AQUA, an experienced player in pool equipment, has developed high-temperature heat pumps for special applications requiring high water temperature up to 80℃. Equipped with Siemens POL461 main-board and electrical components, the units ensure stable performance under high temperatures. The fin-shaped copper tube high-efficiency tank delivers efficient heat transfer. Available in 10–50HP, they provide reliable high-temperature hot water for hotels, saunas and other facilities.
AQUA, an experienced player in pool equipment, has developed high-temperature heat pumps for special applications requiring high water temperature up to 80℃. Equipped with Siemens POL461 main-board and electrical components, the units ensure stable performance under high temperatures. The fin-shaped copper tube high-efficiency tank delivers efficient heat transfer. Available in 10–50HP, they provide reliable high-temperature hot water for hotels, saunas and other facilities.
High temperature heat pump vs ordinary hot water heat pump: The core differences between high-temperature heat pumps and ordinary hot water heat pumps lie in outlet water temperature and system design. Ordinary hot water heat pumps normally heat water to below 45℃, mainly used in daily hot water and pool constant temperature applications. High-temperature heat pumps can reach up to 80℃, specially designed for special high-temperature scenarios such as central heating, industrial high-temperature heat exchange and chemical heating.
In terms of system configuration, high-temperature heat pumps operate under higher pressure, so they use high-strength special compressors and high-temperature resistant refrigerants to ensure stable performance under extreme conditions. Core components such as heat exchangers are optimized for high temperature resistance, with a more complex structure and higher initial cost.
In summary, ordinary heat pumps meet daily hot water needs, while high-temperature heat pumps, with stronger pressure and temperature resistance, replace traditional boilers in industrial and high-temperature heating fields.
High Efficiency and Energy Saving
Utilizing a finned copper tube heat exchanger, the heat exchange area is increased, achieving highly efficient heat exchange between water and refrigerant. Rapid heat transfer ensures both heating performance and energy efficiency.
High Efficiency and Energy Saving
Utilizing a finned copper tube heat exchanger, the heat exchange area is increased, achieving highly efficient heat exchange between water and refrigerant. Rapid heat transfer ensures both heating performance and energy efficiency.
Reliable Core Components
Equipped with a high-quality compressor and Siemens POL461 mainboard, core electrical components are of superior quality, ensuring stable operation even in high-temperature and extreme environments.
Reliable Core Components
Equipped with a high-quality compressor and Siemens POL461 mainboard, core electrical components are of superior quality, ensuring stable operation even in high-temperature and extreme environments.
High-Temperature Heating
Outlet water temperature can reach 80℃, adapting to industrial processes and special high-temperature requirements. Power ranges from 10-50HP, covering most application scenarios, with outstanding heating efficiency.
High-Temperature Heating
Outlet water temperature can reach 80℃, adapting to industrial processes and special high-temperature requirements. Power ranges from 10-50HP, covering most application scenarios, with outstanding heating efficiency.
Intelligent, Safe, and Durable
Features a control system with automatic temperature control and precise defrosting functions. Multiple safety protections ensure reliable operation, adaptability to complex operating conditions, and convenient maintenance.
Intelligent, Safe, and Durable
Features a control system with automatic temperature control and precise defrosting functions. Multiple safety protections ensure reliable operation, adaptability to complex operating conditions, and convenient maintenance.
AQUA high temperature heat pumps achieve high efficiency and energy saving through core components and system optimization. Equipped with world-class brand compressors and Siemens POL61 special mainboard, the unit precisely controls operation via high-precision PID calculation to avoid unnecessary energy consumption. The fin-shaped copper tube heat exchanger adopts water-to-refrigerant design, greatly enlarging heat exchange area, improving efficiency and reducing heat loss. The product covers 10–50HP models and intelligently adjusts output according to actual load. With 80℃ high-temperature water output, it significantly reduces operating energy consumption compared with traditional heating equipment, balancing high-temperature performance and energy-saving benefits.
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