Information dynamics
Detailed Analysis of the Working Principle of Air Conditioning Refrigerant
Air conditioning can move indoor heat outdoors or outdoors to indoors, so as to achieve the regulation of indoor temperature and create a comfortable environment.
Air conditioning can move to heat, depending on the refrigerant state of gas and liquid conversion, refrigerant can be said to be the blood of air conditioning. Refrigerants are generally freon and its derivatives. We usually say that air conditioners need to be fluorinated when there is no fluorine, that is, refrigerant leakage needs to be supplemented. Compressor, the heart of air conditioning, drives the movement of refrigerant.
Everyone knows that when water is boiled, it becomes vapor. When matter changes from liquid to gaseous, it absorbs heat. Similarly, when matter changes from gaseous to liquid, it emits heat. On the plateau, because of the low pressure, water boils at less than 100 degrees Celsius, and the pressure cooker can increase the pressure, so that the boiling point of water increases.
Air conditioning is to use these two principles, compressor to transport high-pressure liquid refrigerant to the evaporator (indoor machine), refrigerant expansion pressure after the expansion valve dramatically reduced from liquid to gaseous absorption of indoor heat.
Then the refrigerant of low pressure gas is sent back to the compressor to compress into high pressure gas, and then through the condenser (outdoor unit) into liquid from gas, giving out heat. Then the high-pressure liquid refrigerant is sent to the evaporator, which constitutes a refrigeration cycle.
Air conditioning can move to heat, depending on the refrigerant state of gas and liquid conversion, refrigerant can be said to be the blood of air conditioning. Refrigerants are generally freon and its derivatives. We usually say that air conditioners need to be fluorinated when there is no fluorine, that is, refrigerant leakage needs to be supplemented. Compressor, the heart of air conditioning, drives the movement of refrigerant.
Everyone knows that when water is boiled, it becomes vapor. When matter changes from liquid to gaseous, it absorbs heat. Similarly, when matter changes from gaseous to liquid, it emits heat. On the plateau, because of the low pressure, water boils at less than 100 degrees Celsius, and the pressure cooker can increase the pressure, so that the boiling point of water increases.
Air conditioning is to use these two principles, compressor to transport high-pressure liquid refrigerant to the evaporator (indoor machine), refrigerant expansion pressure after the expansion valve dramatically reduced from liquid to gaseous absorption of indoor heat.
Then the refrigerant of low pressure gas is sent back to the compressor to compress into high pressure gas, and then through the condenser (outdoor unit) into liquid from gas, giving out heat. Then the high-pressure liquid refrigerant is sent to the evaporator, which constitutes a refrigeration cycle.
