Specialist portal energie:bau reports on adiabatic zone cooling for defined hall areas
that Energy:Bau specialist portal presents in a project report, as in the Leeb organic milk Production hall a adiabatic zone cooling was realized. The focus is on a technical approach that, instead of general hall conditioning, selectively optimizes certain work areas climatically in order to reduce energy consumption, emissions and operating costs.
The article places this solution in the context of sustainable industrial infrastructure and shows how modern hall cooling can go beyond classic overall cooling.
Key facts about the press release
- Medium: Energy:Bau specialist portal
- output: 05/2022
- technology: Sustainable Hall Conditioning
- Editor's online portal: energie-bau.at
The project in detail
In the project at Leeb organic milk Adiabatic zone cooling was implemented to specifically air condition work-relevant hall areas. The zonal approach enables demand-based cooling without traditional refrigerants and reduces energy consumption in year-round operation.
The press report focuses on:
- Adiabatic zone cooling as an alternative to full air-conditioning of industrial buildings
- Targeted cooling of work-relevant areas instead of the entire hall volume
- Reduction of energy consumption and operating costs through zonal air flow
- Draft-free, hygienic air distribution via textile-based outlets
- Year-round operation through a combination of evaporative cooling and recirculating air control
Why this approach is revolutionizing industry
Adiabatic zone cooling offers an approach that goes beyond traditional hall cooling by providing targeted and energy-efficient air conditioning for work zones. Especially in production environments with different thermal loads, resources can be saved and operating costs reduced without sacrificing comfort and air quality.
Compared to conventional air-conditioning solutions, the absence of climate-damaging refrigerants, the use of adiabatic processes and targeted air distribution create significant advantages in terms of energy consumption, CO₂ emissions and hygienic requirements, particularly where different areas of a hall require different temperature profiles.
About the specialist portal energie:bau
that Energy:Bau specialist portal is a German-language specialist portal that deals with topics related to energy, building management systems, construction projects and technical innovations in the construction and building services sector. Editorial contributions provide information on sustainable technologies, energy-efficient systems and practical examples of modern construction and production infrastructures.
