As an important component of widely used HVAC systems, air source heat pumps have eight clear advantages。
I.High energy saving efficiency
Direct heating through electric energy has relatively low efficiency. One kilowatt hour of electricity can only produce 1 share of heat energy. This is also one of the reasons why electricity bills are high when air conditioners and electric heating are used in winter.
The air energy heat pump drives the compressor with low electricity, absorbs low-grade heat energy in the air, and converts it into high-grade heat energy. It only consumes 1 kilowatt hour of electricity to get more than 3 parts of heat energy. Therefore, the electric energy consumed by the air source heat pump to generate the same amount of heat is very low.
II.High environmental protection and safety
When the air source heat pump works, it only consumes electricity and does not rely on non-renewable resources such as natural gas, coal, and oil. There will be no open flames, no pollutant emissions, no environmental pollution, and high environmental protection
The power system of the air source heat pump is concentrated in the outdoor unit. The heat is transmitted to the indoor through water. Water and electricity are separated. The indoor will not come into contact with the power supply, which has good safety.
Compared with other heating equipment, it can avoid risks such as fire, explosion, poisoning, electric shock, etc.
III. Low cost of use
The air source heat pump uses 1 kilowatt hour of electricity to generate 3 parts of heat energy. Compared with air conditioning and electric heating, it can save 2/3 in usage costs. Compared with gas wall-mounted boiler heating, it can also save 1/2 of the cost. It is also cheaper than central heating. Can be about 30% cheaper
VII. High heating comfort
Air energy heat pumps mainly use water systems to work. The heating end can be carried out through fan coils, floor heating and radiators.
The air source heat pump is also very comfortable when cooling in summer. The heat pump host generates chilled water and circulates it to the indoor fan coil for heat exchange. The indoor temperature is very constant, and the outlet air temperature of the water system air conditioner is only 12℃-15℃, compared with 7℃-10℃ for the fluoride air conditioner. The low temperature, the outlet air is softer, the outlet air temperature is higher, the temperature fluctuation is smaller and the impact on humidity is smaller
V.Wide range of use
Air source heat pumps use low electrical energy to absorb heat in the air. They can be used wherever there is electricity, water, and air (temperature is above -25°C). They are not affected by light and energy, and are less affected by the environment. Small
The air source heat pump has a stronger ability to adapt to the ambient temperature and can provide heating at -25℃-43℃.
VI.Good stability
All refrigerants used in air conditioners are fluoride, while the refrigerants used in air source heat pumps include fluoride and water. Fluoride is used in the main unit and water is used in the indoor part.
Water is more inert and can retain heat for a longer time. The absorbed heat can be stored in the water for a longer time, making the indoor temperature more constant.
VII.Strong intelligence capability
The air source heat pump host is controlled by a microcomputer. When debugging, set the required parameter configuration, and the host will automatically adjust the water replenishment volume, heat, power-off protection, and water tank insulation based on the outdoor temperature, indoor temperature, and water temperature. And heating and other tasks, no complicated operation control panel is required
VIII.Long service life
The design life of the core components of the air source heat pump is more than 15 years, which can cope with the impact of power aging and scale problems. Of course, regular maintenance can also increase the service life of the equipment.
