Oracle’s $165 Billion Data Center Plan Gets a Gas Pipeline Delay

Oracle’s ambitious $165 billion Project Jupiter data center campus in Doña Ana County, New Mexico—near the U.S.-Mexico border—has hit a low-tech but high-stakes snag. The natural gas pipeline critical to powering it will not be ready on the original timeline.

Energy Transfer subsidiary Transwestern Pipeline has delayed the in-service date for its Green Chile Project from August 15, 2026, to February 1, 2027, according to a regulatory filing. This six-month postponement stems from repeated refusals by New Mexico’s State Land Office to approve a pipeline route that crosses a small section of state-owned land. Officials have cited concerns over water use, emissions, and limited benefits to state trust lands.

Project Jupiter, developed with partners including Stack and BorderPlex Digital Assets, is designed as a major AI infrastructure hub, reportedly tied to Oracle’s broader commitments involving OpenAI’s Stargate initiative. It is planned to rely on up to 2.5 gigawatts (or approximately 2.45 GW in some reports) of on-site gas-powered solid oxide fuel cells from Bloom Energy. These operate behind-the-meter, generating electricity without combustion in a way that reduces certain local emissions compared to earlier gas turbine plans, while using minimal ongoing water. The Green Chile Project is engineered to deliver up to 400 million cubic feet per day (MMcf/d) of natural gas—roughly equivalent to 0.4% of total Lower 48 U.S. gas production—to fuel those cells.

Oracle had previously told federal regulators that “time is of the essence,” warning that delays to the pipeline could jeopardize the broader project and raise costs. An Oracle spokesperson has stated that Project Jupiter remains on schedule and that the company continues working with partners. Oracle shares fell around 4% following the news.

Energy Transfer’s Role and the Abilene Precedent

Energy Transfer is already capitalizing on the surging demand for natural gas to power AI data centers. The company began supplying gas this year (2026) to an Oracle data center campus near Abilene, Texas—part of the high-profile Stargate collaboration involving Oracle, OpenAI, and others.

Under multiple long-term agreements, Energy Transfer is set to supply approximately 900 MMcf/d (or around 900,000 Mcf/d) of natural gas to three U.S. data centers for Oracle, two of which are in Texas. The first lateral, connected to Energy Transfer’s North Texas and Hugh Brinson pipeline systems, is already flowing gas to the Abilene campus. Two additional laterals were expected in mid-2026. Supply draws from Energy Transfer’s extensive intrastate network.

The Abilene campus itself spans about 1,100 acres with eight buildings and targets roughly 1.2 GW of total power capacity at full buildout (with earlier phases already online supporting AI workloads for OpenAI via Oracle Cloud Infrastructure). Power comes from a mix of direct ERCOT grid connections (including underutilized regional wind and renewables) and on-site natural gas generation or backup (such as GE Vernova turbines in some configurations), with Energy Transfer providing the firm gas supply for reliability. Full campus completion has been targeted around mid-to-late 2026 in various reports, though expansion beyond 1.2 GW was later scaled back due to power availability timelines.

Beyond Abilene and the New Mexico project, Energy Transfer has signed agreements representing more than 6 billion cubic feet per day of new demand from data centers, utilities, and power plants. This positions the midstream giant as a key beneficiary of the shift toward behind-the-meter and dedicated gas-fired solutions for hyperscale AI facilities that cannot wait years for traditional grid interconnections.

What This Means for Investors

For Energy Transfer (ET) investors, the news is largely positive. The company is securing long-term, fee-based volumes tied to structural growth in AI-driven natural gas demand. Shares rose about 1.4% on the day of the delay announcement, reflecting confidence in its pipeline network and deal flow across Texas and beyond. The Abilene deliveries already demonstrate execution, and the broader >6 Bcf/d of new commitments signal multi-year growth potential in a market where data centers are competing with LNG and traditional power for gas supply.

Oracle (ORCL) investors face more caution. The stock’s drop highlights execution risks in the company’s aggressive pivot toward massive AI infrastructure spending and leasing. Project Jupiter is a cornerstone of that strategy; any timeline slip could pressure capital expenditure recovery, revenue recognition from cloud/AI services, and overall leverage as Oracle funds tens of billions in annual capex partly through debt and equity raises. Broader market sensitivity to power bottlenecks in the AI buildout adds volatility—delays here underscore that physical infrastructure (pipelines, permits, generation) remains a critical constraint even for well-capitalized tech giants. Positive resolution or alternative routing could restore confidence, but prolonged issues risk higher costs and deferred returns.

Overall, sector investors should note the bifurcation: midstream and power infrastructure plays stand to gain from the energy intensity of AI, while pure-play tech valuations may be tempered by real-world permitting and supply-chain frictions.

What This Means for Consumers

Consumers and ratepayers see a mixed picture. On the positive side, Oracle’s behind-the-meter approach (paying for its own generation and fuel) is designed to avoid shifting data center power costs onto local utility ratepayers—a common concern with large grid-connected loads. In Abilene and planned for New Mexico, this model aims to protect residential and small-business electricity rates while the company funds infrastructure.

However, the New Mexico delay illustrates broader challenges. Rapid AI data center growth is driving intense demand for natural gas and power, which can tighten regional markets, influence wholesale prices, and intensify debates over emissions, water use, and land. Local communities near these projects may experience construction impacts, traffic, or environmental scrutiny even if direct rate effects are minimized. If similar permitting bottlenecks proliferate, it could slow AI capacity additions, potentially affecting the pace of technological progress and related economic benefits (jobs, tax revenue). Conversely, successful behind-the-meter solutions may accelerate reliable power deployment without overloading existing grids.

In the longer term, the scale of demand—hundreds of MMcf/d per major site—reinforces natural gas’s role as a bridge fuel for AI reliability alongside renewables. Consumers benefit from the innovation and economic activity these centers enable, but must weigh local quality-of-life and environmental trade-offs that regulators and developers continue to navigate.

The Green Chile delay is a reminder that the AI energy boom depends as much on pipelines and permits as on chips and code. Energy Transfer’s progress in Texas shows the upside when infrastructure aligns; Oracle’s New Mexico challenge shows the friction when it does not. Both will shape how quickly—and how cleanly—the next wave of computing power comes online.

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