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Frequent switching of the machine on and off is not good for the machine itself. 1. Frequent switching not only saves power, but also improves power consumption. When the air conditioner is turned on, it runs at maximum power and speed, cooling the room down quickly.
When the air conditioner reaches the temperature we set, the air conditioner will stop cooling and remain in the macro temperature state (power saving state). When the indoor temperature rises to a certain value, the air conditioner will cool down again (generally the temperature difference will not exceed plus or minus). At the same time, it is also the best condition of air conditioning.
Generally, the actual power consumption will be less than the starting power. If the room temperature reaches the set temperature, turn off the machine. The indoor temperature rises rapidly.
When the air conditioner is turned on again, the air conditioner will cool down at maximum power. So relatively speaking, it will not save electricity, on the contrary, it will be much better.
2.Frequent changeovers can easily cause machine failure, especially when the interval is too short and the refrigerant has not yet flowed back, which is the same as a refrigerator. Moreover, when the air conditioner is started, the power is the largest, the current is large, and it is easier to burn the machine.
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Frequent switching of the machine on and off is not good for the machine itself.
1. Frequent switching on and off will not save power, but will be more powerful.
When the air conditioner reaches the temperature we set, the air conditioner will stop cooling and keep it in a state of macro temperature (power saving). When the indoor temperature rises to a certain value, the air conditioner will re-cool (generally the temperature difference will not exceed plus or minus). At the same time, it is also the best condition of air conditioning.
Generally, the actual electricity consumption will be less than the starting power.
If the room temperature reaches the set temperature, turn the machine off. Then the indoor temperature will rise rapidly, and when the air conditioner is turned on again, the air conditioner will cool at maximum power, so relatively speaking, it will not save electricity, on the contrary, it will be much better.
2. Ways to save electricity.
When you first turn on the air conditioner, you can choose the maximum wind speed and the lowest temperature, so that the room will cool down immediately, and then adjust the air conditioner to the bottom wind operation or automatic wind speed operation after cooling down.
Or when the room reaches the most comfortable temperature for the human body, adjust the air conditioning speed to the minimum, and then use the fan together. This can achieve the most power-saving effect (about 10%).
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No need, if the room reaches the temperature you set, the compressor will stop running, and then it will start automatically when it rises to a certain temperature. This will allow the room temperature to fluctuate around the temperature value you set.
This is why we are now calling for a temperature of 27 degrees, the lower the temperature, the longer the compressor will run and the more electricity will be consumed.
Frequent start and stop of the machine is definitely not good, and it will have an impact on the machine when it starts, only the life of the machine.
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<> "It is unreasonable to use this model very frequently in normal times. In terms of the working principle of the air conditioner, in the dehumidification mode, the hair dryer enters a low-speed operation, which drives the compressor to operate, which can ensure that the humidity in the room is constant. It is open 24 hours a day, and there will be no special abnormal conditions.
At the beginning of the manufacturer's design, each air conditioner will be tested for at least 3 months for 24h uninterrupted long-term operation; It's just that the air conditioning compressor, fan motor, etc. belong to mechanical parts after all, and the parts will wear and tear each other, and if they are continuously opened for a long time, the possible impact is that the wear and tear of the internal parts of the air conditioning compressor will increase, and the actual life of the air conditioner will be affected.
The work of the air conditioning and refrigeration system is the process of continuous gasification and liquefaction of the refrigerant, with the center of the compressor and the expansion valve as the boundary, the whole refrigeration cycle can be divided into two parts: high and low pressure, the details can be understood through the above figure. The refrigerant circulation process in the system can be divided into 4 working processes, as follows: the automatic start-stop system is a very "idealized" function, and the premise of achieving fuel saving and emission reduction must be smooth roads.
If the road is congested, there are many effects of frequent stops, but this does not cover the air conditioning system.
Because the main component of the air conditioner, the compressor, will work when it is refrigerated, and it will automatically stop working when the temperature is enough, or it will also automatically turn off when the engine is turned off, so even if the start-stop system intervenes, the compressor will still start and stop repeatedly according to the normal working mode, or in this way, even if you usually have the habit of repeatedly starting and stopping, only the capacitor will be lost, and it really has nothing to do with the air conditioner.
When the automobile air conditioner is actually working, the temperature of the evaporation box can be as low as nearly 0 degrees, far lower than the ambient temperature, and the water vapor in the air will condense on the surface of the evaporation box to form water droplets. These water droplets provide an environmental basis for the growth of fungi, when the air conditioner is working, due to the low temperature of the evaporation tank, the fungal breeding is not obvious, once the compressor stops running, the refrigerant stops circulating, the temperature of the evaporation box rises, and its surface becomes warm and humid, becoming the best hotbed for fungal growth.
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I think that if you start the air conditioner frequently, it will definitely hurt the air conditioner, because the air conditioner will consume a lot of power whenever it is turned on, which will increase its wear and tear.
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Frequent switching on and off will not save electricity but consume more electricity, when the air conditioner is turned on, it will run at the fastest speed at the maximum power to quickly cool down the room, in order to save electricity, some people frequently turn on and off the air conditioner, start the air conditioner, and turn it off after the room temperature is lowered and they feel comfortable. In fact, this does not save much electricity, but causes loss to the air conditioning compressor and affects the service life of the air conditioner.
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Frequent start of the air conditioner has a certain impact on the air conditioner, which may accelerate the wear and failure of the air conditioner, which is manifested as follows:
Power consumption: The air conditioner needs to consume more electricity when it is started, and frequent start-up will increase the power consumption of the air conditioner, thereby increasing the electricity bill.
Increased wear and tear on the machine: When the air conditioner is started, the compressor and other components will experience a certain amount of pressure and wear, and frequent start-up will accelerate the wear and tear of the machine, thus affecting the service life of the air conditioner.
Reduce the cooling effect: It takes a certain amount of time to achieve the cooling effect after the air conditioner is started, and frequent start-up will cause the air conditioner to be unable to maintain a stable temperature and humidity, which will affect the use effect.
Increase the failure rate: Frequent start of the air conditioner will increase the probability of failure, because the air conditioner needs to go through the process of starting, running, stopping and other parts when starting, and these parts may fail, especially in the case of frequent starting.
Therefore, in order to protect the air conditioner and prolong its service life, it is recommended to reduce the frequent start-up as much as possible when using the air conditioner, which can be adopted in the following ways:
Set a reasonable temperature: Set a reasonable temperature range, try not to adjust too often, and avoid frequent starts and stops.
Reasonable use of timing switches: Reasonable use of timing switch functions to avoid unnecessary starts and stops.
Regular cleaning and maintenance: Regularly clean and maintain the air conditioner to keep it running properly and reduce the occurrence of failures.
Choose the right air conditioner: When buying an air conditioner, you can choose some air conditioners with energy-saving, intelligent control and other functions, which can improve the efficiency of the air conditioner and reduce frequent start-ups.
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Yes, the damage to the air conditioner compressor is very great when the air conditioner is started frequently, and it is better to avoid it as much as possible!
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If the machine is started at least 3 minutes after starting, if the compressor and electronic components are started frequently, the electronic components will break down and the compressor will also be harmed.
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It can be turned on all the time, but leaving the air conditioner on for a long time without interruption will cause damage to the air conditioner.
The circuit boards, power supplies, motors, fans, etc. of air conditioners are all designed according to long-term work, and there is no problem with long-term use, but any electrical appliance has its lifespan, although it will not break down immediately if it is continuously opened for a month, it will accelerate the shortening of its life, so it is not recommended that users continue to open it for a month or more.
And turning on the air conditioner for a long time will cause the indoor air to not be able to exchange with the outside air, increase the content of harmful gases such as carbon dioxide and carbon monoxide in the room, reduce the indoor air quality, breed bacteria and viruses in the room, and people will feel chest tightness, fever, and easy to catch a cold and get sick in this environment.
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The hazards of long-term air conditioning are as follows: 1. It will affect the sweating function of the human body. Blowing the air conditioner for a long time will cause the sweat pores to open and close suddenly, the sweating function will be lost, the sweating will be reduced, and the waste in the body will be difficult to excrete and cause related diseases.
2. Long-term blowing of air conditioners will increase the possibility of upper respiratory tract infection and lower respiratory tract infection. Because there are a lot of bacteria, viruses and other microorganisms in the air, especially indoors, it is very easy to breed. Long-term blowing of air conditioners will reduce the body's immunity and make people infected.
3. Long-term blowing of air conditioners is easy to induce immune system diseases such as rheumatism, and the human body will have related symptoms, such as paroxysmal joint redness, swelling, heat, pain, and even joint deformation.
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If you turn on the air conditioner for a long time, the harm to the body is relatively weak.
It is easy to catch a cold and your immunity will be weakened, and there may be backache.
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Cold: The optimal temperature for human skin contact is 26, but many people are accustomed to turning on the temperature of the air conditioner very low, so that our capillaries will constrict, sweat gland holes can not be opened, and the ability to resist disease will decrease, resulting in colds.
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Long-term air conditioning will affect the perspiration function of human beings, which will cause the sweat pores to open suddenly, the sudden closure of the perspiration function to be lost, the sweating to decrease, and the waste excretion in the body is difficult to cause related diseases.
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