HP90, the nature-inspired CO2 heat pump system producing DHW effectively and sustainably

HP 90 is a CO2 heat pump system for the production of domestic hot water up to 90°C; the Enerblue system, "inspired by nature", uses CO2, making the most of its full potential as a refrigerant in terms of efficiency and sustainability

Among the many benefits of using CO2 as a refrigerant, there is its high thermodynamic performance and a virtually zero impact on the environment: this is why choosing the HP90 system solves any concern relating to international restrictions and regulations applicable to the use of high GWP refrigerants and helps to preserve a healthy environment by avoiding harmful emissions to the atmosphere.

HP90, available in several configurations - air-water, water-water and air-water with cooling recovery - is extremely flexible and suitable for installation with any system.

The wide air-water range allows for the production of high temperature DHW, with a COP of 3.2, which translates into significant savings in utility bills; the version with cooling recovery option achieves even better results, raising the energy efficiency to a COP of 3.7 with a total efficiency ratio of 6.4.

The HP90 heat pump system can produce more than 20,000 litres of domestic hot water per day - an ideal solution for large facilities such as hospitals, hotels, factories and large housing complexes.

The use of heat pump technology and a latest generation green refrigerant ensures remarkable energy savings and lower polluting emissions: compared to an electric boiler, savings of 700 kWh per day and 100 tons of CO2 emissions are achieved in a year.
Finally, the management of each DHW production plant that relies on the potential of HP90 can be easily monitored at any time via a remote control system.

Find out more about the operation of the HP90 CO2 heat pump by viewing the information video prepared by Enerblue: in just a few minutes, you will find out all about the advantages granted by this efficient system and the technical features that make it the ideal solution for sustainable, cost-efficient production of DHW.