Google’s $17 billion Wyoming data center comes with its own power plan
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Google will build its first data center in Wyoming, a long-term $17 billion investment in Laramie County that the company announced on Nov. 5. The Google Wyoming data center will be developed with Tallgrass Energy, Black Hills Energy, American Electric Power (AEP), and data center developer Related Digital.
The power arrangements are as striking as the price tag. AEP is contracted to deliver a 702 MW fuel cell development, running on natural gas and paired with carbon capture and storage (CCS). Bloom Energy will make the fuel cells in the US. Google describes the development as first of its kind at commercial scale and the largest planned project of its type to date.
Google has also said it will pay for 100% of the power it uses and cover the infrastructure needs directly driven by its growth. The facility will be air-cooled to limit the strain on local water supplies.
For contractors, the announcement shows how much of a modern data center project now sits outside the building itself.
Power generation is becoming part of the data center construction scope
Data center projects have traditionally centered on the shell, the electrical fit-out, and the cooling plant, with the local utility delivering power through the grid. Google’s Wyoming plan points to a different model, in which dedicated generation is planned alongside the campus.
The fuel cells sit at the center of that model. They convert natural gas into electricity through an electrochemical reaction rather than by burning it, which Google says will help limit emissions and water use in power production. Most of the resulting carbon emissions are to be stored permanently underground at Tallgrass’s nearby Eastern Wyoming Sequestration Hub.
That is only one part of the supply. Google is also sourcing power from gas generators operated by Tallgrass and Black Hills Energy. In parallel, it is running a front-end engineering and design (FEED) study, the detailed technical work done before a final investment decision, to assess fitting Tallgrass’s combined cycle turbines with CCS.
Taken together, the energy side of the project spans fuel cell installation, gas generation, carbon storage infrastructure, and engineering studies. Each brings its own contractors, permits, and schedules.
The Wyoming project builds on Google’s first US CCS project, announced last year, and brings the company’s total contracted CCS capacity to nearly 1 gigawatt.
Air cooling and community pledges aim to ease local concerns
Water use has become one of the most closely watched issues in data center development. Google’s decision to air-cool the Wyoming facility addresses one of the most common objections before construction begins. Steve Walter, Google’s vice president of global infrastructure and energy, wrote that the facility “will be air-cooled to minimize strain on local water resources.”
The company has also put its community commitments up front. It held a meeting in downtown Cheyenne and met more than 200 Laramie County residents. Google expects the project to generate hundreds of millions of dollars in local property taxes for Laramie County and School District 1.
Through targeted grants, Google is also backing STEM education, local entrepreneurs, and expanded skilled trades training across the state.
The skilled trades element matters for builders. Large data center campuses can draw heavily on electricians, pipefitters, and other trades, and a regional labor pool can tighten quickly when several large projects move at once.
Residents also raised a wider concern: how data center growth is affecting Cheyenne as a whole. In response, Google, Tallgrass, Black Hills Energy, Related Digital, AEP, and Bloom Energy are setting up a Community Council to develop practical solutions as the area grows.
The construction timeline is still the missing piece
The announcement leaves the questions contractors care about most unanswered. Google has not published a construction start date, a completion date, a phasing plan, or an estimate of construction jobs.
It is also unclear how the power assets will be sequenced against the data center itself. A 702 MW fuel cell development with CCS is a major build in its own right, and by Google’s own description it has not been done at this scale before. How quickly it can be permitted, built, and brought online will help decide when the campus can run at full capacity.
What the announcement does make clear is the direction of travel. For hyperscale projects, securing power and answering local concerns over water and costs are moving earlier in the process and further into the construction program.
The open question is whether other developers follow Google in bringing dedicated generation to their campuses, or whether the model stays limited to the few companies with the balance sheets to fund it.
Source:
Google
