Innovation at CloudHQ is not experimental. It is deliberate, proven, and deployed at scale. CloudHQ designs and delivers hyperscale data centers purpose-built for performance, efficiency, and long-term adaptability.

Our facilities integrate advanced cooling architectures, flexible electrical systems, and customer-driven design standards that support today’s most demanding workloads — while remaining ready for what comes next.

Custom Builds,
Executed at Hyperscale

Customization is a core capability at CloudHQ. Our in-house technical teams collaborate directly with customers to advise, refine, develop, and deliver tailored infrastructure solutions without sacrificing reliability, compliance, or speed to market.

Hybrid Cooling, Optimized for Power and Water Efficiency

A marquee, industry-setting CloudHQ innovation is the hybrid heat rejection cooling architecture deployed at facilities today. This proprietary approach combines the best attributes of air-cooled and water-cooled systems to maximize both energy efficiency and water stewardship.

By dynamically adjusting cooling modes based on seasonal conditions and local environmental constraints, CloudHQ facilities operate in dry-cooler mode when ambient conditions allow, transitioning to cooling towers only when necessary. This flexibility delivers exceptional PUE and WUE performance across a wide operating range.

Air Pre-Cooling Innovations

Continuing our cooling innovations, CloudHQ operates novel adiabatic cooling systems that use water and the evaporative process to cool air prior to its entry in data halls, dramatically increasing HVAC efficiency and cooling capacity, while reducing energy usage and peak demand.

Ready for Liquid-Cooled, Next-Generation Compute

CloudHQ is proactively provisioning facilities to support liquid-cooled server architectures that drive cooling at the rack-level.

Flexible Electrical Infrastructure Designed Around Workloads

CloudHQ employs a standardized yet highly flexible electrical design philosophy that accommodates multiple UPS topologies, centralized or distributed battery architectures, and customer-owned redundancy strategies.