Google acquires a pre-developed 1.8-GW Wyoming AI data-center site

By Elena Vasquez

Google acquired a pre-developed 1.8-gigawatt AI data-center site in southeast Wyoming from Crusoe, according to Crusoe’s November 6, 2026 announcement. The handoff gives Google control of a site tied to its planned $17 billion Laramie County investment.

Crusoe said the sale completed its pre-development engagement on the project. The transfer included no announced construction start or operating capacity.

What did Google acquire?

Crusoe’s disclosure came one day after Google announced its first Wyoming data center. Google described the project as a long-term $17 billion investment in Laramie County with Tallgrass Energy, Black Hills Energy, American Electric Power and Related Digital.

The acquisition covers a site that already went through site selection, governmental approvals and power planning with Tallgrass. Those steps prepared the campus for construction and eventual operation, according to Crusoe. The company did not announce when construction would begin or how many megawatts would operate.

This is an ownership handoff, not a data-center launch. A 1.8-gigawatt design target carries different market implications from 1.8 gigawatts of running capacity. Only the former appears in the announcement.

The $17 billion scale puts approvals, electricity and water management at the center of the project’s next phase. Google’s own air-cooling decision shows how infrastructure constraints now shape the buildout.

Before the transfer, Crusoe had already absorbed the early coordination burden. Google now receives a site prepared through selection, approval work and a joint utility plan with Tallgrass. The announcement identifies no new construction or operating compute capacity.

For Google, the acquisition removes one layer of early-development uncertainty. Crusoe’s framing does not suggest that construction, power delivery or operations are settled. The handoff leaves those later stages with Google and the companies it named.

How did Crusoe prepare the site?

Crusoe and Tallgrass initiated the campus through joint development of power and data-center infrastructure. The partners coordinated four workstreams at the same time:

• Energy-systems design
• Data-center engineering
• Site development
• Hyperscaler engagement

Crusoe said the concurrent process tied the electricity plan to the campus’s technical and commercial preparation. Power procurement and site engineering advanced alongside each other, while hyperscaler discussions shaped the project’s commercial readiness.

Tallgrass appears in both halves of the project because it helped develop the power and site infrastructure with Crusoe. It also remains part of Google’s announced energy arrangement under the new ownership.

The delivered asset includes a chosen location, completed approval work and a joint power strategy. The announcement identifies no construction start or live compute fleet.

CEO and co-founder Chase Lochmiller characterized the pre-construction work as “origination, entitlement and de-risking.” Those terms frame the transaction as a transfer of development readiness. Crusoe said the work positioned the campus for construction and eventual operation. The sale concludes that site-specific pre-development role.

That joint structure gives the handoff a defined perimeter. Crusoe’s work ends where Google’s investment phase begins, although Tallgrass remains part of the announced power arrangement. It also explains why the acquisition announcement focuses on development readiness rather than a building schedule.

How large is the planned campus?

Crusoe and Tallgrass introduced the project on July 24, 2025. They described a 1.8-gigawatt AI data-center campus designed for expansion to as much as 10 gigawatts.

The 1.8-gigawatt number describes the announced initial design. The 10-gigawatt figure marks expansion potential. Neither number represents operating capacity, and Google has not announced a live capacity for the campus.

The initial plan combined multiple energy sources fueled by natural gas with future renewable-energy developments in the region. Tallgrass’s existing Wyoming natural-gas and water assets supported the proposal. Its proximity to the company’s CO2 sequestration hub created a potential long-term route for carbon capture.

Natural gas sat inside the initial energy mix; renewable development remained tied to future projects in the region. The mix made power and water part of the campus design from the start.

The July 2025 introduction already linked the site to a 10-gigawatt expansion ceiling. The November 2026 transfer changes ownership of that preparation. It does not turn the ceiling into committed capacity.

Both figures remain forward-looking. The announcement provides no construction milestone, operating date or commitment to the full 10-gigawatt ceiling.

What powers the project?

The hybrid strategy combines three energy sources:

• Fuel cells
• Grid power
• Natural-gas turbines

It also carries a long-term carbon-capture roadmap through Tallgrass’s regional CO2 sequestration hub. Crusoe said the power design formed part of the preparatory package completed before the ownership transfer.

Google has contracted American Electric Power for a 702-megawatt fuel-cell development with carbon capture and storage, using Bloom Energy fuel cells. The carbon-capture component is designed for permanent geologic storage at Tallgrass’s nearby Eastern Wyoming Sequestration Hub, according to Google.

Google is also sourcing electricity from gas generators operated by Tallgrass Energy and Black Hills Energy. The company is evaluating whether Tallgrass’s combined-cycle turbines can be fitted with carbon-capture technology.

Google said the data center will be air-cooled to minimize strain on local water resources. The design pairs that cooling choice with the natural-gas and water inputs available through Tallgrass’s regional assets.

Google presents these power elements at different stages. The 702-megawatt development is contracted. Gas generation forms part of electricity sourcing. The combined-cycle carbon-capture option remains under evaluation.

Carbon capture also has two layers. Google has designed permanent storage for the fuel-cell project’s captured CO2. A retrofit for Tallgrass’s combined-cycle turbines remains possible rather than committed.

The contract size gives the power plan a more concrete center than the campus-wide design figures. It names a 702-megawatt project, Bloom Energy fuel cells, a carbon-capture component and a geologic storage site. The rest of the mix extends through gas generation and a possible turbine retrofit.

The project’s policy stakes are concrete: permanent geologic storage, potential turbine upgrades and a water-saving cooling approach sit inside a $17 billion Laramie County investment. The next phase will test whether those pieces can move together at the announced scale.

What changes with the ownership transfer?

For Crusoe, the transaction concludes one site-specific role within a larger infrastructure portfolio. CEO Chase Lochmiller said the company has more than 6 gigawatts contracted and over 40 gigawatts in its pipeline. Crusoe said those figures span its wider business rather than the Wyoming campus alone.

The ownership transfer separates Crusoe’s completed preparation from Google’s outlined investment. Under the new owner, the announced plan includes large-scale fuel cells, carbon capture and air cooling. It rests on the approval work and hybrid-power groundwork that Crusoe and Tallgrass completed.

Execution now carries more of the burden. Crusoe’s disclosure separates a completed pre-development package from the planned $17 billion investment and from eventual operation. That structure leaves Google responsible for turning approvals and a power concept into a working campus, with its announced partners handling the named power components.

What remains is the conversion of the prepared site and power plan into construction and eventual operation. Crusoe’s announcement set no construction date and disclosed no operating capacity.

The next proof point is a construction start tied to the approved site and contracted 702-megawatt fuel-cell development. Until that work produces an operating campus, Google’s $17 billion Laramie County plan remains a prepared power-and-infrastructure project rather than new AI compute capacity.