All in One Heat Pump (200L)
Suitable for shower and domestic water demand of two bathrooms, 3 to 5 people
-Waste Heat Recovery
-Domestic Hot Water Heating and Dehumidification
-Domestic Hot Water Heating and Storeroom Cooling
-Domestic Hot Water Heating and Fresh Air Exchange
All in One Heat Pump (200L)
The all-in-one heat pump system (AIPS) is an integrated high-efficiency energy solution combining heating, cooling, and hot water supply. Its core advantage lies in meeting diverse needs through a single system while delivering both high energy efficiency and eco-friendly performance. This system features extensive applications and technical characteristics. The All-in-One Heat Pump is primarily designed for residential use, providing year-round stable domestic hot water supply. Integrated heat pumps deliver energy efficiency 3-4 times higher than traditional electric water heaters, making them particularly suitable for villas and apartments. For heating and cooling, the system utilizes air-source heat pump technology to achieve cooling in summer and heating in winter. Some models support operation in environments with temperatures as low as-35℃°C. Air-source heat pumps are widely used in commercial and public facilities, such as hot water systems in bars/hospitals. Our variable frequency circulating hot water units achieve a COP of up to 4.8 and feature anti-freeze protection. They are also ideal for heating schools and office buildings. The multi-split heat pump system supports zoned temperature control and integrates IoT technology for remote management, effectively reducing energy consumption. The all-in-one heat pump air conditioning unit can also be used in industrial and special scenarios. High-power variable frequency heat pumps for large-scale cold chain and server room air conditioning are used in supermarket refrigeration equipment and data center server rooms, supporting wide-range cooling capacity adjustment . Industrial-grade heat pumps can generate hot water at temperatures ℃above 70°C, suitable for factory and hospital disinfection scenarios. Air-source heat pumps integrate environmental protection with multi-energy complementarity, combining renewable energy sources and collaborating with solar systems to further reduce carbon emissions. Multi-energy synergy solutions, such as those utilizing maglev and centrifugal heat pump technologies, can establish a clean energy network that integrates multiple energy sources. High-efficiency energy-saving models achieve an annual energy efficiency ratio of 5.05, far exceeding the national first-class energy efficiency standard. Environmentally friendly refrigerants using R290, R32 and other low GWP (global warming potential) refrigerants reduce environmental impact. Such systems adapt to diverse needs through modular design, becoming a key technology for green buildings and low-carbon transition.
