Precision Cooling built for Hyperscale performance
Hyperscale Data Centers demand cooling systems that can handle massive workloads without compromising energy efficiency or uptime. Our advanced cooling technologies are engineered to deliver optimal performance at scale, ensuring your infrastructure stays cool, cost-effective, and future-ready.
Key challenges in Hyperscale Cooling
- Energy efficiency & PUE reduction
- Reliability & Uptime
- Scalability & Rapid deployment
- Heat density & AI workloads
- Space optimization
From challenge to solution: Cooling that fits your needs
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Energy-efficient and sustainable cooling
Energy costs and ESG targets are top concerns for Hyperscale operators. STULZ systems integrate Free Cooling, adiabatic technology, low-GWP refrigerants, and Liquid Cooling to reduce PUE and support sustainability goals—without compromising performance. -
Reliable systems for maximum uptime
Downtime is not an option. STULZ combines intelligent controls, redundancy concepts, and predictive maintenance to ensure high availability across distributed sites. Our robust designs and remote monitoring capabilities help reduce risk and maintain operational resilience. -
Modular cooling for Hyperscale growth
Speed-to-market matters. STULZ offers prefabricated modular units and containerized solutions for rapid deployment and seamless scalability—so you can expand cooling capacity without costly redesigns or delays. -
High-Density Cooling for AI and HPC
AI and HPC workloads push thermal limits. STULZ delivers advanced air and Liquid Cooling technologies engineered for extreme heat loads from GPUs and high-density racks—ensuring performance without compromise. -
Space-efficient designs for maximum IT capacity
Every square meter counts in Hyperscale facilities. STULZ provides compact, high-capacity cooling solutions that minimize footprint and maximize IT space—ideal for large-scale environments where efficiency is critical.
Explore STULZ product portfolio