Texas oil and gas producers are co locating gas turbines directly with AI data centers to sell power on site and bypass the state's grid operator ERCOT's three year interconnection backlog, with Diamondback publicly weighing similar deals.
Texas grid operator ERCOT's April 2026 preliminary forecast projects state electricity demand will approach 368 gigawatts by 2032, driven almost entirely by AI and data center load. RTO Insider frames that as a 430% increase over current levels, and NBC DFW reports the regulator tied the surge to large-load customers building campuses across the Permian and North Texas. The grid's interconnection queue now runs three-plus years. The largest energy companies are not waiting.
The mechanism is called behind-the-meter generation. Instead of buying power from the grid and waiting for ERCOT to approve an interconnection study, a hyperscaler contracts directly with an energy producer to site gas turbines on or adjacent to the data center campus. The power flows directly to the servers. The public grid, and its three-year-plus queue, is bypassed entirely.
Chevron executed the first high-profile version of this structure in Q2 2026. The company's press release describes a 20-year power agreement with Microsoft for a West Texas data center. A 20-year term means a hyperscaler has decided the capacity is worth locking in fuel-supply and power-purchase terms for two decades rather than continue waiting on the public grid.
NextEra is running a parallel play with ExxonMobil. A December 2025 CNBC report describes the two companies developing a gigawatt-scale data center for an unnamed hyperscaler. The arrangement combines NextEra's renewable and gas generation portfolio with ExxonMobil's fuel supply and Permian siting. The hyperscaler has not been named publicly, suggesting the deal is large enough that the customer prefers not to commit to public capacity numbers before construction begins.
Diamondback Energy is the third leg. Data Center Dynamics reports the Permian-focused producer is publicly eyeing data center partnerships, framed by the company as exploratory rather than signed. Diamondback's specific interest is associated gas, the methane byproduct of oil production that would otherwise be flared when pipeline takeaway is constrained. Behind-the-meter generation gives the producer a captive, long-dated off-taker for that gas, and a revenue stream that does not depend on either oil prices or pipeline buildout.
An oilprice.com roundup frames the pattern as a stock-picking story, naming Chevron, ExxonMobil, and Diamondback among five energy names riding the Texas data center boom. The framing is incomplete. The mechanism works because two structural problems meet: ERCOT cannot connect new large loads faster than the planning horizon of a data center campus, and Permian producers have stranded gas that loses money every day it is flared. The deal is not a stock theme. It is an arbitrage between two infrastructure gaps.
The national context reinforces the urgency. The same oilprice.com piece cites a roughly $500 billion projected 2026 investment in U.S. data center capacity. Texas is where the mechanism is most visible today because the grid constraint is most binding and the gas supply is most proximate. Other states with long interconnection queues, including Virginia and Arizona, are likely candidates for the same structure.
The next trigger to watch is ERCOT's final long-term load forecast, expected later in 2026. The April preliminary number was already a 430% revision upward; a further increase in the final figure would tighten the queue pressure and accelerate the behind-the-meter build-out. The other trigger is whether Diamondback's "eyeing" becomes a signed agreement. If it does, the third major Permian producer will have moved from intent to execution, and the pattern will read as a sector strategy rather than a pair of one-off deals.