Austyn International s.r.o. supplies complex solutions in the field of heating and ventilation of industrial and administrative buildings, schools, hotels, sports halls, cultural centers, etc.
We implement many years of know-how in the field of engineering and progressive thermal management.
Using algorithms proven by practice, including the support of artificial intelligence, we manage any heat sources.
The intelligent control system guarantees maximum energy savings and the shortest return on investment.
The use of radio communication technology significantly reduces investment costs and shortens the installation time.
The technical solutions of our company aim to achieve the shortest possible return on invested funds
Efficient energy management in office buildings uses intelligent systems and components to monitor and optimize consumption. Supplying energy at the right place, time and required quantity is the basic principle of Austyn’s heat management solutions. Automation and smart management supported by artificial intelligence contribute to cost reduction and environmental sustainability.
Energy optimization in industrial halls ensures efficient management and minimization of consumption. Modern technologies and automated systems working with the help of artificial intelligence enable the monitoring and control of energy processes, which leads to cost savings and environmental protection. Effective energy management in industrial halls is a key factor for the sustainability and competitiveness of enterprises in the current dynamic business environment.
One of the basic principles of Austyn’s solutions for effective thermal management is the replacement of inefficient heating of the entire space of industrial and warehouse halls with heating of a specific zone.
intelligent system for managing heating and ventilation of buildings.
During its 20 years of activity, Austyn has implemented more than 100 projects in the field of thermal management regulation.
The entire process from the first contact with the client to the final implementation of the system with the aim of achieving maximum return on the work and shortening the time from assignment to implementation.