The transition towards more efficient buildings requires solutions capable of combining energy performance, ease of installation, and seamless architectural integration. Within this context, the combination of INNOVA’s FULDA M and Idropak H1 offers a system designed to replace traditional combustion-based heating plants while meeting the heating, cooling, and domestic hot water needs of both residential and tertiary buildings.
At the heart of the system is FULDA M, the air-to-water heat pump that uses propane (R290) as a natural refrigerant. Thanks to its thermodynamic properties and extremely low Global Warming Potential (GWP), the system delivers high performance even in particularly harsh climatic conditions, maintaining excellent energy efficiency while producing high-temperature water without the need for combustion-based generators.
Designed for both new-build projects and energy retrofits, FULDA M provides a practical answer to one of the sector’s key challenges: replacing existing boilers without compromising comfort, reliability, or operational continuity. Available in outputs ranging from 5 to 15 kW, the system can adapt to different plant configurations, providing winter heating, summer cooling, and domestic hot water production within a single technological ecosystem.
Alongside energy performance, INNOVA has placed particular emphasis on integration within living spaces. The heat pump’s compact and minimalist design facilitates its installation in contemporary architectural settings, helping overcome the traditional perception of technical equipment as something to be concealed. Low noise levels and carefully considered aesthetics make the system a discreet presence that aligns naturally with the language of modern residential architecture.
Completing the system is Idropak H1, the hydronic storage module developed to optimise the instantaneous production of domestic hot water. The solution stores thermal energy in technical water and uses it only when required, improving energy management and maximising the benefits of on-site renewable generation, such as photovoltaic systems. This approach enhances overall system efficiency while also contributing to healthier indoor environments by eliminating the risks associated with traditional domestic hot water storage.
Design flexibility is another key strength of the system. Idropak H1 is available in several floor-standing and wall-mounted configurations, allowing it to adapt to the dimensional and layout requirements of both existing and newly constructed buildings. Its compact dimensions and integrated technological components help reduce space requirements and simplify installation, making it suitable even for projects with limited available space.
Together, FULDA M and Idropak H1 embody an advanced vision of residential building services engineering: a system that combines energy efficiency, environmental sustainability, indoor comfort, and design quality. A solution that responds to the demands of contemporary renovation through technology capable of engaging with architecture and supporting new ways of inhabiting spaces.
