pumps offer excellent performance and environmental benefits for a variety of
applications and are very energy efficient, resulting in significant reductions
in electricity and carbon emissions.
pumps use safe and efficient CO2 as a refrigerant, which is a natural gas
compared to other products using standard refrigerants, which is not harmful to
the ecological environment. Additionally, the heat pump provides a constant
supply of hot water from 60°C to 90°C and maintains full capacity at low
ambient temperatures, so has the added benefit of not requiring an external
heating source, reducing installation time and costs.
of CO2 Heat Pumps
to 90°C water supply, even when the outdoor temperature is as low as -25°C
Capable of maintaining 100% capacity at -7°C
Highest coefficient of performance in the industry (4.3 mid-season)*
Significantly reduce operating costs and CO2 emissions
Advanced yet easy to operate touch screen panel with LCD
Humanized schedule setting and one-click setting operation
quality robust technology
pumps can be used in a variety of commercial facilities, including:
Hotels and Hospitality
University and dorms
Health care facilities
Heat Pumps Work
pumps take "free" heat from the outdoor air and amplify it to produce
hot water quickly and efficiently, and can produce hot water up to 90°C without
additional electric immersion heaters. A heat pump uses a coil of cold
refrigerant to absorb "free" heat from the outside air and uses its
unique 2-stage compressor to put the refrigerant under high pressure to raise
its temperature. The onboard heat exchanger then uses the heat from the
refrigerant to generate hot water.
pumps seek to provide energy, cost and carbon savings. The heat pump is most
efficient when supplied with cold water, so cold water is supplied to the heat
pump from the bottom of the tiered storage vessel.
pumps provide efficient and clean space heating using a low GWP (1) natural
the use of natural refrigerants, it is cleaner than any conventional type of
heat pump refrigerant such as R410A or R407C.
flexibility allows it to be installed in many heating applications and is an
effective replacement for traditional gas and oil boilers.