The Story
Episode 1 asked whether AI would wait for the grid or build around it. Episode 2 answers: the workaround is becoming the plan.
The two-week US-Iran ceasefire briefly lowered the temperature in oil markets, but it did not reverse the deeper move. Hyperscalers are still treating power as part of their own infrastructure stack. Chevron is entering data center power directly. ERCOT is rewriting its interconnection process around data center load. Gas turbine OEMs are expanding factories because the demand signal is no longer a one-year spike.
The ceasefire matters because it reveals the difference between volatility and structure. Oil can fall 12% in a day. A hyperscaler power plant near Pecos still takes years. A gas turbine slot still sits near the end of the decade. A large-load queue still forces planners to decide who gets connected, who curtails, and who builds around the public grid.
The story is not that the crisis ended. The story is that even when the crisis pauses, the infrastructure response keeps moving.
What Made It Visible
The Ceasefire
On April 8, the US and Iran agreed to a two-week ceasefire brokered by Pakistan. Iran committed to reopening the Strait of Hormuz; the US and Israel committed to halting strikes. Negotiations are set for Islamabad on April 10, with VP JD Vance, Steve Witkoff, and Jared Kushner leading the US delegation.
The ceasefire came after Trump issued an ultimatum on April 7, threatening to strike Iranian power plants and bridges, then backed down.
Oil markets reacted violently. Brent crude fell 12% in a single day (the biggest drop since 2020), from ~$109 to $94.75. By April 9, it had bounced back to $97.42 as Iran’s parliament accused the US of violating the deal within 24 hours. Israeli attacks on Lebanon continued.
The market’s message is clear: this might help, but it probably won’t hold.
(Al Jazeera, CNBC, Bloomberg, NPR)
Shell’s Warning Came True
In Episode 1, we noted Shell CEO Wael Sawan’s warning that Europe could face fuel shortages by April. It happened.
Italian airports (Bologna, Milan Linate, Treviso, Venice) began rationing jet fuel in the first week of April. Short-haul flights were restricted to 2,000 litres. Airlines started preemptively canceling routes. Jet fuel prices have surged 95% since the conflict started on February 28.
The LNG dimension is worse. Qatar shut down Ras Laffan, the world’s largest liquefaction facility, and issued force majeure notices. Qatar and the UAE together supplied over 20% of global LNG; both are now offline. European gas benchmark TTF spiked to $58.42/MWh from $37 a week earlier. German and French gas storage sits below 25%. The Netherlands is at critically low levels.
Parts of Africa already face supply disruptions. Latin America is weeks away from the same.
Chevron Turned The Workaround Into An Industry
The biggest deal of the week for our story: Microsoft entered an exclusivity agreement with Chevron and Engine No. 1 for a $7 billion natural gas power plant near Pecos, West Texas. Initial capacity of 2,500 MW, expandable to 5,000 MW. Operations could begin as early as 2027.
This is the first time an oil supermajor has committed to building a dedicated power plant for a single tech company. Previous deals involved independent producers (Williams, Bloom, Crusoe) or project developers (KKR/ECP). Chevron is a different category entirely.
The Permian Basin location is strategic: abundant stranded natural gas (pipeline-constrained), cheap fuel, and proximity to ERCOT’s rapidly growing data center load.
Engine No. 1, the activist investor that won Exxon board seats over climate concerns in 2021, is co-developing the project. The same fund that argued oil companies needed a credible energy transition plan is now building gas plants for AI.
At 2,500-5,000 MW, this single project is larger than Google/Crusoe Goodnight (933 MW) and dwarfs Meta El Paso (366 MW).
Behind-the-Meter: The Numbers Keep Growing
New reporting from Cleanview: at least 46 data centers with a combined 56 GW are now using the behind-the-meter approach. That’s up from 48 GW (33% of pipeline) just a week ago. New natural gas facility proposals in the US tripled in 2025 vs. 2024.
If all planned capacity starts operation in 2026, it would exceed the previous record of 100 GW of new gas power added in a single year (set in 2002). Combined tech CapEx on data centers exceeded $320 billion from just five companies, more than double the entire US electric utility industry’s $160 billion investment in 2024.
The ITIF published an analysis arguing that new AI data centers “won’t overwhelm the electricity grid.” Their reasoning: behind-the-meter generation, efficiency improvements, and demand flexibility will absorb the load. This is the policy establishment catching up to what the market already decided.
(TechCrunch, Global Energy Monitor, ITIF)
The Grid Queue Became A Selection Mechanism
Texas is the frontline of the data center power crunch. ERCOT’s large load interconnection queue nearly quadrupled in a single year: 225 new requests, up from a system designed for 40-50.
ERCOT is abandoning individual project evaluation in favor of batch-based transmission studies (“Batch Zero”). Peak demand projections: 87 GW (2025) to 138 GW by 2030, a 59% increase. Data center load alone is surging toward 80 GW by 2030.
New regulatory pressure: Senate Bill 6 (SB-6), effective 2026, requires facilities drawing over 75 MW from the grid to curtail load during emergency events. This is a reliability measure, but it makes behind-the-meter even more attractive (self-generation is exempt from curtailment orders).
Key players in early ERCOT planning conversations: Google, Meta, Amazon, OpenAI, and CenterPoint.
(Latitude Media, Inside Climate News)
Equipment Makers Are Betting On Duration
GE Vernova CEO Scott Strazik projects Q1 2026 gas contracts at 12-24 GW (up from 8 GW in Q1 2025). Anyone ordering a new heavy-duty gas turbine today: no shipments before 2029, commissioning could stretch to 2031. Earnings webcast set for April 22.
Both major Western OEMs announced US manufacturing expansions:
- Siemens Energy: $1 billion US investment in gas turbines and grid solutions
- GE Vernova: $600 million US investment over two years
(Utility Dive, Industrial Info Resources)
OPEC+ Inches Forward
OPEC+ approved 206,000 bbl/day increases for both April and May. Saudi Arabia and Russia each added 62,000. These are the first steps in unwinding 1.65M bbl/day of voluntary cuts from 2023.
The context: 206k bbl/day is negligible against the 4.5-10M bbl/day lost from Hormuz. Gulf producers can raise output but cannot ship through a closed strait. The increases are symbolic, preserving optionality.
(Economy Middle East, Rigzone)
Hydrogen Tech Advances
KIT (Karlsruhe Institute of Technology) broke NASA’s record for a compressorless hydrogen gas turbine: 303 seconds continuous operation, now extended past 5 minutes. The key innovation: eliminating the compressor that consumes ~50% of a conventional turbine’s power output. Lab-scale, but potentially disruptive. Demo at Hannover Messe April 20-24.
Baker Hughes completed its $13.6B acquisition of Chart Industries, creating a vertically integrated hydrogen turbomachinery company.
Conclusions
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The ceasefire creates a paradox for the energy buildout story. If it holds and Hormuz reopens, oil prices crash and the urgency for new power generation softens (though AI demand doesn’t). If it collapses, the crisis deepens and every data point in this episode becomes more extreme. Either way, the structural trend (AI needs gas, gas needs infrastructure) is unchanged.
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Chevron entering data center power is the clearest structural signal yet. When a supermajor builds a dedicated plant for a hyperscaler, the oil-to-tech power pipeline has moved from experiment to industry. This accelerates the pattern we tracked in Episode 1 (Williams, Bloom, Crusoe) to a new scale.
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ERCOT’s queue quadrupling and the SB-6 curtailment rule create a self-reinforcing cycle: grid connection is harder, grid-connected loads face new risks, so more projects go behind-the-meter, which reduces the grid’s ability to manage demand, which makes grid connection even harder.
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Europe’s fuel rationing is the Hormuz crisis becoming tangible. Italian airports limiting jet fuel to 2,000 litres per short-haul flight is the kind of disruption that changes politics. Energy security legislation may gain urgency in both Europe and the US.
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The $1.6B in OEM manufacturing investments (Siemens + GE Vernova, US alone) confirms that the gas turbine boom is not cyclical. You don’t build factories for a one-year demand spike.
What We Are Watching
- Whether the ceasefire holds long enough to reduce the urgency premium or simply resets the clock.
- Whether Chevron’s Pecos structure becomes a template for other supermajors.
- Whether SB-6 pushes more Texas data centers behind the meter.
- Whether turbine and transformer makers keep announcing manufacturing expansions.
- Whether fuel rationing in Europe changes the politics of gas and nuclear.
Field Notes
The source-layer research that backs this episode.
- 010 Behind-the-Meter Gas Generation Acceleration
- 011 Energy Services Stocks Continue Outperformance
- 012 ERCOT Queue Explosion and Batch Planning
- 013 Europe Fuel Crisis Materializes
- 014 Gas Turbine OEM Investment Surge
- 015 Hydrogen Gas Turbine Breakthroughs
- 016 Iran Ceasefire and Hormuz Reopening
- 017 Microsoft-Chevron $7B Texas Gas Plant
- 018 OPEC+ Output Hikes Amid Hormuz Crisis
- 019 SPEED Act Senate Negotiations Reopen