High temperature air source heat pump: redefining efficiency in extreme weather conditions
The limited company has launched a groundbreaking cascaded high-temperature air source heat pump, which is a revolutionary solution that breaks the limitations of traditional heating systems. This technology is designed to thrive in the harshest environments, combining extreme cold resistance with excellent high-temperature output, making it a game changer for global industrial, commercial, and residential heating.
Core technology: Cascade cycle, unparalleled performance
The core of a heat pump is its innovative two-stage cascade system based on the reverse Carnot cycle principle.
Low temperature stage: Heat is absorbed from the ambient air through a finned heat exchanger (even at -35 ° C), converting liquid refrigerant into gas and compressing it to a moderate temperature.
High temperature stage: Further compress and heat the refrigerant, producing hot water at 75 ° C, ultra-high temperature water at 90 ° C, or industrial steam at 120 ° C to meet various heating needs.
This design ensures stable operation under extreme cold conditions, with a maximum capacity decay of only 10% at -20 ° C, which is 30% higher than traditional air source heat pumps under cold conditions.
Key Advantages: Efficiency, Durability, and Versatility
Extreme Temperature Resilience: Operates reliably from -35°C to 43°C, ideal for regions like Northeast China, Siberia, and Northern Europe.
Energy Savings: Achieves superior efficiency with a COP (Coefficient of Performance) that outperforms electric boilers by 50% and gas boilers by 40%. A 100kW unit can reduce annual energy costs by $20,000+ for industrial users.
Eco-Friendly Design: Uses low-GWP refrigerant with zero ozone depletion potential, cutting carbon emissions by up to 70% compared to fossil fuel systems.
Durable Construction: Stainless steel sheet metal and internal threaded copper tubes ensure corrosion resistance and a 15+ year lifespan, even in harsh industrial environments.
Smart Control: Equipped with a proprietary microcomputer system and 5G cloud connectivity, enabling remote monitoring, automatic defrosting, and predictive maintenance via mobile app.
Heat pumps adapt to various high-temperature requirements:
Industrial process: providing 85 ° C water for electroplating baths, 60-80 ° C temperature for textile dyeing, and 120 ° C steam for cement prefabrication and curing, reducing production costs by 20-30%.
Extremely cold heating: supplying power to radiators in office buildings, hospitals, and residential areas at -35 ° C, maintaining an indoor temperature of 20 ° C+and a stable outlet temperature of 75 ° C.
Wastewater treatment: supports evaporation and concentration processes, effectively reducing industrial wastewater volume through high-temperature output.
