Views: 0 Author: Site Editor Publish Time: 2025-08-20 Origin: Site
In the global wave of carbon neutrality, traditional energy-intensive heating systems are gradually being phased out. CO₂ heat pumps, as a revolutionary green technology, are rewriting the rules of the energy industry with their unique advantages. Whether in frigid winters or scorching summers, in residential buildings or industrial parks, they provide efficient, low-carbon, and stable thermal energy solutions, becoming a key force in promoting sustainable development.
1. Environmental Protection: Zero Carbon Footprint, In Line with Global Trends
CO₂ heat pumps use natural refrigerant CO₂ (R744), which has an Ozone Depletion Potential (ODP) of 0 and a Global Warming Potential (GWP) of only 1, far lower than traditional synthetic refrigerants. This means that during operation, they do not damage the ozone layer or exacerbate the greenhouse effect, perfectly aligning with international environmental regulations and corporate carbon reduction goals. For enterprises pursuing green production and families advocating low-carbon life, CO₂ heat pumps are the ideal choice to fulfill environmental responsibilities.
2. Extreme Climate Adaptability: Stable Operation in -35°C Frigidity
One of the most striking advantages of CO₂ heat pumps is their excellent low-temperature performance. Even in extremely cold regions where the ambient temperature drops to -35°C, they can still stably produce high-temperature hot water (up to 90°C) and maintain efficient heating. For example, in a railway bureau heating project in an area with a minimum winter temperature of -40°C, CO₂ heat pumps ensure the indoor temperature remains at 20°C with a water supply temperature of 70°C, completely solving the problem of insufficient heating in frigid regions.
3. High Efficiency and Energy Saving: Reducing Operating Costs Significantly
With a Coefficient of Performance (COP) of up to 4.5 under standard working conditions, CO₂ heat pumps convert electrical energy into thermal energy with extremely high efficiency. Compared with electric boilers, they can reduce energy consumption by more than 50%; compared with gas boilers, they avoid the problem of high heat loss. Taking a factory canteen project serving 700-800 people as an example, a 7.5HP CO₂ heat pump provides 65°C hot water, saving more than 30% of energy costs annually compared to traditional systems.
4. Intelligent and Safe: Unattended Operation with Peace of Mind
Equipped with an advanced intelligent control system, CO₂ heat pumps support remote monitoring and operation via mobile APP. Users can check equipment status, adjust water temperature, and receive fault alerts in real-time, realizing unattended management. At the same time, the system is equipped with 11 safety protections, including high/low pressure protection, anti-freeze protection, and leakage protection, ensuring safe and stable operation throughout the year.
5. Wide Applications: From Daily Life to Industrial Production
Residential and Commercial: Providing hot water for hotels, schools, and dormitories. A university dormitory project uses a 20HP unit to supply 20 tons of 60°C hot water daily, meeting the needs of thousands of students.
Industrial Production: Applied in food processing, parts cleaning, and drying. A Singapore factory uses CO₂ heat pumps to produce 75°C high-purity water and simultaneously provide cooling, achieving a comprehensive energy efficiency of 8.
Extreme Cold Heating: Ideal for mining areas, border stations, etc., ensuring continuous heating in harsh environments.
