Data Centers
Built for data-center scale.
Data centers need large amounts of power that never switches off. The Cedar City Energy Campus is being designed to deliver that power on site, reducing reliance on a congested regional grid.
Dedicated supply
Generation planned on the same campus as your facility.
Always-on power
Firm natural gas generation designed to run around the clock.
Lower-carbon path
Advanced nuclear planned as the long-term, carbon-free addition.
Planned infrastructure
Power, water, gas, fiber and rail planned for the site.
The challenge
Demand for computing, driven by cloud services and artificial intelligence, is growing quickly, and the power behind it is often the hardest part to secure. In many regions, new large loads face long waits to connect to the grid, while data centers themselves cannot tolerate interruptions.
That leaves developers looking for sites where reliable, large-scale power can be planned for with confidence.
What the campus offers
The Cedar City Energy Campus is being designed to serve next-generation data-center loads directly, with generation and customers sharing the same site.
- Power where you build
- Campus generation is planned to serve campus customers, reducing reliance on distant transmission.
- Firm in the near term
- Planned natural gas generation, designed around GE turbine technology, is intended to provide around-the-clock supply.
- Cleaner tomorrow
- Advanced nuclear is planned as the long-term, carbon-free addition.
- Room to expand
- The campus is planned to add generation as customer demand grows.
Who it is for
Hyperscale and enterprise data-center developers, AI computing operators, and other large, continuous industrial users that need dependable power at scale.
How to engage
Tell us about your load, timeline and site requirements. We will follow up to discuss how the campus can support your project.
Planning a data center?
Email us your load requirements and timeline to start the conversation.