SpaceX Plans $24B Starbase Gas Plant for 748 MW AI Farm

SpaceX filed a public notice with the city of Starbase on November 6 for a $24 billion gas-fired power plant and supercomputing facility on 444 acres east of Brownsville, Texas. Thirty-five gas turbines would generate an initial 748 megawatts, according to Bloomberg, which first reported on the filing on November 9. The city of Starbase will vote on a tax abatement and economic development agreement at a December 9 city commission meeting. That number, $24 billion, is roughly equivalent to the entire annual capital expenditure of a mid-tier hyperscaler. SpaceX is spending it on power and servers in a single project.

The $24 Billion Filing That Hit Starbase City Hall on November 6

The public notice, filed November 6, 2026, says SpaceX "proposes to construct, own, and operate" both a natural gas-fired power plant and a supercomputing facility, according to Crypto Briefing, which quoted directly from the city filing. The initial capital cost is estimated at approximately $24 billion, though the notice states the work may proceed in multiple phases and explicitly anticipates future expansions. The site covers about 444 acres near the Port of Brownsville, the same maritime corridor where SpaceX already launches Starship test vehicles and processes hardware for orbital missions.

The power source is 35 gas turbines producing an initial 748 MW. At roughly 21 MW per turbine on average, each unit is comparable to a small industrial peaking plant. That total capacity dwarfs most single-campus AI data centers: Microsoft's planned campus in Wisconsin is sized at approximately 165 MW, and Meta's Cheyenne campus runs at roughly 150 MW. SpaceX's first phase would generate more power than those two combined before a single rack is energized. SpaceX affiliate Lone Star Mineral Development has separately filed plans for the "Starpipe," an 8-mile natural gas pipeline to supply the plant, targeting service by January 2027. The pipeline feeds the AI facility and also supplies SpaceX's liquid methane plant that fuels Starship. That dual-use function is not incidental: it spreads the pipeline's capital and operating cost across two revenue streams, making the energy infrastructure effectively cheaper per unit of output.

The December 9 vote asks the Starbase city commission to approve a property tax abatement and an economic development agreement. The abatement's amount and duration have not been disclosed, according to BigGo Finance. SpaceX is the dominant employer in Starbase, the city incorporated in June 2021 around its own facilities with roughly 300 residents, the majority of whom work for SpaceX. Local political opposition is structurally improbable. The harder fight is at the state level, where the newly elected governor has already signaled conflict.

Why SpaceX Built Its Own Power Plant Instead of Plugging Into ERCOT

The Texas grid, managed by ERCOT, now carries a backlog that industry observers estimate at more than 300 GW of pending interconnection requests from new industrial customers. That figure represents years of accumulated demand from data centers, EV charging networks, and manufacturing expansions. Utilities report that hyperscale data center requests often face five to seven years of wait time before they reach grid service, primarily because new transmission lines must be built and existing substations upgraded. By building its own gas plant with its own dedicated pipeline, SpaceX skips that queue entirely and controls its own energy supply from day one, without regulatory dependency on ERCOT's congested interconnection process.

SpaceX is not the only tech company to try building around the grid. Microsoft struck a deal to restart Three Mile Island's Unit 1 reactor in Pennsylvania, and Meta has contracted for dedicated nuclear capacity in multiple states. But SpaceX's approach differs in one critical way: it is constructing the generation asset itself rather than contracting for existing or future capacity from a utility or plant owner. That means SpaceX will carry both the operating costs and the emissions liability for a fossil-fuel plant, not a buyer's agreement for clean power. The 35-turbine design is also consistent with SpaceX's broader infrastructure philosophy at other sites. At Cape Canaveral, the company's affiliate filed a similar gas pipeline proposal to supply the Starship launch pad. The Starbase announcement suggests SpaceX is now extending that self-sufficient energy model to AI infrastructure at scale.

The timing also reflects wider political sentiment around data centers. In November's midterm elections, voters approved data center restriction measures in 40 of 41 ballot measures across the country, according to BigGo Finance. Communities that once welcomed data centers as job creators are now pushing back on water usage, noise, and strain they place on local grids. SpaceX's decision to generate its own power partially insulates the project from one piece of that backlash: its facility will not compete with local residents for ERCOT grid capacity. What it cannot escape is the carbon argument, which is a larger vulnerability than grid competition.

From Rocket Company to AI Utility: What the xAI Merger Made Possible

SpaceX merged with xAI in February 2026, combining Musk's rocket company with the AI lab he founded in 2023. The merger created a single entity with Starship, Starlink, and Grok under one roof, along with xAI's existing Colossus supercomputer cluster in Memphis, which runs approximately 100,000 Nvidia H100 GPUs. SpaceX reported third-quarter revenue growth of 161% year over year, with AI-related revenue rising to nine times the prior-year level, most of it from renting compute capacity to external customers, including Google and Anthropic, according to BigGo Finance. The arrangement places SpaceX in an unusual structural position: Google and Anthropic are paying SpaceX for the computing power they need to train the models that will eventually compete with Grok.

Before the Texas filing, SpaceX secured a $40 billion GPU financing arrangement with Apollo Global Management to acquire Nvidia hardware. The Starbase gas plant is the complementary energy layer to that GPU stock. Without its own stable and scalable power source, 13 GW of AI compute is a theoretical target. With 748 MW of on-site generation in phase one and a gas pipeline in service by January, SpaceX is building the physical stack needed to convert the Apollo capital into actual training cycles. Job postings for the "Starbase supercomputer" referenced internal documentation describing on-site power generation as a core design requirement, not an afterthought, according to Digitimes.

The 13 GW target deserves context. By comparison, the entire global AI data center capacity dedicated to training frontier models was estimated at roughly 15 to 20 GW as of early 2026, with Microsoft, Google, and Amazon accounting for the majority of that capacity. If SpaceX reaches 13 GW by end of 2027, it becomes comparable in scale to any single hyperscaler's AI infrastructure, without being a hyperscaler in the traditional sense. No stock market investors can buy SpaceX directly. No enterprise customer has a commercial relationship with it beyond compute rental. It is building hyperscale power as a private company, funded by its own cash flows and Apollo's committed capital. The Starbase 748 MW is, as Crypto Briefing reported from the internal planning documents, "only a slice" of that 13 GW goal.

The Bear Case: Gas Turbines, a Hostile Governor, and Two Legal Fronts

The bear case, however, is straightforward: a 748 MW natural gas plant exposes SpaceX to two simultaneous political headwinds that could delay or derail the project before a single turbine is installed. Texas Governor Gina Hinojosa, the Democrat who unseated incumbent Republican Greg Abbott in November's midterms, has already called for a pause on new data center approvals in the state. Whether a facility that generates its own power falls under a statewide pause order depends entirely on how that order is drafted. If Hinojosa writes the executive order broadly enough to cover gas-fired co-generation facilities, SpaceX may find the December 9 tax abatement vote preempted by state action before the city commission can approve it. The question has no current answer, and SpaceX has not publicly addressed it.

Critics argue that the environmental profile adds a second front. A 748 MW natural gas plant running at high utilization for AI compute would generate an estimated 2 to 3 million metric tons of CO2 per year, based on standard combined-cycle gas turbine emission rates, though SpaceX has not disclosed its specific turbine specs. xAI is already under a Clean Air Act lawsuit in Memphis, brought by an NAACP-affiliated coalition, over gas turbines it deployed to power its Colossus supercomputer. A project nearly eight times larger in power capacity invites a comparable or larger federal challenge, and in a political climate where 40 of 41 ballot measures restricting data centers passed, the community opposition playbook is well-established. The risk is that legal challenges tied to the Memphis litigation could set precedents that complicate SpaceX's Starbase permitting before the gas plant breaks ground.

Who Gains and Who Loses When SpaceX Owns Its Own Grid

The clearest immediate winner is SpaceX itself. Owning the power plant removes the single largest constraint on AI compute scaling: grid access. Every competitor building at comparable scale faces years of interconnection delays. SpaceX sidesteps that by becoming its own utility. Texas wins in a narrower sense: the $24 billion capital investment creates construction jobs and long-term economic activity even if the tax abatement reduces the near-term take. The Port of Brownsville and the city of Starbase benefit from anchoring one of the largest AI infrastructure projects at $24 billion on the continent.

The competitive threat to incumbent hyperscalers is more structural. Microsoft Azure, AWS, and Google Cloud currently serve as the neutral infrastructure layer for AI labs that need compute without building their own clusters. SpaceX, at 13 GW with its own power, with existing customer relationships with Google and Anthropic, and with its own AI models through Grok, is building a parallel infrastructure stack that is not neutral. If labs shift compute procurement to SpaceX because the price or reliability is better, the hyperscalers lose one of the fastest-growing revenue lines in cloud computing. That dynamic is worth watching especially as SpaceX's AI-related revenue, already at nine times prior-year levels, continues to grow.

China is also building at speed. A separate facility known as the Galaxy campus in Inner Mongolia is targeting 800 MW of AI compute capacity, with 120 MW already delivered within a year, according to Tom's Hardware. The Galaxy campus is estimated to cost one-fifth of comparable US projects per megawatt of capacity. If that cost differential holds at scale, SpaceX's $24 billion for 748 MW initial capacity, or roughly $32 million per MW at the initial phase cost, may face questions about capital efficiency relative to what China is demonstrating is achievable with centralized state investment.

Key Dates to Watch Between Now and the End of 2027

The December 9 Starbase city commission hearing is the first formal approval gate. If the tax abatement passes, SpaceX gains the financial incentive it needs and can begin ground-breaking. If Governor Hinojosa issues a data center pause order broad enough to capture self-powered facilities before December 9, the city vote could be postponed or its legal authority challenged. The Starpipe pipeline is targeted for service by January 2027, an aggressive timeline for a regulated gas pipeline still in the filing stage, but SpaceX filed the pipeline paperwork in October, suggesting active construction planning. The pipeline's federal and state approval status will be the earliest external signal of whether the broader project is on schedule.

SpaceX's 13 GW compute target by end of 2027 implies that Starbase is one of multiple planned sites. Watch for similar public notices or utility filings in other states, particularly near existing SpaceX facilities. Any expansion of the Apollo GPU deal, or new compute rental agreements with AI labs beyond Google and Anthropic, would signal the external revenue model is working well enough to justify continued infrastructure investment. And SpaceX's quarterly AI revenue figure, now at nine times the prior-year level, is worth tracking every 90 days: if that growth rate holds, SpaceX's AI business alone could eclipse its rocket revenue within two years, shifting the fundamental identity of the company from space to compute. TipRanks noted that the Texas announcement follows a pattern of Musk using SpaceX infrastructure as a platform for compounding bets, with the Starbase supercomputer being the clearest example yet of AI and aerospace converging into a single capital-intensive strategy.

The question underneath all of it: SpaceX is private, moves faster than any public company, and now controls rockets, satellites, AI chips, and its own electric grid. That combination has no precedent in the history of the technology industry. CoinDesk reported that the $24 billion project is worth approximately 17 times SpaceX's Bitcoin holdings, putting the scale of the bet in personal balance-sheet terms. December 9 will tell us whether Starbase's city commission sees that bet as a gift or a liability.

When a company builds both the rockets and the grid, the AI race stops being about who has the best model and starts being about who controls the electrons.

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