Differences between Integrated Air-source Heat Pumps and Split Air to Water Heat Pumps

With the increasing awareness of environmental protection and the threat of energy crises, the demand for efficient energy utilization is growing. As a new type of environmentally friendly energy equipment, air-source heat pumps are gaining more attention and favor. Among them, integrated air-source heat pumps and split air to water heat pumps are two common air-source heat pump systems. They have significant differences in terms of structure, installation, maintenance, and other aspects. So what are the differences between them?

Different Structure

The integrated air-source heat pump system integrates key components such as the evaporator, compressor, condenser, and control system into a single unitized device. In contrast, AXEN's split air to water heat pump system separates the evaporator and condenser, with the evaporator placed indoors and the condenser placed outdoors. This structural arrangement makes the integrated air-source heat pump system more compact, occupying less space, which is suitable for installation in more confined indoor spaces. In contrast, the split air to water heat pump system requires space both indoors and outdoors for installation, thus occupying more overall space.

Different Usage Effect

Due to its compact structure and smaller space occupation, the R290 air source heat pump is usually suitable for small residences or apartments where space is limited. On the other hand, the split air to water heat pump is suitable for larger buildings, allowing for the selection of appropriate combinations of indoor and outdoor units based on specific requirements.

Different Energy Consumption and Efficiency

Due to the structural characteristics of the integrated air-source heat pump, its energy consumption and efficiency are relatively lower. In contrast, the split air to water heat pump has higher energy consumption and efficiency, better meeting the demands for heating and cooling under different conditions.

Different Installation

Secondly, the integrated air-source heat pump system is easier to install and maintain. Since the integrated air-source heat pump system is a unitized design, installation only requires placing the equipment in the designated location and connecting the pipes and power supply. The split air to water heat pump system, however, requires corresponding pipe layout and connections both indoors and outdoors, making the installation process relatively cumbersome.

Different Maintenance and Repair

In terms of maintenance, the integrated air-source heat pump system is more convenient as it requires maintenance on a single unit. In contrast, the split air to water heat pump system requires separate maintenance for the indoor and outdoor equipment, increasing the difficulty and workload of maintenance.

Different Noise Levels

Furthermore, the operating noise of the integrated air-source heat pump system is relatively lower. This is because the integrated air-source heat pump system integrates key components into a single unit, reducing the length of pipes and connections, hence lower operating noise. On the other hand, the split air to water heat pump system requires pipes to connect indoor and outdoor equipment, and the longer pipe length tends to generate noise.