XNRGY Delivering 1.4 GW of Thermal Resilience to the Texas AI Corridor
Tier 1 Hyperscale AI Data Center Providers
SITE 1 400,000 Tons of Vapor Compression waterless cooling!
THE MISSION
Providing high-density thermal management for a 400 MW facility dedicated to large-scale AI model training.
XNRGY SOLUTION
Deployment of over 2000 Coil Fan Walls/CRAH systems of 100-500 KW. Utilizing XNRGY’s signature modular design, the facility achieved a uniform pressure plenum that eliminates hotspots in high-density GPU environments.
THE PERFORMANCE EDGE
By leveraging XNRGY’s advanced fan technology and variable-speed controls, the site maintains a ultra-low PUE while handling heat loads that would overwhelm traditional data center cooling architectures.
“We are very honored to be chosen for two very large project sites being a newer player to the market. We have proven that our chiller can handle 150oF ambient temperatures without the chiller going offline with a customer factory witness test. We believe the teamwork between us and Copeland with the AeroliftTM technology has proven to be a winning solution for deploying Air Cooled Chillers to high ambient areas.“
Wais Jalali, Founder and CEO
SITE 2 600 MW North Texas Ai “Super-Grid“
THE MISSION
Supporting one of the largest AI deployments in the United States, requiring a massive 600 MW of continuous, reliable cooling capacity.
XNRGY SCOPE
A comprehensive thermal suite including 2,000+ CRAHs, Fan Walls, and Above-Rack Coolers, supported by a central plant of over 600 XNRGY XNChiller.
HIGH-AMBIENT RESILIENCE
A critical factor in the selection of XNRGY was the chillers‘ ability to operate and maintain full cooling capacity during high ambient conditions. While standard equipment often derates or fails during 120°F+ North Texas heatwaves, XNRGY’s high-ambient engineering ensures the 600 MW load is fully supported without thermal throttling or performance degradation.
HYBRID EFFICIENCY
The combination of Above-Rack Cooling (capturing heat at the source) and XNRGY’s industrial-scale chillers allows for a water-neutral strategy, achieving a near-zero Water Usage Effectiveness (WUE) in a drought-sensitive region.
“Customer feedback confirms the XNRGY XNChiller is a game changer, effectively mitigating the capacity losses typically triggered by high ambient conditions with hot-air reentrainment.”
Glenn Brandon, Executive VP, Mission Critical
THE XNRGY IMPACT
RELIABILITY AT SCALE
Successfully managed the thermal requirements of over 3,000 units across two sites, providing 100% uptime for mission-critical AI clusters.
CLIMATE RESILIENCE
Proved that AI infrastructure can thrive in the extreme Texas climate when backed by XNRGY’s “no-derate“ high-ambient chiller technology.
FUTURE-PROOFING
The modular nature of XNRGY equipment allows these facilities to scale as the next generation of 120kW+ racks are deployed.
“What our service teams appreciate is the diagnostic transparency of the AeroLiftTM compressor. Without complex control electronics to work through, technicians isolate faults faster and spend far less time on site—a meaningful advantage when an AI cluster depends on 100% uptime.”
Philip Kennedy, Chief Technology Officer, Chiller Division
DISCLAIMER: This case study is based on a specific project scenario. Actual project details and outcomes may vary. It is essential to conduct a thorough site assessment and perform detailed engineering calculations to determine the most suitable solution for your specific project requirements.
