High-tech fans for sustainable and climate-friendly agriculture
EuroTier 2024: ZIEHL-ABEGG on site with modern air conditioning technology
The main theme of this year’s EuroTier in Hanover was ‘We innovate animal farming’ and rightly so. With a high-tech range of modern, climate-friendly intelligent fans, the air and climate experts from ZIEHL-ABEGG presented customers and visitors with a product range of highly efficient fan technology with precisely tailored performance potential for the following areas of application
applications such as stables, animals, grain, storage and much more.
This is the future of modern agriculture
The compact ZAsilo fan system was specially developed to optimise the ventilation of silage grain in order to minimise the risk of condensation, germination or insect infestation.
The bionic axial fan system is the intelligent solution for difficult, plant-orientated greenhouse ventilation and is specially tailored to this requirement.
The high-performance fan is unbeatable in a wide range of applications. Thanks to its stainless steel construction and bionic ZAmid® blades, the resilient intelligent fan ensures optimum efficiency with minimal noise, even at extremely high and low temperatures.
The intelligent axial fan with bionic blade profile is specially designed for applications and animal welfare animal welfare in agriculture, with low pressure losses in refrigeration and air conditioning technology as well as ventilation and extraction.
Up to 30% less electricity costs possible!
Many interested parties from the agricultural sector were impressed by the range of future-orientated, highly efficient fans for all areas of agriculture on the ZIEHL-ABEGG stand. Particular attention was paid to the associated energy-saving potential, often up to 30%, and the possibility of digitally recording operating data such as temperatures, currents and, above all, vibration levels and more via Modbus. After much enthusiasm and positive feedback from the visitors, it is clear that ZIEHL-ABEGG is part of the future in agriculture.