Power and land first
Sites are evaluated around available energy, room to expand, water planning, fiber access, and the ability to support phased campus delivery.
PACE develops scalable AI infrastructure campuses around energy, land, water, fiber, and a practical path to deployment, beginning with a planned Glasscock County, Texas campus.
PACE starts with the constraints that matter most: speed to power, durable site control, expansion capacity, and infrastructure that can support large users without forcing every decision through a conventional data center timeline.
Sites are evaluated around available energy, room to expand, water planning, fiber access, and the ability to support phased campus delivery.
Projects are advanced through practical workstreams across permitting, utility coordination, site planning, commercial structuring, and partner alignment.
Campus planning prioritizes near-term deployment while preserving a path for larger scale as customer demand, power strategy, and infrastructure timelines mature.
PACE coordinates the technical, commercial, and real estate work required to bring large compute infrastructure from concept into a credible development path.
Energy-rich locations with land, water strategy, connectivity, and development readiness.
Phased layouts that support near-term power needs while preserving long-term optionality.
Commercial, infrastructure, and customer conversations organized around clear execution milestones.