The relentless advance of artificial intelligence demands an unprecedented amount of energy. This reality is sparking a quiet revolution within the traditional energy sector. Big Oil, once solely focused on fossil fuels, is now strategically pivoting. They are turning their gaze towards the insatiable power demands of AI data centers. This shift is not just an opportunity; it is becoming a fundamental redefinition of their business models.
A striking example of this transformation emerged in June. Energy giant Chevron, the fifth-largest U.S. natural gas producer, made headlines. It announced a groundbreaking partnership with Microsoft, a leading hyperscaler in the technology world. This alliance also included Engine No. 1, a private investment firm. Together, they plan a “co-located” data center and power facility in West Texas. This landmark deal signaled a new era for AI Power.
Chevron’s Bold Leap into AI Infrastructure
Chevron’s involvement in the Kilby project extends far beyond merely supplying fuel. The company is taking on a comprehensive role. It will develop the land for the vast infrastructure. It will construct the necessary power plants. Critically, Chevron will provide natural gas directly from its own Permian basin assets. The energy giant is also responsible for sourcing gas turbines and managing overall logistics. This includes the intricate labor arrangements for a project spanning thousands of acres and involving a large workforce.
In essence, Chevron is orchestrating the entire venture. This ranges from site selection to managing the immense power load. Its close collaboration with Engine No. 1 is key. Engine No. 1 specializes in developing and investing in innovative reindustrialization projects. Ultimately, Chevron will sell electricity directly to Microsoft. This arrangement promises stable revenue. It also reduces Chevron’s earnings volatility, which is typically tied to commodity price swings. This deal represents the most significant alliance yet between a major oil company and a major tech firm in the data center space.
Robert Thummel, an expert at Tortoise Capital, an energy and infrastructure investment firm, summarized this paradigm shift. He stated, “We’re in the next industrial revolution, and electricity is going to become the new oil.” This sentiment is widely shared. Nvidia CEO Jensen Huang, in March, described artificial intelligence as a “five-layer cake.” He emphasized energy as the indispensable foundational layer. Without it, the entire structure collapses.
Market Reactions and Broader Implications
The Chevron-Microsoft deal has, predictably, created a split among market observers. One camp expresses skepticism. They question whether providing power for data centers will become a core new business for oil companies. The other perspective is more bullish. They believe this could fundamentally alter the industry playbook. It would cement the tech sector’s reliance on dedicated, gas-fired fossil-fuel infrastructure.
Nevertheless, the partnership clearly highlights Thummel’s assertion. Electricity is poised to become the driving force of the modern digital economy. For investors, this evolving landscape presents complex considerations. For instance, Benchmark Research recently nearly doubled its price target for Hut 8. This was due to its Beacon Point AI data center deal. Such shifts underscore the growing value of infrastructure supporting AI infrastructure.
Historically, oil and gas companies have largely avoided the grid-based utility power business. However, they possess decades of valuable experience. This includes on-site generation for refineries. They also have expertise in meeting the demands of remote drilling fields. Even towering offshore rigs require substantial on-site power generation. This deep operational knowledge is now being repurposed for the digital age.
Despite this inherent capability, Big Oil has been slow to engage with the rapid data center buildout. Yet, this is changing. Beyond Chevron, Exxon Mobil and Williams Companies, a key midstream pipeline operator, have also entered this burgeoning market. Their current deals are either smaller in scale or have not yet publicly named hyperscale customers.
The Power Pivot: Why Big Oil is Electrified
This pivot towards electrical power is driven by clear economic signals. The U.S. electricity market is experiencing a significant resurgence. After a decade of flat demand, it is now projected to hit new consumption records in both 2026 and 2027. This surge is fueled primarily by AI data centers, cryptocurrency mining, and increasing electrification across various sectors. The Energy Information Administration confirmed these forecasts on July 7.
Electricity has emerged as a leading growth market. In stark contrast, U.S. oil consumption has largely stagnated since its peak in 2005, according to the Department of Energy. Big Oil is simply gravitating towards areas of robust growth. Thummel noted, “They have the balance sheet to build these large, Bring Your Own Power deals.”
The rising tide of AI innovation is impacting companies of all sizes. Innovative startups developing fuel cells, small modular nuclear reactors, and industrial-scale battery storage systems have seen significant, albeit sometimes volatile, investor interest. Among natural gas producers, many are already playing a role. Though they are not yet directly providing power to hyperscalers, they are foundational suppliers.
Both EQT and Expand Energy, the two largest pure-play U.S. natural gas producers, have secured contracts to supply fuel for data centers. Expand Energy itself was formed through a significant $7.4 billion merger between Chesapeake Energy and Southwestern Energy in late 2024. Energy Transfer is expanding its gas pipelines. These extensions will power data centers from West Texas through New Mexico and into Arizona. Natural resource firms like Texas Pacific Land provide crucial land rights and water resources for projects like Kilby. Peers such as LandBridge and WaterBridge are similarly leveraging their vast acreages in Texas for both AI data centers and crypto miners.
The Rise of “Bring Your Own Power” (BYOP)
Early data center projects typically relied on existing utility power grids. However, local and state-level pressures are mounting against hyperscalers. This pressure adds strain and drives up electricity prices across the country’s aging power infrastructure. This has accelerated the adoption of “Bring Your Own Power” (BYOP) deals. BYOP involves on-site power generation. Hyperscalers source their own power. This avoids burdening the shared grids that serve consumers and other businesses.
The Chevron-Microsoft Kilby project is a prime example of a BYOP initiative. Chevron anticipates making a final investment decision by December. Daniel Droog, Chevron’s vice president of power solutions, confirmed that two critical steps remain: finalizing permitting and securing a construction agreement. Both are progressing. Site selection, clearing, and preparation work have already commenced. While Droog declined to confirm specific figures, it’s estimated that Kilby could span 2,000 acres and cost between $8 billion and $10 billion.
Droog confirmed that Chevron ventured into this new power business due to its proven expertise. The company has already built “highly reliable loads for our own facilities” for decades. Project Kilby aims for mid-teen margins on its internal rate of return. However, these attractive returns are still years away, with power delivery expected to begin in 2028. This long-term horizon might explain Chevron stock’s relatively muted reaction. Shares have barely moved since the news broke on June 22 and remain below their 50-day average. Meanwhile, the broader energy market has seen wild fluctuations due to geopolitical events, such as the U.S.-Iran conflict.
Addressing Looming Electricity Shortages
The U.S. electrical load, which measures total power drawn from the grid, grew at an annual rate of 2% from 2020 to 2025. Bank of America researchers predict this rate will double to 4% through 2030. This acceleration is primarily due to increased data-center demand. The firm’s July 8 report warned that the nation could face an electricity shortfall by 2030.
The AI boom has created a significant power bottleneck. Regional grids have struggled to keep pace with the rapidly escalating needs of hyperscalers. Chevron CEO Mike Wirth succinctly put it in March: “You can’t take a big extension cord to the grid and plug in a data center.” Co-location, building an AI data center adjacent to a gas power plant, offers a direct solution. It provides dedicated electricity and bypasses grid delays. A notable bonus is that projects like Kilby offer a much-needed destination for natural gas from the Permian basin. This basin primarily focuses on oil production. Yet, it yields significant amounts of natural gas, mainly methane, as a byproduct. Limited pipeline capacity for the Permian basin has historically forced producers to flare excess gas or store it. This has led to severe regional oversupply, driving the price of Waha Hub natural gas well below $2 per million British thermal units. This compares to the Henry Hub benchmark at $2.94 per MMBtu.
Natural Gas: An Unexpected AI Winner?
In the Permian Basin, natural gas has sometimes been regarded as a waste product, secondary to oil. The opportunity to utilize this natural gas to fuel data centers transforms it into a valuable resource. This perspective underpins Thummel’s conviction that natural gas will emerge as a key winner in the AI era. Chevron and Exxon Mobil, both top-five U.S. natural gas producers, stand to benefit significantly. Microsoft, in turn, can operate “one of the lowest-cost data centers” by harnessing this affordable gas-derived electricity.
Obtaining permits for an off-grid gas plant also takes considerably less time than for a grid-linked transmission facility. For these reasons, analysts anticipate that gas turbines and, increasingly, gas engines will fill the AI power gap. Most of Kilby’s electricity will come from GE Vernova natural gas turbines. Engine No. 1 played a crucial role in securing seven large Vernova gas turbines. These are currently in high global demand and have years-long backlogs. The Kilby project, however, secured these coveted engines through a reservation system, ensuring an accelerated timeline. These constrained turbine supplies have also boosted demand for gas reciprocating engines. These larger versions of gasoline car engines are made by Caterpillar, INNIO, and Rolls-Royce. They can be deployed more quickly, though they are less efficient at converting natural gas into electricity.
Texas Leads the Charge, Risks Remain
Currently, Texas is at the forefront of powering data centers with natural gas. The Environmental Integrity Project’s February report revealed that 32 of 74 planned gas-fired plants for data centers nationwide are slated for Texas. This is far more than in any other state. Chevron’s Droog emphasizes the Permian basin’s “advantaged” supply. This includes both low costs and the immense energy volume needed for data centers. However, Chevron is already looking beyond West Texas. It targets AI growth across the Midwest, Gulf Coast, and Rocky Mountains. The power purchase agreement with Microsoft promises steady cash flow over two decades, a model Chevron aims to replicate.
This strategic shift is not without its risks. Any new business venture carries execution risk. The company also faces cyclical risk; a downturn in oil prices and drilling could diminish the availability of cheap natural gas. Thummel highlights another significant risk: opportunity cost. He poses the question: “Can these BYOP projects compete economically with the other projects that Exxon or Chevron have opportunities to invest in?”
Droog remains undeterred. Chevron sees “long-term durable returns” for the project. He stressed that Kilby has been designed to “compete with the other opportunities within Chevron’s portfolio.” As the digital economy’s energy demands continue to soar, the unlikely alliance between Big Oil and Big Tech is reshaping the investment landscape. For those interested in the broader financial implications, investing in the stock market in 2025 will require a keen eye on these intertwined sectors.