Hyperscale Data Center
Large-scale cooling solutions engineered for high-capacity environments, delivering stable performance under continuous load.
Data Centers
Mission-critical environments demand thermal performance without compromise. Güntner Data Center Solutions engineers condensers and dry coolers designed for uptime, stability, and long-term reliability.
What’s at Stake for Data Centers
In data centers, cooling decisions affect uptime, operating costs, and system stability for years to come.
Uptime Risk
Weak thermal management can disrupt operations, threaten uptime and reliability, and increase the cost of downtime.
Energy Efficiency
Cooling performance directly affects energy use, water consumption, and long-term operating costs — with a direct impact on PUE, WUE, and overall energy efficiency.
Heat Density
AI workloads and high-density loads demand more effective heat rejection and tighter thermal control.
Infrastructure Decisions
Cooling choices made early — including redundancy (N+1) strategy and cooling architecture — are difficult to reverse and influence system performance for years to come.
Right from Specification
Cooling decisions made at specification define performance for years to come. Güntner Data Center Solutions works closely with consultants, EPC contractors, and operators from the earliest design phase, helping balance heat rejection capacity, system efficiency, redundancy, and site constraints. That includes defining N+1 redundancy, planning the cooling architecture, and aligning to PUE and WUE targets from day one.
The result is technically robust decisions, scalable performance, and systems that perform in practice — not just on paper.
Thermal performance on paper. Delivered in practice.
Performance must hold in operation, not just design. Güntner Data Center Solutions combines dry and hybrid (adiabatic) cooling with intelligent controls such as aicore™ air and hydroBLU™ to maintain thermal stability and enable free-cooling strategies where possible.
Systems are designed to integrate with air-based, liquid and immersion cooling architectures, supporting efficient heat rejection at scale as rack densities increase. Together, these technologies improve energy and water efficiency, help achieve lower PUE and WUE in real-world operation, and support informed water-versus-energy trade-offs in heat rejection.
With precise control and efficient pre-cooling in high ambient conditions, Güntner Data Center Solutions helps data centers protect uptime while balancing the water-energy demands of heat rejection.
Proven in Digital Infrastructure
Enterprise & Colocation
Efficient, reliable cooling designed to support uptime, optimize energy use, and meet evolving operational demands.
Sustainable Data Centers
Cooling systems that enable energy efficiency and heat recovery, supporting more sustainable data center operations.
High-Density Computing
Advanced cooling approaches built to manage extreme heat loads from AI workloads and GPU clusters in continuous, high-performance computing environments.
Sustainability targets. Met.
Performance shouldn’t bend to meet sustainability targets. Güntner Data Center Solutions helps you balance both:
- Operational efficiency that supports lower PUE and WUE over the life of the data center.
- Natural refrigerants such as ammonia (NH₃) and CO₂ to align with evolving environmental regulations and decarbonization goals.
- Cooling approaches that reduce evaporative water use in water-scarce regions while maintaining reliable heat rejection.
- Acoustically optimized system design to meet strict noise limits in urban and community-adjacent deployments and support rising community expectations.
Why Güntner Data Center Solutions
For over 35 years, Güntner Data Center Solutions has engineered cooling solutions for data centers worldwide, delivering performance under pressure and long-term reliability.
Engineering-Led Decisions
Early specification alignment ensures systems perform under peak load and real operating conditions.
Operational Performance
Integrated controls ensure thermal stability and efficient performance in live environments.
Global Delivery
Worldwide manufacturing and regional technical teams ensure consistent delivery and dependable support.
Proven Support
Strong warranties and tailored service support protect performance long after commissioning.
Validated, Tested
Our solutions are validated in climate-controlled test labs that simulate real operating conditions and are tested to industry standards, giving operators confidence before deployment.
Data Center Cooling Products
Our data center portfolio combines high-efficiency dry coolers, adiabatic systems, high-density solutions and intelligent controls to keep critical infrastructure stable and secure. Flexible wet-to-dry cooling strategies allow operators to balance water and energy use based on site conditions and sustainability targets.
High Density Dry Cooler
Combining dry and evaporative cooling in a hybrid system, the High Density adiabatic dry cooler offers superior efficiency without the water waste and pollution associated with traditional cooling towers.
V-shape COMPACT Dry Cooler
Boasting high power with a small footprint, the V-shape COMPACT Dry Cooler is best suited for noise-sensitive applications under stringent sound constraints.
V-shape VARIO Dry Cooler with hydroBLU™
Fully configurable, the V-shape VARIO with hydroBLU™ is the best choice for areas with high ambient temperatures. It boasts the reliability and ease of use of a dry cooler with an intelligent adiabatic cooling solution.
V-shape VARIO Dry Cooler
A cooling solution that’s configurable to meet your business’s needs, the dry cooler's v-shape design means it can be easily integrated into your building, offering maximum capacity with a minimal footprint.
Built on Partnership