COOL
MAXIMUM EFFICIENCY: HALL COOLING THAT IS AHEAD OF YOUR REQUIREMENTS!
Cooling production and warehouse buildings offers enormous savings potential — provided that it is implemented intelligently and efficiently. By using two-stage adiabatic cooling, energy costs can not only be drastically reduced, but also the indoor climate and productivity can be sustainably improved.
Let's question conventional cooling concepts and set new standards for efficiency and sustainability!
The future of cooling technology
The two-stage cooling technology breaks with conventional hall cooling conventions and redefines the industry. It surpasses single-stage systems in every respect. By cooling the supply air below the wet-bulb temperature, we not only achieve superior cooling capacity, but also significantly minimize moisture input.
This innovative approach is revolutionizing cooling — it is efficient, sustainable and energy-optimized. Two-stage cooling combines ecological and economic advantages and shows that the future of air-conditioning technology lies in an innovative, high-performance solution.
Get ready to rethink cooling technology from the ground up!
One-stage was yesterday — two-stage is the future
The key difference between single-stage and two-stage cooling lies in air treatment. With single-stage cooling, the air is cooled directly — an approach that often results in high humidity and sub-optimal cooling capacity because the air is not prepared. In contrast, two-stage cooling is revolutionizing the process.
First, the air is pre-cooled by an air-water heat exchanger, which effectively lowers the temperature. This is followed by adiabatic cooling with water, which further decreases the temperature and reduces moisture input by up to 60%. This double treatment maximizes cooling capacity and creates a noticeably better indoor climate.
Overall, two-stage cooling is not only more efficient, but also more powerful than traditional single-stage cooling.
Take a step into the future of air conditioning!
Precise planning
for your indoor conditioning
With Sustainable Hall Conditioning (SHC) simulation, you can take a precise look at the future of your hall conditioning before the first steps have even been taken to implement it. Based on location-based weather data, the geometry of your hall and internal heat loads, we create an exact forecast of the expected temperatures, humidity and comfort values — accurate to the hour and day. In this way, you know exactly what performance your SHC system will perform and receive warranty values for your hall data. Say goodbye to vague estimates and rely on our reliable simulations with guaranteed results.
Create planning security and make informed decisions — tailored to your individual requirements.
Forget cellulose — the future is now
We are revolutionizing the industry with our aluminum slats, which have an innovative 3D honeycomb structure. This breakthrough technology guarantees effective surface evaporation and minimizes pressure loss. Our system also cleans itself so that you can only use normal tap water — no need for expensive treatment anymore!
Forget the outdated cellulose systems that cause high pressure drops and annoying mineral deposits. With our advanced approach, you can enjoy an impressive lifetime of up to 5 years.
Welcome to the future of efficiency!
Your
benefits
Pleasant
indoor climate
Maintains constant temperatures and improves employee well-being.
Optimal
production conditions
Protects machines from overheating and ensures consistent product quality.
Maximum
energy efficiency
Drastically reduces power consumption through intelligent cooling technology.
Minor
operating costs
Savings of up to 80% through sustainable cooling processes.
Future-proof
technology
Avoid using climate-damaging refrigerants such as F-gases and PFAS.
Flexible &
modular solutions
Adaptable to any hall size and production requirement.
chilling
Guaranteed
values
Accurate forecasts for temperature, humidity and energy savings.
Maximum
cooling capacity
Innovative 3D structure for
efficient evaporation.
Less moisture,
more power
Up to 60% lower moisture input
Efficient
Interpretation
Avoiding oversizing and maximum energy efficiency.
Low maintenance
antibacterial coating,
Service life of up to 5 years.
More pleasant
indoor climate
Cooling ensures stable,
comfortable temperatures.
