Powering the future, one Joule at a time

Introducing the Joule BetterGrid:
Powering Tomorrow’s AI Revolution

The Joule BetterGrid generates its own power—455MW in Q4 2026, scaling to 12GW by 2032—completely independent of grid constraints. With Combined Heat and Power, 800kW liquid-cooled rack support, and expansion on your timeline, this is infrastructure reimagined for AI scale.

12GW Campus Rising

On 4,000 acres of Utah high desert—where altitude delivers better cooling efficiency and six fiber routes converge—we're building the infrastructure backbone for AI's next decade. Our unified data center campus will feature shared cooling districts, redundant power corridors, and room for 30+ million square feet of computing power.

2026: 455 MW 

2027: 1.4 GW 

2029: 5.8 GW

2032: 12 GW

This isn't a pitch deck. It's a progress report.

Every milestone below represents millions invested, contracts executed, and deadlines already met—not future promises or conditional commitments. When others talk about "securing sites" we show deeds; when they mention "power planning" we show Caterpillar purchase orders; when they project timelines, we pour foundations. This is the difference between developing infrastructure and having developed it.

Our Progress Report

Every milestone below represents millions invested, contracts executed, and deadlines already met—not future promises or conditional commitments. When others talk about "securing sites" we show deeds; when they mention "power planning" we show Caterpillar purchase orders; when they project timelines, we pour foundations. This is the difference between developing infrastructure and having developed it.

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Land
  • Fee Simple Land Owned by Joule
  • 4,000 contiguous acres
  • Conditional Use Permits secured to begin construction
    • Millard County, Utah
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    Water
    • 10,000 acre-feet of deeded water rights
    • 3.2 billion gallons per year
    • No burden on local resources
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    Power

    • Behind-the-Meter Caterpillar G3520K natural gas reciprocating engines
    • 636 engines - 2.5MW per line up on firm order
    • In production in Lafayette, IN
    • First delivery in March 2026
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    Fuel Supply

    • Kern River mainline interconnect
    • Reliable natural gas at scale
    • Redundant 36” interconnections with Kern River transport mainline
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    Permits
    • Entire site zoned Heavy Industrial
    • Conditional Use Permit for Data Centers and Electrical Generation Facilities including SMR

      Joule BetterGrid: Purpose-built for AI's Future

      Designed for 800kW AI clusters, not 10kW legacy servers—with 480V direct GPU power and liquid cooling infrastructure built-in from day one. Every specification anticipates 2030's workloads, not 2010's requirements.

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      4,000 acres owned, located in Millard County, Utah. Over 4,800 feet above sea level provides optimal cooling efficiency.

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      Buildings Phase I : 6 facilities

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      Power Density: Up to 800kW per rack

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      4,000 acres owned, located in Millard County, Utah. Over 4,800 feet above sea level provides optimal cooling efficiency.

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      Buildings Phase I: 6 facilities
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      Power Density: Up to 800kW per rack

      Step Into a Pre-Engineered Data Campus and Accelerate Time-to-Compute

      • Construction-ready designs that cut months from planning.

      • Architectures tuned for 800kW racks and liquid cooling.

      • Use our design or bring your own – either way, the campus is ready.

      From Concept to Gigawatts:
      The Team That Delivers

      Meet the Joule team and discover what drives their mission to build one the world’s largest energy and advanced computing campuses.

      From Concept to Gigawatts: The Team That Delivers

      Meet the Joule team and discover what drives their mission to build one the world’s largest energy and advanced computing campuses.

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      The Solution to Match
      AI's Appetite

      While others make you choose between speed and scale, the BetterGrid delivers both—operational capacity in months not years, with the flexibility to deploy our proven designs or build your own. Combined Heat and Power turns every watt into competitive advantage, achieving efficiencies that make hyperscale sustainable and profitable.