Panhandle Technology Park
A scalable AI infrastructure campus planned around high-capacity power, resilient utilities, expandable land and phased delivery.
Purpose-built for large-scale digital infrastructure.
Panhandle Technology Park is being advanced as a multi-phase campus capable of supporting hyperscale computing, AI training and other high-density digital infrastructure requirements.
A clear path to multi-gigawatt scale.
300 MW
Phase I · Near-Term. Available now through a dedicated behind-the-meter energy solution combining natural gas generation with local renewable resources — speed-to-market by design, independent of long transmission timelines.
~1 GW
Phase II · By End of 2027. Dedicated gas infrastructure build-out supports approximately 1 GW of capacity, with active ERCOT interconnection applications advancing grid-connected delivery in parallel.
Up to 3 GW
Phase III · 2030 Vision. Full campus buildout supported by expanded gas supply, ERCOT grid integration and renewable energy assets.
Multiple pathways. One integrated campus.
Power
A phased strategy integrating grid access, behind-the-meter generation, renewable resources, storage and resilient electrical architecture.
Natural Gas
Regional pipeline infrastructure supports evaluation of dispatchable generation and long-duration reliability solutions.
Water
A diversified water strategy emphasizing reuse, conservation, closed-loop systems and fit-for-purpose supply.
Connectivity
Planned fiber connectivity and diverse routing designed to support high-capacity campus communications.
Designed around the requirements that matter.
Scalable Land
Large, contiguous development areas provide flexibility for phased buildings, generation, substations, storage and supporting infrastructure.
Energy-Rich Region
The Texas Panhandle combines high-voltage transmission, natural gas infrastructure and significant renewable generation resources.
Business Environment
Texas offers an established energy market, infrastructure workforce and a development environment familiar with large industrial projects.
Expansion Flexibility
The campus concept accommodates staged deployment while preserving optionality for future technologies and customer requirements.
Utility Coordination
Power, gas, water, fiber and civil infrastructure are evaluated as a coordinated system rather than isolated workstreams.
Resilience Planning
Campus planning considers redundancy, maintainability, operational continuity and diverse infrastructure pathways.
A campus built to evolve.
Final configurations will be tailored to customer load, schedule, redundancy, cooling and sustainability objectives.
Site & Diligence
Land control, survey, title, environmental and constructability work.
Power Path
Grid, generation, fuel, storage and electrical architecture development.
Utility Plan
Water, wastewater, fiber, access and supporting infrastructure.
Commercial Alignment
Customer, utility, partner and capital structure coordination.
Phased Execution
Deliver initial capacity while preserving long-term campus expansion.