Sustainable Energy by Design
Creekstone's approach to energy independence and environmental responsibility.
At Creekstone, we understand that true AI leadership requires mastery of both compute and energy. By integrating abundant natural gas on-site with gigawatt-scale solar potential, we're creating a sustainable energy foundation unlike any other data center – one that enables us to power AI at any scale, while committing to a future of renewable leadership.
On-Site Energy Resources
Direct access to primary energy sources at our campus.
Natural Gas On-Site
Creekstone has direct access to natural gas infrastructure on our campus, enabling us to generate power locally at industrial scale. This provides immediate baseload capacity, ensuring our data center operations can ramp up reliably and cost-effectively.
- • Low-cost baseload power generation
- • Immediate availability for rapid scaling
- • Independent of grid constraints
- • Proven reliability for critical workloads
Solar-Ready Land
Adjacent to our site lies over 30,000 acres of high-intensity solar development land. This vast expanse is primed for gigawatt-scale clean energy production, representing one of the largest solar opportunities for powering AI infrastructure.
- • Over 30,000 acres of solar-ready land
- • Gigawatt-scale renewable potential
- • High solar irradiance location
- • Direct connection to data center load
Strategic Grid Position
Our location adjacent to the 1.9 GW Intermountain Power Project (IPP) provides unmatched grid connectivity and transmission access. This strategic position allows us to balance on-site generation with grid resources, ensuring maximum reliability and the ability to support hyperscale AI operations.
Energy Independence for AI
AI training workloads are uniquely demanding, with power requirements that can spike unpredictably as models scale. Traditional data centers rely on distant utilities that may not be able to respond quickly enough to these dynamic loads.
Creekstone's on-site energy generation creates a responsive power environment that can instantly adapt to AI workload demands. Our natural gas generators can ramp up or down within seconds, while our planned solar installations will provide clean baseload during peak sunlight hours.
This energy independence eliminates the constraints that limit other AI facilities, enabling us to support the largest models and most intensive training runs without compromise.
Renewable Energy Leadership
Building the AI industry's most ambitious clean energy future.
Gigawatt-Scale Solar Vision
While our natural gas provides immediate baseload power, our long-term vision centers on transforming our adjacent 30,000+ acres into one of the world's largest solar installations dedicated to AI computing.
This solar development will generate multiple gigawatts of clean electricity, directly powering AI operations during peak sun hours and feeding excess energy into storage systems for round-the-clock operation.
By co-locating massive solar generation with our data center campus, we eliminate transmission losses and create the most efficient path from photon to computation.
Environmental Responsibility
AI has the potential to solve many of humanity's greatest challenges, from climate modeling to renewable energy optimization. We believe that developing this transformative technology requires taking responsibility for its environmental impact.
Carbon Neutral
Committed pathway to carbon neutrality through renewable energy development
Efficient Design
Advanced cooling and power systems minimize energy waste per computation
Land Stewardship
Responsible development that preserves and enhances the natural environment
Power Your AI with Sustainable Energy
Join us in building the future of AI infrastructure – where unlimited compute meets unlimited clean energy.
Learn More About Our Approach