Co2 Heat Pump

Zew Zealand 8kw Residential CO2 Heat Pump System for Combined Space Heating and Hot Water Heating Description of DORIN INVERTER CO2(R744) Heat Pump Systems Carbon dioxide high temperature heat pump air source and water source The carbon dioxide transcritical heat pump unit has a significant energy saving effect in waste heat recovery. Through the excellent characteristics of carbon dioxide supercritical, only a small amount of electricity is required to produce high

160 kw CO2 water source heat pump commercial usage industry school university heating and hot water 1. Product model: LN-160ZW 2. Refrigerant: carbon dioxide (R744/CO2); 3. Heating capacity: 160kW; 4. Cooling capacity: 124.5kW; 5. Operating power: 35.5kW 6. Comprehensive energy efficiency: 8.01 7. Heating temperature: 55-98℃; 8. Refrigeration temperature: 3-15℃; 9. Use function: places that need hot water and cold water at the same time. CO2 Refrigerant: Advantages ①Non

106kw air source heat pump R744(CO2) outlet of 90 degree Description of 106kw air source heat pump R744(CO2) outlet of 90 degree The carbon dioxide transcritical heat pump unit has a significant energy saving effect in waste heat recovery. Through the excellent characteristics of carbon dioxide supercritical, only a small amount of electricity is required to produce high-temperature hot water. In the cold area of ​​100 to 20 degrees in the north, the waste heat of the air can

75 kw CO2 water source heat pump 1. Product model: LN-75ZW 2. Refrigerant: carbon dioxide (R744/CO2); 3. Heating capacity: 75kW; 4. Cooling capacity: 59.8kW; 5. Operating power: 16.3kW; 6. Comprehensive energy efficiency: 8.26; 7. Heating temperature: 55-98℃; 8. Refrigeration temperature: 3-15℃; 9. Use function: places that need hot water and cold water at the same time. CO2 Refrigerant: Advantages ①Non-flammable, non-toxic. ② Natural product. 3Does not require any special

45 kw CO2 Cascade AC Inverter Heat Pump Integral ultra-low temperature cascade carbon dioxide heat pump 1. Liquid crystal display; carbon dioxide heat pump variable frequency drive, R134a unit is fixed frequency; 2. Refrigerant: carbon dioxide (R744) + R134a; 3. Setting range: heating 65/40℃, cooling 7/12℃; 4. Working condition: -45-43℃; 5. The CO2 heat pump unit and the R134a unit work at the same time during heating in winter; 6. The carbon dioxide heat pump unit adopts

Residential hot water CO2 air source heat pump at -15°C outdoor temperature and the output water temperature 80°C CO, Refrigerant: Advantages for ① Non-flammable, non-toxic. ② Natural product. 3Does not require any special procedures to recover refrigerant 4 No need to reacquire. 5 No damage to the Ozone Layer. 6.ODP=0 (Ozone Threat Potential Value 0)2 7.GWP=1(Greenhouse Effect Potential Value 1) 8.Not subject to any country's tax and regulatory regulations. Advantages for CO

30kW CO2 air source heat pump at -15°C outdoor temperature and the output water temperature about 80°C CO, Refrigerant: Advantages for ①Non-flammable, non-toxic. ② Natural product. 3Does not require any special procedures to recover refrigerant 4 No need to reacquire. 5 No damage to the Ozone Layer. 6.ODP=0 (Ozone Threat Potential Value 0)2 7.GWP=1(Greenhouse Effect Potential Value 1) 8.Not subject to any country's tax and regulatory regulations. Advantages for CO, Heat Pump:

DORIN INVERTER CO2(R744) Heat Pump Systems Carbon Dioxide High Temperature Heat Pump Air Source And Water Source Description of DORIN INVERTER CO2(R744) Heat Pump Systems Carbon dioxide high temperature heat pump air source and water source The carbon dioxide transcritical heat pump unit has a significant energy saving effect in waste heat recovery. Through the excellent characteristics of carbon dioxide supercritical, only a small amount of electricity is required to produce

Description of DORIN INVERTER CO2(R744) Heat Pump Systems – for both Practical and Cost-Saving Benefits The compressor sucks low-temperature and low-pressure gaseous carbon dioxide refrigerant from the evaporator, and compresses the carbon dioxide refrigerant into a high-temperature and high-pressure supercritical fluid through work. The high-temperature and high-pressure supercritical fluid enters the gas cooler to exchange heat with water, and is cooled in the gas cooler.

Description of AC Inverter CO2 Heat Pump Residential CO2 heat pump system for combined space heating and hot water heating Energy-efficient and renewable residential CO2 heat pump About the technology An air to water heat pump is a very efficient device that uses heat in the ambient air for hot water production. Its heat energy output is about three to five times as high as the electricity input. The way it works is opposite to that of an air conditioning system: it uses a

R744 CO2 Air To Water Heat Pump 160kW Commercial Usage For Heating And Cooling Hot Water -30degree Description of R744 CO2 Air to water Heat pump 160kW Commercial usage for heating and cooling hot water -30degree The compressor sucks low-temperature and low-pressure gaseous carbon dioxide refrigerant from the evaporator, and compresses the carbon dioxide refrigerant into a high-temperature and high-pressure supercritical fluid through work. The high-temperature and high

R744 CO2 Air Source Heat Pump Water Heater For Residential Heating 7.45kw Output Of 90 Degree With Dorin Compressor Description of R744 CO2 Air Source Heat Pump Water Heater for Residential Heating 7.45kw output of 90 degree with dorin compressor The compressor sucks low-temperature and low-pressure gaseous carbon dioxide refrigerant from the evaporator, and compresses the carbon dioxide refrigerant into a high-temperature and high-pressure supercritical fluid through work.

The characteristics of CO2 heat pump 1. Environmental Sustainability Attributes: Carbon dioxide (CO₂), serving as a natural refrigerant, exhibits zero ozone depletion potential (ODP) and an ultralow global warming potential (GWP) of 1, a stark contrast to synthetic refrigerants (e.g., R410A with a GWP of 2080). Its ecologically favorable characteristics position it as a climate-conscious alternative for low-carbon refrigeration and heating technologies, aligning with global

8 kw R744 CO2 Heat Pump Water heater residential usage -25 degree stable Description of DORIN INVERTER CO2(R744) Heat Pump Systems Carbon dioxide high temperature heat pump air source and water source It is always very cold in Europe and America, CO2 heat pumps work very stable under -25℃,please reference COP performance and technical datas last email. Stable Outlet of 90℃, which is R410 cannot achive Dorin Compressor, Wilo pump, special heat exchanger, all spares are high

Eco-Friendly CO2 Heat Pump - -35℃ Cold-Resistant, 7.5 - 40HP As an innovative heat pump technology that harnesses renewable air energy, the carbon dioxide air-source heat pump (CO₂ ASHP) operates by transforming low-grade thermal energy from the ambient environment into high-quality heat for residential heating or cooling applications. In contrast to conventional air-source heat pumps, this system employs environmentally benign refrigerants, thereby significantly reducing the