Air Source Heat Pump
热泵在商业应用中正变得越来越受欢迎，因为它可以获得更高的温度输出，并且比热水锅炉更高效。
Features:
- Environmental Friendly
- Minimize CO2 Emission
- Energy, fossil saving
- High COP performance
- Less in Payback period
- High Reliability
- Compact in Size
- Easy to operate and maintenance
A wide capacity range is available from 20kW to 2000kW as per customers’ request.
Technical Information
Applications for AROTEX Heat Pump
- Swimming Pool Heating
- Hospital Hot Water Usage
- Hotel Hot Water Usage
- Space Heating for Hotel, Schools, Data Centre
- Industrial Process Heating and Cooling
- VAV Reheat
- Reheat Coils
Installation & Operation
- Modular Design fits to smaller plant room or renovation project
- Installation quickly
- Easy to operate with large LCD screen display
Control System
- Programmable Logic Controller
- Manual switch for emergency redundancy
- Remote control
- BMS interface in different communication
- Options for MODBUS, BACNET, LON, MBUS
Flexible in Design
- Wide model range in capacity
- Panel & display can be array in various allocation
空气源热泵是一种典型的逆卡诺循环系统；它从环境中（周围空气的温度）吸收热量，以产生温度在60摄氏度±5摄氏度之间的热水。
该系统的工作原理如下，
1) 吸收环境热量并将其传递给制冷剂，使制冷剂变为气态。
2) 随后，这种气态的制冷剂进入压缩机，其温度会升高。
3) 离开冷凝器（即换热器）后，热量被传递到热水储罐中。
4) 制冷剂将通过系统的膨胀阀，整个过程再次重复。
性能系数（COP）约为3.5。
Maskinfabrikken ARO A/S is a well-known brand in Europe which provides an effective heating solution. With more than 70 years of experience in producing high-quality heating products like Heat Pump, Water Heater, Storage Calorifier and Package Heat Exchange Unit, AROs remain in the leading position as a heating solution provider. With the continuous development of the heat recovery system, ARO offers a wide range of high-efficiency Heat Pump for various applications. ARO Heat Pumps are used by major companies in Denmark and Europe. With ARO’s unique design, ARO Heat Pump meets the excellent performance in environmental aspects including Energy Efficiency, Heat Recovery, Minimized Fossil Fuel Usage and Carbon Generation.
Rather than a traditional low-temperature heat pump, ARO is also dedicated to developing high-temperature heat pump which can generate hot water at over 80℃ to suit a vast number of applications. This type of high-temperature heat pump can operate even at a very low-temperature environment of -25℃, but still generate 60℃ hot water continuously. The traditional single stage heat pump could never operate in such an extreme environment. This type of heat pump can replace hot water boilers in many circumstances. Compared with traditional heat pump, the high-temperature heat pump has an absolute advantage in efficiency performance, environmental protection, and operating & maintenance expenses.