R&D mission
Investing in our portfolio of solutions for the energy transition
As decarbonization turns out to be the key driver of innovation in our industry, technology represents a critical enabler. Our ambition is to increasingly optimize the efficiency of our solutions, focusing on electrification and renewable energy. Nonetheless, the energy transition in buildings will be accelerated by the adoption of a multi-technological approach, with different solutions fitting different contexts and development stages.
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We have explored low-impact alternatives to further stretch and improve our product range, progressively facilitating the installed park efficiency. Our R&D efforts focus on natural refrigerant heat pumps, hybrids, air handling and domestic ventilation units, as well as Demand Response and Home Energy Management technologies, electronics, connectivity, and digitalization.
our footprint
Operating through 31 centers of excellence in 15 countries
Our network of R&D facilities, which are distributed across geographies and centrally managed, provide dedicated support to our manufacturing footprint, effectively driving our product roadmap.
assets of excellence
Relying on technical equipment and human resources of excellence
Our facilities leverage an advanced technical infrastructure, to support all phases of the R&D process: from tools for concept design to advanced 3D CAD design facilities, from prototyping workshops to measurement laboratories, from performance to life test systems that reproduce the most extreme operating conditions. In parallel, as competencies provide the foundation for innovation thinking, we have increasingly strengthened our team of highly qualified professionals and are dedicated to new skills development, to stay at the forefront of industry’s evolution.
Testing solutions performance under various indoor and outdoor conditions, from air temperature to relative humidity to water temperature, also simulating extreme scenarios, with outdoor air temperatures as low as -20°C and humidity levels up to 100%.
Measuring level of noise and quality of sound produced by heat pumps, also analyzing direction, vibrations emitted and different materials characteristics.
Fully dedicated to hydrogen technologies. Activities performed enabled the production of hydrogen from photovoltaic electricity and led to the release of condensing boilers certified to work with hydrogen blends up to 100%.
Featuring electronic and hydraulic systems with multiple generators and different hydraulic schemes, as well as energy managers and thermoregulation accessories, to test solutions simulating real installation.
Analyzing the electromagnetic emissions of heat pumps’ electrical components, to continuously improve performance and enhance stability.
A POOL OF PARTNERS
Boosting internal competencies
through prestigous, external partnerships
We collaborate with universities and educational institutions to enhance access to resources and our people skills. As academic institutions are invaluable hubs of knowledge, we benefit from this continuous exchange while supporting education and closing the labor market gap through training, career opportunities, and talent scouting.
Politecnico di Milano
In 2026, Ariston Group and Politecnico di Milano have signed a new five-years Framework Agreement for scientific collaboration and an Implementing Agreement in the field of Sustainable space and water heating and cooling. The research activities will cover six key areas: energy systems and heat transfer, mechanics and materials, energy fluids, fluid dynamics and ventilation, acoustics and vibrations, electronics and control systems. The Agreement will also include training activities and employer branding and recruiting initiatives delivered by the Politecnico’s Career Service, as well as the collaboration to identify funding opportunities at both national and international levels.
Deggendorf Institute of Technology
In 2026, Ariston Group inaugurated the WOLF Campus, a state-of-the-art training and knowledge center housing a technology transfer center for sustainable building technology established by Deggendorf Institute of Technology. Research there focuses on four key areas: sustainable building operation, digitalization in building technology, the use of big data and artificial intelligence, and advancements in heating, ventilation, and flow technology. The objective is to jointly develop practical solutions for the building technology of the future.
Università Politecnica delle Marche
In 2023, Ariston Group signed a framework agreement with Università Politecnica delle Marche, to facilitate research activities. In particular as a starting point, through dedicated thesis, PhDs and research activities, we have had the opportunity to further deepen our knowledge on renewable technologies, focusing on systems optimization, studying the mechanical characterization of expanded materials for heat pumps, developing advanced algorithms for heating systems and reducing noise emission of our products.
our patent strategy
Leveraging innovation as a strong competitive assets
Protecting our intellectual property is crucial for maintaining a strong competitive edge and fostering innovation. To safeguard our inventions, we constantly review ideas with potential for patentability and navigate the examination processes. As we manage our patent portfolio, we push the boundaries of technology while maintaining alignment with our broader business objectives. Our patent strategy development encompasses several key directions, driving our technological leadership to ensure that intellectual properties remain a valuable asset for the group.
High performance solutions
Energy efficiency and sustainability
Smart and connected systems and user experience
Thermal energy storage, hybrid and intergrated systems