Audited Supplier
HP02
ISO9001
Freon
Air Source Heat Pump
Air
Ipx4
R410A
LW
Case
8P
China
8418612090
Product Description
Heat Pump
1. Air Source Heat Pump Introduction
Air Source Heat Pump utilize the thermal energy stored in the air as a source of heat without combustion, smoke emission, waste, or pollution, making them an efficient and environmentally friendly energy utilization technology.
Air Source Heat Pump Cold(Heat) Air Blowers are Heat Pump Air Conditioning Systems that combine cooling and heating functions. In addition to the cooling functions of traditional air conditioners, Heat Pump Air Conditioners can also reverse the refrigeration cycle process to absorb heat from the outdoor air and transfer it indoors for heating purposes.
In summer, Heat Pump Air Conditioners absorb indoor heat and expel it outdoors through the outdoor unit to achieve cooling effects; while in winter, Heat Pump Air Conditioners absorbs outdoor heat and transfer it indoors through the indoor unit to achieve heating effects. They are widely used in homes, businesses, agriculture, and industry for cooling and heating needs.
2. Compare with Air Conditioner
Working Temprerature Comparison/ Air Source Heat Pump Cold(Heat) Air Blowers have a lower cooling temperature. Electric Air Conditioners have a minimum cooling set temperature of 16ºC, with an outlet temperature of around 7ºC,while Air Source Heat Pump Cold(Heat) Air Blowers can set the temperature as low as 3ºC, and the outlet temperature can reach -5ºC. Therefore, Air Source Heat Pump Cold(Heat) Air Blowers have a lower cooling capacity and better effect in the cooling process compared to Electric Air Conditioners.
Compressor Differences/Air Source Heat Pump Cold(Heat) Air Blowers use heat pump-specific compressors, while Electric Air Conditioners use sir conditioning compressor. Compared to air conditioning compressors, heat pump compressors have superior performance, higher operating efficiency, and greater cooling capacity.
Greater Air Circulation/Electric Air Conditioners typically have an air circulation rate of 2000m³/h, while Air Source Heat Pump Cold(Heat) Air Blowers have an air circulation rate of 6000 m³/h. With a larger air circulation volume, under the same time and power conditions, Air Source Heat Pump Cold(Heat) Air Blowers cool faster and provide better results.
3. Compare with Air Source Heat Pump Unit
1. Air Source Heat Pump Introduction
Air Source Heat Pump utilize the thermal energy stored in the air as a source of heat without combustion, smoke emission, waste, or pollution, making them an efficient and environmentally friendly energy utilization technology.
Air Source Heat Pump Cold(Heat) Air Blowers are Heat Pump Air Conditioning Systems that combine cooling and heating functions. In addition to the cooling functions of traditional air conditioners, Heat Pump Air Conditioners can also reverse the refrigeration cycle process to absorb heat from the outdoor air and transfer it indoors for heating purposes.
In summer, Heat Pump Air Conditioners absorb indoor heat and expel it outdoors through the outdoor unit to achieve cooling effects; while in winter, Heat Pump Air Conditioners absorbs outdoor heat and transfer it indoors through the indoor unit to achieve heating effects. They are widely used in homes, businesses, agriculture, and industry for cooling and heating needs.
2. Compare with Air Conditioner
Working Temprerature Comparison/ Air Source Heat Pump Cold(Heat) Air Blowers have a lower cooling temperature. Electric Air Conditioners have a minimum cooling set temperature of 16ºC, with an outlet temperature of around 7ºC,while Air Source Heat Pump Cold(Heat) Air Blowers can set the temperature as low as 3ºC, and the outlet temperature can reach -5ºC. Therefore, Air Source Heat Pump Cold(Heat) Air Blowers have a lower cooling capacity and better effect in the cooling process compared to Electric Air Conditioners.
Compressor Differences/Air Source Heat Pump Cold(Heat) Air Blowers use heat pump-specific compressors, while Electric Air Conditioners use sir conditioning compressor. Compared to air conditioning compressors, heat pump compressors have superior performance, higher operating efficiency, and greater cooling capacity.
Greater Air Circulation/Electric Air Conditioners typically have an air circulation rate of 2000m³/h, while Air Source Heat Pump Cold(Heat) Air Blowers have an air circulation rate of 6000 m³/h. With a larger air circulation volume, under the same time and power conditions, Air Source Heat Pump Cold(Heat) Air Blowers cool faster and provide better results.
3. Compare with Air Source Heat Pump Unit
| Item | Air Source Heat Pump Heat Air Blower | Air Source Heat Pump Unit |
| Initial Investment | Low initial investment/eliminating the need for investmnet in circulating pumps, pipeline pumps, buffer tanks antifreeze, and terminal and pipeline fittings, heat preservation, as well as the installation cost of main unit and terminals. Additionally, there is no need to consider equipment antifreeze in winter. | High initial investment/pumps, water tanks, water softing equipment, pipelines, terminal equipment(radiator, fan coil unit, floor heating,etc.) are required, with complex structure, large land occupation and high investment. |
| Energy Efficiency | Higher Energy Efficiency Ratio/ Air Source Heat Pump Heat Air Blowers directly blow out the heat or coolness of the refrigerant with a fan, directly delivering into the room. This eleminates the heat exchange between the refrigerant and water, as well as the heat exchange between water and terminal, thus reducing heat loss by skipping two heat exchange processes, resulting in a higher energy efficiency ratio. | Water is circulated by a pump through the main heat exchanger where heat exchange occurs. Water carries the heat produced by the main unit to the terminal equipment(radiator, fan coil unit, floor heating,etc.) for heat dissipation. This process involves two additional heat exchange steps, and the pump also sonsumes electricity, resulting in a lower heat exchange efficiency compared to air source heat pumps. |
| Installation | Quick installation, a greenhouse of 1000 square meters can be installed in about one day. | The installation is comlex, and it takes about 7days to complete the installation of a greenhouse covering 1000 square meters. |
| Failure Rate | There is only one main unit and one indoor unit, with a simple structure and low failure rate; if a piece of equipment fails to work, it does not affect the overall heating effect. | The system with pumps, pipelines,and terminal devices(radiator, fan coil unit, floor heating,etc.)is complex instructure and has a higher rate of failure; if the main unit fails, it will affect the heating effectof entire greenhouse. |
| Antifreezing | Fluoride refrigerant system, not afraid of freezing. | The water system connot be powered off during winter and must operate at low temperatures; in the event of a power outage or if power needs to be cut off, it is necessary to drain the water promptly;if use antifreeze liquid is costly |
