The air conditioner refrigeration stops and the humidity rises by 10

Even if the air conditioner is turned on for refrigeration, the humidity of the room will not change much, because the moisture in the air conditioner will be discharged along with the water pipe. But why do you have to turn on your air conditioner at 16 degrees? 25 or 26 degrees is very comfortable, I open 27 degrees at night and cover the quilt, the remote control is the set room temperature, that is, how many degrees you adjust to the room will maintain how many degrees, but in the summer, the air conditioner almost can't hit 16 degrees, so not only power consumption but also air conditioning is easy to break.

It doesn't matter if you turn on 16 degrees or 26 degrees, in fact, the air conditioning temperature of the air conditioner's air outlet is the same. As long as the humidity in your room is not too heavy, there is nothing wrong with it, most likely it is not used properly.

It depends on the situation if the outdoor humidity is 70. If the humidity requirement is high, it is usually caused by excessive air supply. Turning the air supply to the lowest setting will improve.

The number of air conditioners may be too large, or the space may be too small and the air supply will be too strong. This will directly lead to frequent downtime of the air conditioner. The heat exchanger of the internal unit is too large, and the condensate does not have enough time to drain away, and it is blown out when it is shut down, and the humidity rises at the tuyere.

Turn on the air supply gear of the air conditioner to the lowest, and turn it on if it has the ultra-quiet function. Or simply change the air conditioner with a smaller number of horses, let him cool for a longer time, press the refrigeration humidity to 40 or even 35, and there is a limit to the recovery of the humidity when the shutdown humidity rises.

The degree of closure from the outside world is not enough, such as opening the door frequently, and the window door near the internal machine has no sealing function. The moisture in the air is uneven when the machine is stopped. There will be a large error in the measurement.

That's because of the incorrect method of using the air conditioner. When the temperature drops to a certain extent, if you want to stop using the air conditioner, you cannot directly open the doors and windows for ventilation. Because opening the doors and windows immediately at this time will cause condensation to appear on the outer surface of some objects in the room, which will increase the moisture, it is best to wait for the temperature in the room to rise to close to the outdoor ambient temperature before opening the doors and windows.

The air conditioner is accompanied by dehumidification in the refrigeration process, and the relative humidity of the environment that people feel comfortable with should be about 40 60%, when the relative humidity is too large such as above 90%, even if the temperature is within the comfort range, the feeling is still not good.

Try it on dehumidification mode.

The increase in room temperature will cause a small amount of moisture to evaporate from indoor objects, and the evaporated water vapor will be mixed with the less circulating air in the room, which will naturally cause the indoor humidity to rise relatively.

In the refrigeration mode, in the process of refrigeration, the temperature of the humid air will drop greatly after passing through the evaporator of the air conditioner, the air humidity is in a supersaturated state, and the excess water vapor is precipitated in the form of condensate, which is condensation on the warped sheet of the evaporator, that is, condensation;

When the refrigeration mode reaches a certain equilibrium state, the air humidity also drops to a certain level. This is the principle of dehumidification in the refrigeration mode of the air conditioner, which is actually the "***" that accompanies the refrigeration process, reducing the humidity.

Refrigeration principle. The compressor compresses the gaseous freon into a gaseous freon at high temperature and high pressure, and then sends it to the condenser (outdoor unit) to dissipate heat and becomes liquid freon at room temperature and high pressure, so the outdoor unit blows hot air.

The liquid freon enters the evaporator (indoor unit) through the capillary, the space suddenly increases, the pressure decreases, the liquid freon will vaporize and become gaseous low-temperature freon, thereby absorbing a large amount of heat, the evaporator will become cold, and the fan of the indoor unit will blow the indoor air through the evaporator, so the indoor unit blows out of the cold air; When the water vapor in the air meets the cold evaporator, it will condense into water droplets and flow out down the water pipe, which is why the air conditioner will produce water.

This phenomenon you are talking about, theoretically does not make sense, since it can be refrigerated, there is condensate on the condenser, this condensate is the water vapor in the air in your room, and the room can be refrigerated and dehumidified.

My Gree Q platinum inverter air conditioner is also looking for a solution in this way.

Summary. When the air conditioner is working, the temperature of the evaporator of the indoor unit is very low, and when it comes into contact with the ambient air, it will produce condensation and discharge it into the room through the drain pipe. If the indoor air humidity is high, the more condensation.

Whether the air conditioner is cooling or heating, the indoor air humidity will decrease, and it is necessary to increase the indoor air humidity.

When the air conditioner is working, the temperature of the evaporator in the room is very low, and when it comes into contact with the ambient air, condensation will be generated, and it will be discharged into the room through the drain pipe. If the indoor air humidity is high, the more condensation will be hidden. Whether the air conditioner is making cold or heating, the indoor air humidity will decrease, and it is necessary to increase the indoor air humidity.

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