Oracle Trucks Natural Gas to AI Data Centers as Pipeline Delays Expose Power Infrastructure Crisis

Oracle Resorts to Trucked Natural Gas for AI Data Centers

Oracle is trucking compressed natural gas to AI data centers that cannot yet connect to pipelines, paying roughly four times the price of gas at a major hub to keep construction on schedule1

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. The approach sustained operations at a site outside Salt Lake City for more than a year while a pipeline was built, is currently powering early work at an OpenAI campus in Shackelford County, Texas, and is now under consideration at Project Jupiter in New Mexico2

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. Oracle shares fell approximately 5.5% following reports of the company's reliance on this costly workaround3

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The industry calls this a virtual pipeline. Compressed natural gas is drawn from a real pipeline, compressed into trailers, driven for hours, then decompressed to power generators1

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. According to East Daley Analytics, delivered gas runs about four times the price of gas at a major hub once labor, equipment, and the trucks' own fuel are counted2

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. At the Utah facility, Oracle's gas deliveries were handled by Certarus, a unit of Superior Plus Corp, while in Texas, they are provided by VoltaGrid LLC2

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Pipeline Construction Delays Create AI Power Bottleneck

Pipeline construction delays are forcing Oracle to consider trucked natural gas for Project Jupiter, where the New Mexico State Land Office twice refused rights-of-way for Energy Transfer's pipeline1

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. Land Commissioner Stephanie Garcia Richard denied the right-of-way in March and July, citing emissions and water strain3

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. The pipeline has been rerouted across federal land, and its start date slipped to February 1, 20273

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Oracle sent a force majeure notice to Jupiter's developer, a unit of Blue Owl Capital, last month3

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. The notice formally claims that events beyond Oracle's control could stall the 2.45-gigawatt campus3

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. If both sides agree a power-related force majeure event occurred, Oracle could delay rent for three years once payments start, though it would still owe full rent over the lease3

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. About 20 banks provided an $18 billion construction loan that now trades below 90 cents on the dollar3

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Logistical and Energy Challenges at Scale

Powering AI data centers through trucked natural gas faces severe physical limitations. Powering just 100 megawatts of capacity would require each large trailer to supply roughly 40 minutes of electricity, according to Ellie Holbrook, an energy analyst at SemiAnalysis2

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. Scaled to Project Jupiter's full 2.45-gigawatt capacity, that pace implies close to 900 deliveries daily3

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. No trucking network is built for that volume3

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The segment New Mexico refused covered just 0.63 miles of state trust land, yet that strip helped delay fuel for a project valued at up to $165 billion by nearly six months3

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. Trucks can energize the first building, but the campus still needs its pipeline to reach full capacity3

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. The AI buildout was first limited by chips, then by grid connections, and now runs through permit offices3

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Financial Strain from AI Infrastructure Buildout

Oracle's AI infrastructure expansion has strained the company's finances significantly. Capital expenditures reached $28.5 billion in the quarter ended August 31, up from $8.5 billion in the same period a year earlier2

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. The company reported negative free cash flow of $5.4 billion for that quarter and has said it plans to raise approximately $40 billion through a combination of debt and equity in its current fiscal year2

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Oracle's contracted backlog reached $664 billion in the quarter ended August 31, 2026, but that backlog becomes revenue only when AI data centers switch on3

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. Every month of delay widens the gap between spending and payback3

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. Oracle shares are down about 52% over the past year and trade near 16 times forward earnings, despite cloud infrastructure sales jumping 121% last quarter3

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Grid Bottlenecks Plague AI Data Centers Globally

The bottleneck affecting powering AI data centers is the same on both sides of the Atlantic1

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. Nscale's £2 billion Essex site, with Microsoft as anchor tenant, cannot get 90 megawatts in time for a planned 2027 opening, and some British grid waits run close to a decade1

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. Denmark stopped taking applications altogether, with its grid operator Energinet halting all new connection agreements this year, facing a queue of roughly 60 gigawatts against national peak demand of 7 gigawatts1

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A draft Spanish decree would require new data centres above 1 megawatt to meet 80% of demand hourly from renewables or lose their grid connection, giving projects already in permitting six months to comply without compensation1

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. AI cloud demand is outrunning supply, creating pressure to find alternative energy infrastructure solutions3

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. An empty data hall earns nothing, so expensive gas still beats waiting, even as Oracle's free cash flow remains negative3

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