June 26, 2025
A groundbreaking air source heat pump technology has emerged, combining high-temperature heating capabilities with excellent energy efficiency to meet the growing demand for sustainable heating in the commercial, industrial, and residential sectors. This system aims to utilize ambient air energy to provide reliable performance under various climatic conditions, marking a new standard for green heating solutions.
1. Excellent energy efficiency
By utilizing advanced inverter technology, a coefficient of performance (COP) of 4.5 can be achieved under standard conditions, saving 50% energy compared to traditional electric boilers.
The intelligent defrosting system can maintain high efficiency even at low temperatures, with a COP of 2.8 at -20 ° C, which is 30% higher than traditional air source heat pumps.
2. Wide temperature working range
The high-temperature model can output water up to 90 ° C, suitable for industrial processes such as electroplating, textile dyeing, and food sterilization.
The cold climate variant operates reliably within the range of -25 ° C to 43 ° C, making it an ideal choice for northern and high-altitude regions.
3. Environmental design
Using R32 refrigerant (Global Warming Potential=675), which is a low-carbon alternative to traditional refrigerants with zero ozone depletion potential.
Compared with natural gas boilers, carbon emissions have been reduced by 70%, which is in line with global carbon neutrality goals.
4. Intelligent control and modular design
Supporting remote monitoring of the Internet of Things allows for real-time performance tracking and predictive maintenance through dedicated applications.
Modular units (5-100HP) are suitable for projects of any scale, from residential to large industrial complexes.
Multiple application scenarios
Business and Industry
Hotels and hospitals: The centralized hot water system provides daily water at 60 ° C, with a 20HP unit supplying 20 tons of hot water per day.
Industrial process: The 90 ° C high-temperature model supports electroplating bath heating and textile dyeing, achieving a 40% energy cost savings in the factory case study.
Residential and district heating
Cold climate housing: replacing traditional coal-fired boilers in northern China, providing 55 ° C floor heating with an annual COP of 3.5.
District heating: The large-scale system of apartment buildings, combined with solar thermal storage, achieves all-weather low-carbon heating.
Customer FAQs & Expert Answers
Q1: "How does the system perform in extremely cold weather? ”
A: Advanced two-stage compression technology ensures stable operation at -25 ° C, while professional models can maintain 90% heating capacity even at -30 ° C. Intelligent defrosting cycle can minimize efficiency loss under snow conditions to the greatest extent possible.
Q2:“What are the maintenance requirements for air source heat pumps? ”
A: Daily maintenance is minimal, mainly involving annual filter cleaning and refrigerant level checks. Modular design allows for easy replacement of components, with typical service costs 40% lower than gas boilers.
