Tuesday, June 23, 2026

The Deliverable Megawatt Wins: Microsoft Locks 20 Years of Pecos Gas

Chevron's 20-year deal to feed Microsoft 2 GW of self-supplied gas at Pecos is the cleanest signal yet that developers are routing around a queue where interconnection studies now run 55 months. The winners tie generation, fuel, land, and a named tenant into one plan; everyone else competes for utility capacity that won't clear in time.

Today's Lead

Microsoft and Chevron turned a four-month exclusive negotiation into a binding 20-year power agreement for Project Kilby, a 2 GW AI campus paired with dedicated gas generation near Pecos. Chevron subsidiary Energy Forge One and Engine No. 1 will build and run the plant, targeting first power in 2028 and 2.67 GW total capacity, with GE Vernova supplying most turbines and Solar Turbines filling in. Final investment decision is expected by end of 2026.

What sets Kilby apart is execution maturity: a firm off-taker, named turbine suppliers, a commercial timeline. Most announced megawatts have none of that. As independent strategist Ihab Osman put it, "the valuable unit is no longer the installed GPU or turbine nameplate. It is the deliverable megawatt that can continuously reach compute."

[1]·[2]

Power

Bring-your-own-generation is now the default play, and Texas is the proving ground.

The queue is the constraint, not the megawatts. Works in Progress traces it cleanly: the median interconnection study ran 20 months in 2005 and stretched to 55 months by 2023, stacking high-margin AI builds behind whoever filed first. So developers are routing around it. JERA committed $3 billion to a dedicated gas plant for an unnamed U.S. operator, Texas alone is planning 40 GW of new gas for on-site datacenter power, and SpaceX deployed 19 gas turbines at Colossus 2 near Memphis rather than wait on the grid. Alphabet paid $4.75 billion for Intersect to lock in generation, and Intersect's Sheldon Kimber called it plainly: the model has shifted to "bring your own generation."

The bet has a tell in its risks. JERA's $3 billion asset hangs on a single tenant, and a genuine global shortage of advanced gas turbines could delay any of these timelines. Developers who can tie generation, fuel, land, and a named customer into one execution plan move first. Those competing for utility capacity in oversaturated grids wait.

[3]·[4]·[5]·[6]

Water

Nvidia's 45°C cooling rewrites the site-selection map for water-stressed Texas.

Nvidia's Rubin architecture runs a closed-loop coolant at 45°C with no fans, cutting facility cooling water from roughly 2.6 million gallons per megawatt per year to near zero, per cooling director Ali Heydari. A 50 MW facility could save over $4 million annually. Jensen Huang validated the Vera Rubin NVL72 at CES as needing no water chillers. The AI Journal frames the broader stakes: a single 10 to 20 MW facility can burn 110 million gallons a year under legacy cooling, and chillers still eat 28 to 30 percent of facility power at industry-average PUE.

University of Chicago's Andrew Chien called the temperature threshold "super important" while cautioning that zero water use stays unrealistic. The capex is the catch, and Nvidia hasn't disclosed pricing or retrofit timelines. Greenfield builds architected for liquid cooling from day one in the Permian Basin or West Texas now have a credible near-zero-water path; late movers retrofit at a premium and face stricter water scrutiny.

[7]·[8]·[9]

Politics

California stalls on price; Texas regulators set the terms of admission.

California shows what friction costs: industrial power runs more than double the national average, a state rule caps most backup generators under 100 MW against 600+ MW hyperscaler needs, and JLL's Andrew Batson says nearly all California-generated demand now flows to Phoenix and Las Vegas. IDCA's Mehdi Paryavi was blunt: "California isn't even on the map today." Meanwhile, per DredgeWire, Texas regulators passed a plan to manage datacenter demand: tighter interconnection timelines, operator contributions to transmission buildout, and mandatory load curtailment during grid stress. That source is thin on docket specifics, so treat the mechanics as directional until ERCOT filings confirm them.

The reframe is reciprocity, not a gift: cheap, reliable power in exchange for contributing to reliability. Operators who front-load transmission studies and pre-secure on-site generation clear the queue faster. The ones who treat those as afterthoughts adapt to rules written without them.

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Sources we cited

10 articles across 10 publishers · 338 reviewed today

[1]Datacenter Knowledge
Chevron Lands 20-Year Microsoft Deal to Power West Texas AI Campus
Jun 23, 2026·Microsoft's West Texas power agreement with Chevron shows how AI developers are securing generation capacity alongside compute. Chevron has…
[2]The Tech Buzz
Microsoft locks in 20-year gas deal with Chevron for AI data centers
Jun 22, 2026·Microsoft just committed to two decades of natural gas power in a deal that's raising eyebrows across the tech industry. The software giant …
[3]Works in Progress
Why American data centers can’t plug in
Jun 22, 2026·One of the most expensive projects in history is under construction in Abilene, Texas. This joint venture, Stargate, is the flagship of a bi…
[4]Construction Review
JERA to build a gas-fired power plant for an energy-hungry data center in the U.S. for $3 billion
Jun 22, 2026·Japan’s largest power generator, JERA is advancing a significant expansion of its U.S. power footprint through a large-scale natural gas-fir…
[5]Data Center Dynamics
SpaceX secures $6.3bn compute capacity deal from AI startup Reflection
Jun 23, 2026·Will give Reflection access to Nvidia GB300s at Colossus 2 data center SpaceX has secured another cloud computing contract for its Colossus…
[6]Propmodo
Power Acquisitions Surge as Data Center Developers Bypass Grid Delays
Jun 22, 2026·Data center investors are acquiring power developers at scale. Alphabet bought clean energy developer Intersect for $4.75 billion. Blackston…
[7]Fortune
Nvidia says its new data center design will fix AI’s water problem
Jun 22, 2026·Among Americans’ many concerns about data centers—from the constant humming sound to high electricity prices—heavy water consumption stands …
[8]NDTV Profit
'100% Liquid Cooling': Nvidia Unveils Tech That Could Nearly Eliminate Data Center Water Use
Jun 23, 2026·Nvidia has unveiled a new generation of AI servers capable of running on coolant hotter than a typical hot tub, a design choice the company …
[9]The AI Journal
Adaptive Phase Cooling: The Future of Waterless AI Data Centers
Jun 22, 2026·Most AI infrastructure conversations focus on raw performance and the user experience that follows from it: how fast tokens come back, how m…
[10]Los Angeles Times
The other anti-data center movement: California’s sky-high electricity prices
Jun 23, 2026·This is read by an automated voice. Please report any issues or inconsistencies here. The nation is awash in data center hate and Californi…

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