.jpeg"/>Position Yourself Quickly. Electric companies can take up to four years to grant access to the grid; in contrast, modular gas units that these firms install can become operational in under two years. In a sector racing against time to expand capacity, this difference is significant. Additionally, executives like those at Liberty Energy emphasize the price stability their generators offer in comparison to the volatility of electric supplies, as noted by the Wall Street Journal.
Downward Pressure in Oil. The OPEC+ policy further elucidates the shift among American companies. The coalition led by Saudi Arabia and Russia is increasing crude production beyond market demand, leading to price pressures. As explained in Xataka, this strategy seeks to capture market share while indirectly benefiting the United States with lower gasoline prices, thus containing inflation. However, this approach has a side effect: it weakens American fracking, which requires prices between $60 and $65 per barrel to remain profitable, prompting many of these companies to seek new clients, particularly data centers.
Geopolitical volatility adds an extra layer of uncertainty. A recent episode occurred when the Israeli strike in Doha against Hamas leaders stirred the markets, forcing the White House to provide assurances to maintain stability. Although the immediate impact on supply was limited, this episode underscores the current fragile balance in international energy markets. Analyst Javier Blas has argued that we are not experiencing an accelerated transition away from fossil fuels. Instead, we’re witnessing an “ENERGY ADDITION”: while renewables grow, oil and gas continue to hold a significant stake in the energy mix, extending dependence on these sources and reinforcing their crucial role amid the AI energy demands.
Beyond the U.S.. The trend extends well beyond U.S. oil services. Startups like Crusoe Energy have transitioned from mining Bitcoin to powering data centers using natural gas. This shift has positioned the company as a key player in projects backed by OpenAI , SoftBank , and Oracle Stargate , with a collective capacity of 360 megawatts. Additionally, major oil companies like ExxonMobil and Chevron are developing off-grid plants equipped with carbon capture systems, while in Europe, Italian company ENI is promoting “green” AI through its HPC5 supercomputer that supports carbon dioxide storage.
The phenomenon also affects turbine manufacturers, such as Siemens Energy , which has doubled orders due to the data center boom. It’s important to note the geopolitical aspect of this situation: countries like Russia , Iran , and Qatar hold over half of the world’s natural gas reserves. In a world where AI demands a constant and dependable electricity supply, natural gas has established itself as a key strategic asset for both the technology sector and global energy stability.
An Electric Future, But Fossil. Data points indicate rapid growth in energy demand. As detailed in Xataka, gas demand for data centers is expected to soar by 47 gigawatts by 2030. In the United States, electrical consumption from these facilities could triple, growing from 290 terawatt-hours in 2024 to over 700 terawatt-hours by 2030.
The International Energy Agency has predicted scenarios in which oil and gas consumption might not just hit a peak but continue to grow until 2050. Notably, natural gas remains the most reliable source for meeting peak demands.
Not Everything is Opportunities. However, it’s vital to acknowledge that the Wall Street Journal cautions against overly optimistic views. Modular generation projects indeed come with limitations. Some data centers might view these solutions as temporary fixes, ultimately replacing them with renewables or nuclear options. Additionally, while modular turbines can be quickly installed, they are less efficient than large combined-cycle plants, leading to higher fuel and maintenance costs.
Social acceptance is another concern, as evidenced by protests in Memphis regarding air pollution linked to XAI’s turbines. Furthermore, the ease with which this technology can be replicated creates a competitive market characterized by slim margins and little room for sustained advantages.
The New Black Gold. AI has indeed altered the rules of the energy game. Startups, turbine manufacturers, oil giant majors, and fracking suppliers are all converging on one objective: to quench the electrical appetite of data centers. In this evolving landscape, megawatts have become the new black gold. The battle for reliable and abundant energy will shape the future of artificial intelligence and the energy transition itself. The lingering question remains whether this newfound black gold will turn into a long-lasting business or merely a fleeting trend until renewable energy solutions catch up with AI demands.
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