June 24, 2025
A new generation of CO₂ heat pump technology has emerged, addressing critical gaps in industrial heating and sustainable energy solutions. Leveraging carbon dioxide (R744) as a natural working fluid, the system combines unprecedented high-temperature output with exceptional cold-weather reliability, marking a paradigm shift in commercial and industrial heating.
Technical Breakthroughs for Diverse Demands
Environmental Purity: With ODP=0 and GWP=1, CO₂ eliminates the environmental impact of traditional refrigerants, aligning with global carbon neutrality initiatives.
Extreme Temperature Adaptability: Operates efficiently from -35°C to 43°C, maintaining a COP of 2.8 at -20°C (30% higher than conventional systems in similar conditions) and reaching 4.5 under standard loads.
High-Pressure System Design: Advanced engineering ensures stable performance at 15MPa high-side pressure, enabling consistent heat delivery in demanding industrial processes.
Industrial Process Heating: Ideal for electroplating (85°C bath temperature), textile dyeing (60-80°C), and food sterilization (90°C), achieving 40% energy savings compared to electric boilers in case studies.
Cold-Region Heating Solutions: Proven in -40°C environments, the system provides 60°C domestic hot water with an annual COP of 3.8, replacing coal boilers in remote industrial sites.
Commercial Hot Water Systems: Modular units (7.5-40HP) supply large-scale facilities, such as university dormitories requiring 20 tons of 60°C water daily or hotels with centralized heating needs.
Dual-Stage Compression: Enhancing low-temperature COP by 20% in subarctic conditions.
IoT-Enabled Monitoring: Real-time performance tracking and predictive maintenance via cloud platforms.
Multi-Energy Hybrid Systems: Combining with thermal storage for 24/7 decarbonized heating.
