R744 CO2 Natural Refrigerant Heat Pump for Heating and Hot Water

With its excellent high-temperature water output capability and cold-resistant characteristics, R744 CO2 heat pump demonstrates unparalleled adaptability in the following scenarios:

Urban Renovation of Old Buildings (Renovation Projects)

This is the most competitive area for R744 CO2 heat pump. Traditional urban old residential areas often use cast iron radiators as terminals, which typically require water temperatures above 70°C to achieve heating effects. Traditional heat pumps generally output water temperatures below 55°C, making direct replacement difficult. CO2 heat pumps, however, can stably output high-temperature hot water at 75°C-80°C, achieving a seamless green energy replacement without replacing indoor pipe networks and radiators.

Municipal and Public Facilities in Extremely Cold Regions

In high-latitude regions such as Northern Europe, winter temperatures are consistently below -30°C. This R744 CO2 heat pump can still operate stably in environments as cold as -35°C, providing continuous heating for railway stations, border posts, and administrative units.

High-end Villas and Commercial Complexes

For villa owners with extremely high demands for quality of life, or factories and office buildings requiring large-capacity centralized heating, this R744 CO2 heat pump not only provides comfortable heating but also meets the demand for high-quality domestic hot water.

Industrial Specialty Process Hot Water

In addition to heating, its high-temperature output water performance of 80°C can also be widely used in industrial production lines requiring constant-temperature, high-temperature process water, such as food processing, slaughtering, and cleaning.

True Extreme Cold Resistance

Traditional heat pumps often require frequent defrosting or even shutdown for protection below -20°C. Our R744 CO2 heat pump, through technological improvements, can still provide normal heating in ultra-low temperature environments of -35°C, providing a solid support for coal-to-electricity conversion in frigid regions.

Outstanding Energy Efficiency Performance (COP)

Even under harsh operating conditions, the R744 CO2 heat pump maintains extremely high energy efficiency. Experimental data shows that when producing 70°C hot water at an ambient temperature of -12°C, its heating efficiency reaches 2.0; even in extreme environments of -30°C, its COP remains no less than 1.8, far exceeding that of electric boilers and ordinary air-source heat pumps.

Extremely High Hot Water Quality

Utilizing dual-stage compression technology, this R744 CO2 heat pump can achieve a maximum outlet water temperature of 80°C. With a wide range of supply and return water temperature differences (such as 75/50°C or 65/40°C), it can easily adapt to various terminal devices such as underfloor heating, radiators, and fan coil units, resulting in higher heat exchange efficiency.

Safe, Non-toxic, and Non-flammable

Compared to industrial refrigerants such as ammonia, CO2 is non-toxic, non-flammable, and chemically stable, offering a higher safety rating when installed in densely populated administrative or residential areas.

Low Cost Throughout the Entire Life Cycle

Although the initial investment is slightly higher than that of conventional heat pumps, its excellent energy efficiency ratio and the advantage of not requiring modification of indoor terminals, coupled with the low price of refrigerant and the absence of recycling fees, make the overall investment payback period (ROI) of this R744 CO2 heat pump extremely short, making it an economical choice for long-term operation.