SpaceX Plans Large-Scale Energy and Computing Development

SpaceX is planning a major infrastructure project in Starbase, Texas, combining a gas-fired power plant with a supercomputing facility. The estimated capital investment for the initial phases is approximately $24 billion, according to a public hearing notice.

The project would be constructed, owned and operated by SpaceX. The development could proceed through multiple phases, with the possibility of further expansion in the future.

The proposed investment would rank among the largest private-sector developments in the Rio Grande Valley, reflecting the growing infrastructure requirements associated with artificial intelligence and high-performance computing.

The company has applied for a property tax abatement covering the project. The Starbase City Commission is scheduled to consider the request alongside a related economic development agreement at a public meeting on December 9.

The available notice does not specify the proposed tax reduction, its duration, the power plant’s generating capacity or the expected scale of the computing operation.

On-Site Power Could Reduce Grid Connection Delays

A central feature of the proposed development is the construction of dedicated electricity generation capacity. By operating its own gas-fired power plant, SpaceX could avoid waiting several years for a connection to Texas’ main electricity grid.

The approach reflects the importance of reliable energy supply for large-scale computing infrastructure. Securing sufficient electricity has become a significant consideration for companies developing facilities intended to support artificial intelligence workloads.

SpaceX’s proposed investment would combine power generation and computing operations within the same development, although the company has not disclosed detailed technical specifications for either facility.

Natural Gas Infrastructure Supports Broader Starbase Plans

The proposed power project comes alongside separate natural gas infrastructure plans connected to Starbase.

SpaceX affiliate Lone Star Mineral Development has filed plans for an eight-mile natural gas pipeline known as Starpipe. The pipeline is scheduled to enter service by January 2027.

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

These plans indicate that natural gas infrastructure has a role in supporting multiple elements of SpaceX’s operations in the area, including its rocket program and proposed energy-intensive computing development.

AI Expansion and Political Opposition Create a Complex Backdrop

SpaceX acquired Elon Musk’s AI company xAI earlier this year, expanding the company’s exposure to the artificial intelligence sector.

The company reported a 161% increase in revenue and a ninefold rise in AI revenue during the third quarter. It has also been renting computing capacity to Google, Anthropic and other companies.

However, the proposed development comes amid growing opposition to data centers. Voters rejected data center projects in 40 of 41 local ballot measures, while the recent US midterm elections strengthened political opposition to new developments in parts of the country.

These developments create a more challenging environment for large infrastructure proposals, particularly those requiring substantial energy resources and local government approvals.

What Investors Should Watch Next

The December 9 Starbase City Commission meeting will be an important milestone for the proposed tax abatement and economic development agreement. The terms of any approved incentives could help clarify the project’s local financial framework.

Further details on electricity generation capacity, computing scale, construction phases and the relationship with the Starpipe pipeline will also be important in assessing the project’s scope.

For SpaceX, the proposed $24 billion investment represents a significant expansion of its infrastructure ambitions, linking energy generation, artificial intelligence computing and its existing space operations.