SpaceX Plans $24 Billion Gas Power Plant and Data Center Project in Texas

SpaceX is planning a massive $24 billion natural gas-fired power plant and supercomputing facility in Starbase, Texas, as Elon Musk’s aerospace company expands its ambitions in artificial intelligence infrastructure. According to a public hearing notice issued by the city, the project will involve SpaceX constructing, owning and operating both the power-generation facility and the computing complex. The estimated investment covers the initial phases, with construction potentially taking place in multiple stages and allowing for future expansion. The development could become one of the largest private investments in the Rio Grande Valley.

The proposed project also highlights a growing challenge for the artificial intelligence industry: securing enough electricity to operate increasingly powerful computing facilities. By developing its own natural gas power plant, SpaceX could reduce its dependence on Texas’s electricity grid and potentially avoid years of waiting for a large grid connection. The company has also applied for a property tax abatement and a related economic development agreement, which the Starbase City Commission is scheduled to consider on December 9, 2026. However, the project’s power-generation capacity, data centre size and proposed tax incentives have not yet been disclosed in the public hearing notice.

Key Takeaways

• SpaceX is planning a $24 billion gas-fired power plant and supercomputing facility in Starbase, Texas.
• The initial project phases could be developed through multiple stages, with possible future expansions.
• SpaceX intends to construct, own and operate the power plant and computing facility.
• The project is expected to occupy an approximately 444-acre site.
• The Starbase City Commission will consider a property tax abatement and economic development agreement on December 9, 2026.
• The proposed project could help SpaceX avoid lengthy waits for a connection to Texas’s main electricity grid.
• A SpaceX affiliate has separately proposed an eight-mile natural gas pipeline to Starbase.
• The development reflects the growing demand for dedicated electricity supplies for AI data centres.

What Is SpaceX Planning to Build in Texas?

SpaceX is proposing to develop an integrated energy and computing complex in Starbase, the company-linked city near Brownsville in Cameron County, Texas.

The project includes two major components:

1. A natural gas-fired power plant.
2. A large-scale supercomputing facility.

According to the public hearing notice, SpaceX intends to construct, own and operate both facilities.

The estimated capital investment for the initial phases is approximately $24 billion.

The project could be developed in multiple stages, allowing SpaceX to expand the infrastructure as computing requirements increase.

The proposed location covers approximately 444 acres within Starbase city limits, east of Brownsville, between Boca Chica Boulevard and the Port of Brownsville.

The investment is particularly significant for the Rio Grande Valley, where a project of this scale could become one of the region’s largest private developments.

However, the $24 billion figure represents the estimated investment for the initial phases. It should not be interpreted as money already spent or a fully approved construction budget.

Why Does SpaceX Want Its Own Gas Power Plant?

One of the biggest challenges facing large AI data centres is electricity availability.

Modern artificial intelligence systems require enormous computing resources. Training advanced models and operating AI services involves thousands of specialised processors running simultaneously.

These systems consume substantial amounts of electricity and require reliable power around the clock.

For companies building large computing facilities, securing electricity can become as important as obtaining land, chips and networking equipment.

SpaceX’s proposed power plant could address this challenge by giving the company greater control over its electricity supply.

1. Avoiding Delays in Grid Connections

Connecting a large data centre to an electricity grid can involve lengthy approval processes, transmission upgrades and additional infrastructure.

In some regions, power availability has become a major bottleneck for new data centre projects.

By generating electricity on-site, SpaceX could reduce its dependence on the timeline for connecting to Texas’s main grid.

Reuters reported that the project could help the company avoid a potentially years-long wait for a large grid connection.

2. Securing a Dedicated Energy Supply

AI computing facilities need reliable electricity.

An independently operated power plant could provide SpaceX with greater control over electricity generation and infrastructure planning.

This could be particularly important as the company expands its computing capacity and develops more advanced AI systems.

3. Supporting Long-Term AI Expansion

The computing facility is expected to support SpaceX’s broader ambitions in artificial intelligence.

The company acquired Elon Musk’s AI business xAI earlier in 2026.

The combined business has interests spanning space technology, artificial intelligence and computing infrastructure.

A dedicated energy facility could become an important part of this strategy.

How Much Electricity Will the SpaceX Power Plant Generate?

The official public hearing notice cited by Reuters does not disclose the power plant’s generating capacity.

However, a separate report by the Rio Grande Valley Business Journal, citing a permit application submitted to the Texas Commission on Environmental Quality, said the proposed plant would use 35 natural gas turbines with a combined generating capacity of approximately 748 megawatts.

That figure has not been specified in the city hearing notice and should be treated as a separately reported detail from the regulatory filing.

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A power plant of that reported scale would represent a substantial dedicated electricity supply for a large computing operation.

For comparison, a megawatt measures the rate of electricity generation or consumption, while a megawatt-hour measures the amount of electricity produced or consumed over time.

The distinction matters because a data centre’s electricity requirements depend not only on its maximum capacity but also on how continuously its equipment operates.

The project’s actual computing capacity and expected electricity consumption have not been publicly disclosed.

SpaceX Seeks Property Tax Incentives for the $24 Billion Project

SpaceX has applied for a property tax abatement and a related economic development agreement from the City of Starbase.

The proposed incentives will be considered by the Starbase City Commission at a public meeting scheduled for December 9, 2026.

The project is located within the Cameron County Enterprise Zone, which provides a framework for certain economic development and tax incentives under Texas law.

A property tax abatement can reduce the tax burden on qualifying investments for an agreed period.

For a project involving billions of dollars in infrastructure, such incentives can influence the overall economics of development.

However, the public hearing notice does not disclose:

• The amount of tax relief being requested.
• How long the proposed abatement would last.
• The precise terms of the economic development agreement.
• Whether the city commission will approve the application.

The December meeting will therefore be an important step in determining what incentives, if any, SpaceX receives.

The application itself does not mean the tax benefits have already been granted.

SpaceX Is Also Developing a Natural Gas Pipeline to Starbase

The proposed power plant is part of a broader effort by SpaceX to strengthen its access to natural gas infrastructure.

A SpaceX affiliate, Lone Star Mineral Development, has filed plans for an eight-mile natural gas pipeline connecting to Starbase.

The pipeline, called Starpipe, is scheduled to begin service by January 2027, according to the filings reviewed by Reuters.

The pipeline is intended to supply a planned facility that will convert natural gas into liquid methane for SpaceX’s Starship rockets.

Liquid methane is one of the propellants used by Starship.

The pipeline and the proposed power plant are related to SpaceX’s broader interest in securing energy supplies, but they should not be confused as a single project.

One is associated with supplying gas for rocket-fuel production, while the proposed power plant would generate electricity for the supercomputing facility.

Together, these developments suggest that SpaceX is seeking greater control over parts of its energy supply chain.

Why Is SpaceX Expanding Into AI Computing Infrastructure?

SpaceX’s interest in large-scale computing reflects the growing importance of artificial intelligence across the wider Musk business ecosystem.

Following the acquisition of xAI, SpaceX has expanded its involvement in AI-related infrastructure.

The company has also been renting computing capacity to other technology businesses, including Google and Anthropic, according to Reuters.

This creates another potential commercial opportunity.

Rather than using its computing infrastructure exclusively for internal projects, SpaceX can potentially generate revenue by supplying computing resources to external customers.

AI developers require access to large quantities of GPU computing capacity for model training, inference and other workloads.

Building a dedicated supercomputing facility could therefore support both internal AI development and external computing services.

The proposed Texas project could become an important part of that infrastructure strategy.

However, SpaceX has not disclosed the expected computing capacity, customer commitments or projected revenue from the planned facility.

What Does the Project Mean for the AI Data Centre Industry?

The SpaceX proposal reflects a broader shift in how technology companies are approaching electricity requirements.

For years, large data centres generally relied on existing electricity networks.

However, the rapid expansion of artificial intelligence has increased demand for power at a pace that some utilities and grid operators are struggling to accommodate.

Companies are increasingly exploring dedicated energy solutions.

These include natural gas generation, renewable power projects, battery storage and long-term electricity supply agreements.

The SpaceX proposal is particularly notable because it combines a large computing facility with an independently owned gas-fired power plant.

Why technology companies are looking at dedicated power

Challenge	Potential response
Long grid connection delays	Build dedicated power generation
Rising electricity demand	Secure long-term energy supply
Power reliability	Develop on-site generation and backup systems
AI computing expansion	Build integrated data centre and energy infrastructure
Electricity price uncertainty	Use dedicated supply and long-term contracts

This approach can improve control over energy availability, but it also introduces new responsibilities.

Companies operating their own power plants must manage fuel supply, maintenance, environmental compliance and generation costs.

The economics of these projects will depend on whether dedicated generation is more practical than relying on the wider electricity network.

Natural Gas Raises Environmental Questions

Although the project could help SpaceX secure electricity for AI computing, the use of natural gas also raises environmental concerns.

Natural gas-fired power plants produce carbon dioxide when fuel is burned.

They can also create nitrogen oxide emissions and other air pollutants that require regulatory monitoring and control.

The overall environmental impact depends on the plant’s generating capacity, operating hours, fuel efficiency and emissions-control systems.

The project will therefore require appropriate environmental permits and regulatory approvals.

The development is also taking place amid growing public opposition to large data centres across the United States.

Communities have raised concerns about electricity consumption, water use, local pollution and the impact of major computing developments on infrastructure.

For SpaceX, the challenge will be to demonstrate that the project can meet its energy requirements while addressing regulatory and community concerns.

The fact that the company plans to generate its own electricity does not automatically eliminate environmental or infrastructure impacts.

Growing Opposition to Data Centres Creates a Political Challenge

SpaceX’s proposal comes at a time when opposition to large data centre projects is increasing in several parts of the United States.

Reuters reported that voters rejected data centre projects in 40 of 41 local ballot measures cited in its November 9 report.

Concerns about electricity prices, water consumption and environmental impacts have become important issues for communities considering large computing developments.

Texas has also become a major destination for data centre investment because of its energy infrastructure, available land and business environment.

However, the growing electricity requirements of technology companies have increased scrutiny of how these projects affect local communities.

The political environment could therefore influence the approval and expansion of large computing facilities.

SpaceX will need to navigate local incentives, environmental permitting and the wider debate over the costs and benefits of data centre development.

What the $24 Billion SpaceX Project Means for Elon Musk’s Business Strategy

The proposed development highlights the increasingly interconnected nature of Musk’s business interests.

SpaceX operates in aerospace and satellite communications, while its acquisition of xAI has expanded its involvement in artificial intelligence.

AI computing requires specialised chips, data centres and reliable electricity.

SpaceX’s proposed Texas project brings these requirements together through a dedicated power and computing development.

The project could provide several strategic advantages:

• Greater control over electricity supply.
• More computing capacity for AI development.
• Potential computing services for external customers.
• Integration of energy infrastructure with technology operations.
• Additional opportunities to expand AI-related business activities.

However, the investment also involves substantial execution risks.

The company will need to secure regulatory approvals, develop the power plant, build the computing infrastructure and establish the commercial economics of the project.

The proposed $24 billion investment is therefore an ambitious development plan rather than a completed expansion.

The Bigger Picture

SpaceX’s proposed $24 billion Texas project illustrates how the artificial intelligence boom is changing the relationship between technology companies and energy infrastructure. Building advanced AI systems increasingly requires access to enormous amounts of reliable electricity, making power generation a strategic consideration rather than simply an operating expense. By proposing an independently owned natural gas power plant alongside its supercomputing facility, SpaceX is seeking greater control over the infrastructure needed to support its AI ambitions.

The project also highlights the trade-offs involved in this approach. Dedicated gas generation could help overcome electricity supply constraints, but it introduces environmental, regulatory and fuel-supply considerations. The December 9 tax-incentive hearing, future permitting decisions and disclosure of the project’s actual power and computing capacity will determine how the proposal develops. For the wider technology industry, the investment is another indication that competition in artificial intelligence increasingly extends beyond chips and software to the ability to secure energy at scale.

Frequently Asked Questions

1. How much is SpaceX investing in its Texas data centre project?

SpaceX estimates that the initial phases of its proposed gas-fired power plant and supercomputing facility will require approximately $24 billion in capital investment.

2. Where will SpaceX build the project?

The proposed development will be located in Starbase, Cameron County, Texas, near Brownsville. The public hearing notice describes an approximately 444-acre site.

3. What will the SpaceX Texas project include?

It will include a natural gas-fired power plant and a large supercomputing facility. SpaceX intends to construct, own and operate both.

4. Why does SpaceX want to build its own power plant?

The company could use dedicated electricity generation to reduce dependence on the Texas grid and avoid potentially lengthy waits for a connection to the main electricity network.

5. How much electricity will the proposed power plant generate?

The city hearing notice does not specify the plant’s generating capacity. A separate report citing a Texas environmental permit application said the proposal involved 35 gas turbines with a combined capacity of approximately 748 megawatts.

6. When will the Starbase City Commission consider SpaceX’s tax incentives?

The Starbase City Commission is scheduled to consider the property tax abatement and related economic development agreement on December 9, 2026.

7. Is SpaceX also building a natural gas pipeline in Texas?

Yes. SpaceX affiliate Lone Star Mineral Development has filed plans for an eight-mile natural gas pipeline called Starpipe, scheduled to begin service by January 2027. It is intended to supply a facility producing liquid methane for Starship rockets.

8. Why is SpaceX investing in a supercomputing facility?

The facility could support the company’s AI activities following its acquisition of xAI and potentially provide computing capacity to external technology customers.

9. Will the SpaceX power plant use renewable energy?

The proposed power plant is described as natural gas-fired. The public hearing notice does not provide details about additional renewable energy or storage facilities associated with the project.

Looking Ahead

SpaceX’s proposed Texas development will be closely watched as technology companies increasingly invest directly in electricity infrastructure to support artificial intelligence. The December 9 public hearing will provide an important opportunity for the Starbase City Commission to consider the requested tax incentives. Further details about generating capacity, construction schedules, environmental permits and computing infrastructure will be necessary to assess the project’s full scale.

For SpaceX, the development could become a major part of its expanding AI and computing strategy, connecting energy generation with large-scale processing capacity. But the company must still navigate regulatory approvals, local concerns and the economics of operating a gas-fired power plant. The project demonstrates that the next stage of AI infrastructure competition may depend as much on securing reliable electricity as on developing more powerful chips and software.