Smart Air Heat Pump – All-Climate Performance
High temperature cascade air source heat pump, based on the principle of reverse Carnot cycle, redefines efficient heating through a unique two-stage cycle system. The low-temperature working fluid absorbs heat from the air in the finned heat exchanger, and releases heat energy to the intermediate heat exchanger after being compressed by the first stage compressor; The high-temperature working fluid absorbs heat here and is compressed by a secondary compressor, ultimately outputting steam at 75 ℃, 90 ℃, or even 120 ℃, perfectly replacing coal-fired boilers, gas boilers, and electric boilers.
Even in extremely cold environments of -35 ℃, the two-stage compression technology can intelligently adjust the high and low temperature circulation system to ensure stable operation, and the comprehensive energy efficiency attenuation does not exceed 10%. Equipped with well-known brand ultra-high temperature dedicated vortex compressors, internally threaded copper tube heat exchangers, and gold aluminum fin evaporation technology, the heat transfer efficiency is significantly improved; Environmentally friendly and efficient specialized refrigerants can achieve a stable transition from low temperature to high temperature, up to 85 ℃.
The stainless steel sheet metal body gives the equipment a service life of more than 15 years, and multiple noise reduction designs (such as biomimetic toothed blades and fully enclosed sound-absorbing covers) reduce the operating noise to 56dB (A). The intelligent control system supports 24-hour automatic operation, and the 485 interface can be connected to the remote service system to achieve real-time monitoring, fault warning, and remote control through the 5G cloud platform. Modular design makes installation and maintenance more convenient, with modules serving as backups for each other, ensuring long-term stable heat production.
From industrial high-temperature processes such as electroplating and textile printing and dyeing, to centralized heating in cold regions, hot water supply in hotels and hospitals, and even steam curing of cement prefabricated parts and wastewater evaporation treatment, this heat pump can meet the needs and help achieve the "dual carbon" goal while saving energy and reducing consumption.
