Defined as the key technology of the global transition for safe and sustainable heating, heat pumps - powered by carbon-neutral electricity - represent one of the recommended technologies to decarbonize the building sector.
Heat pumps can be key in helping to fight climate change: according to the International Energy Agency (IEA), they could reduce global CO2 emissions by at least 500 million tons by 2030, equal to the annual CO2 emissions of all cars in Europe today.
Looking at 2050 targets, electrification will account for about half of the reduction in direct CO2 emissions in the sector.
The European heat pump market is growing, with air-water models leading most markets thanks to their lower cost compared to geothermal heat pumps but also for their energy efficiency, reduced noise, and connectivity technologies.
The EU’s REPowerEU plan aims to diversify gas supply and promote electrification.
In particular, replacing gas boilers with heat pumps will have a crucial impact on reducing natural gas consumption in buildings.
Several EU countries have already shown political support for heat pump technology, in line with the European Union’s commitment to promoting the transition to cleaner and more sustainable energy sources.
IEA forecasts that heat pumps will play a key role in reducing gas consumption for heating by 2030.
Based on such scenario, about 2.5-3% of the existing building stock is expected to be renovated yearly, with the installation of heat pumps in most cases.
The hydronic heat pump interface module optimizes heating, cooling and domestic hot water (DHW) production functions.
Thanks to the inertial puffer, it decouples the heating and cooling system from the operating state of the heat pump.
This pre-assembled, compact and unobtrusive solution simplifies installation by reducing masonry work, installation time and the possibility of errors.
The freezing protection valve prevents damage to the system in the event of ice formation.
Designed especially for monobloc heat pump systems, the valve allows the fluid to drain when its temperature reaches 1 °C.
Thanks to this component glycol is not needed.
The valve is suitable for cooling with radiant system and with fan coils.
The adjustable magnetic dirt separator simplifies heat pump maintenance and helps boost its efficiency preventing malfunctioning caused by impurities in the hydraulic circuit.
Made of brass to provide superior resistance to high temperatures and pressures, this product exploits a triple filtration action to effectively remove impurities.
The special adjustable fitting enables a wide range of installation possibilities.
The product is available for small and large dimensions.
The 3-way zone valve ensures energy optimization and allows switching between two operating modes: DHW production and heating and cooling.
The product is equipped with a quick-opening actuator, switching in as little as 8 seconds.
The compact automatic filling unit regulates system pressure to a preset value, automatically replenishing missing water.
Removable cartridge and filter simplify cleaning and maintenance.
