
Power Generation
Cooling solutions engineered for power plants, supporting stable operation and efficient heat rejection across energy infrastructure.

In energy and process facilities, cooling decisions impact plant performance, operating costs, and long-term reliability.
Cooling systems must align with turbines, compressors, and process equipment to manage heat load and available cooling capacity. Poor integration can compromise overall plant performance and process stability.

If cooling performance drifts under real operating conditions, process efficiency declines, continuous operation is harder to maintain, and critical equipment is exposed to thermal stress — increasing the risk of unplanned downtime.

Energy use, water consumption, and maintenance demands are determined at specification and affect system efficiency and operating costs for decades.

Once an industrial facility is installed, replacement is disruptive, costly, and can reduce production capacity.


Industrial cooling performance is proven in operation, not procurement. The decisions made at specification must account for real environments, operating variability, and long-term system demands. Güntner engineers work closely with your team to ensure cooling solutions align with real operating conditions from the start.
Whether your project operates in -40°C Siberian winters or 50°C desert heat, Güntner systems are engineered to maintain reliable thermal control under real operating conditions. Designed for demanding climates and complex industrial environments, Güntner systems support continuous operation and downtime reduction, and are backed long after commissioning through local service presence and warranty protection.


Cooling solutions engineered for power plants, supporting stable operation and efficient heat rejection across energy infrastructure.

Heat exchange systems that maintain consistent cooling for biogas engines, supporting stable and efficient biogas production.

Cooling solutions designed for industrial processes where temperature stability is critical to product quality, process stability, and operational continuity.
Dry cooler systems optimized substation cooling, reducing water use and maintenance costs.
For over 95 years, Güntner has engineered cooling solutions for demanding industrial environments worldwide.
We engage early at specification to align HVAC systems with real site conditions and long-term performance demands.
Precision-engineered heat exchange ensures consistent performance, controlled energy consumption and reliable system integration.
Worldwide manufacturing and local expertise ensure consistent standards across projects and regions.
Strong warranties and responsive service teams protect performance well beyond commissioning.
Our energy & process cooling portfolio combines high-efficiency dry coolers and adiabatic systems engineered to manage high heat loads in continuous operation, keeping industrial environments stable, efficient, and ready for heat recovery
With its slim design, the Vertical COMPACT Dry Cooler is ideal for use in commercial HVAC and can be installed in a variety of applications.

The Vertical VARIO Dry Cooler's robust design can withstand all weather conditions, including heavy snow and wind loads. The dry cooler has a small footprint too, which saves on space.

Optimised for use in commercial HVAC, the Flat COMPACT boasts a slim, horizontal design so it can be used for a wide range of applications.

With the horizontal design of the Flat VARIO Dry Cooler, you don’t have to worry about building regulations and height restrictions. The robust dry cooler will be able to withstand all weather conditions.

Boasting high power with a small footprint, the V-shape COMPACT Dry Cooler is best suited for noise-sensitive applications under stringent sound constraints.

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.

With the horizontal design of the Flat VARIO Condenser, you don’t have to worry about building regulations and height restrictions. The robust condenser will be able to withstand all weather conditions.

The Vertical VARIO Condenser’s robust design can withstand all weather conditions, including heavy snow and wind loads. The condenser has a small footprint too, which saves on space.

With a V-shape design for maximum capacity with minimal footprint, and a robust design to handle all manner of weather conditions, this model is as robust as they come.

