What is the power consumption of a first class energy conditioner, Midea air conditioner 22 degrees,

First, it depends on how big the air conditioner is, that is, how many watts of refrigeration input power is?

Second, it depends on the size of the room and the quality of sealing and thermal insulation conditions?

Third, it depends on how much the outdoor ambient temperature is and how many degrees the indoor temperature setting regulates?

If the indoor temperature setting is adjusted to 22 degrees, in the case of high outdoor ambient temperature, the compressor will always work without stopping, and the power consumption will be relatively large, which will not only consume power, but also cause the compressor to overload for a long time without stopping, causing failure and shortening its service life.

If your air conditioner is one-horse, the power consumption in 16 hours is about 11 degrees; If it is a horse air conditioner, the power consumption is about 16-18 degrees.

This is a large 2-horsepower fixed-frequency air conditioner with a cooling capacity of about 5180W. Based on the current level 2 energy efficiency standard, COP=, the power consumption is 1575W. If the temperature is set to 22 degrees; Even below 20 degrees, the compressor may not stop, so the power consumption may be about 1 kWh for one hour and about 38 kWh for 24 hours.

If the set temperature is above 26 degrees, the compressor will automatically stop when the set temperature reaches the set temperature, and start automatically when the indoor temperature rises. In this case, it is estimated that the power consumption may be about 1 kWh for 1 hour and about 24 kWh for 24 hours. It depends on actual usage.

Any other questions are welcome. Hope it helps you and is satisfied. Thank you.

Energy efficiency ratio = refrigeration capacity input power, 5 levels of the machine, 1 hp machine cooling capacity of 2500 watts, according to the formula to calculate the input power of 2500 watts, according to 1 degree = 1000 watts, then the cooling power consumption of the mechanism is the degree of hours, this is the power consumption of the compressor continuous work, if the set temperature is appropriate, Gree is used for an hour, the compressor does not necessarily work continuously for an hour, so this is only the maximum power consumption. The same goes for 10 hours, not more than degrees. If the electricity consumption of heating is not counted as electric heating, it is similar to cooling.

On average, an Air Conditioner with Level 5 energy consumption consumes nearly 1,000 kWh more electricity per year than a Level 1 energy conditioner. Maintenance before start-up: Usually household air conditioners are shut down and deactivated in September, and they are not turned on until May to June of the following year, and they are out of service for more than half a year.

Therefore, before the air conditioner is turned on, a comprehensive "diagnosis" must be done, check whether there is a "problem" with the air conditioning equipment, and do a good job of maintenance and cleaning under the guidance of professional and technical personnel according to the results of the inventory; This maintenance and cleaning should be in place, including the shell, body, and filter of the outdoor unit and the indoor unit, and then start the trial operation to observe the refrigeration speed and effect.

If you have cooling alone, it should be more than 16 degrees per hour, but when the temperature is reached, the air conditioner will adjust itself, that is, between 7-12 degrees. If you make heat, there is more electric auxiliary heating, 2 degrees per hour.

The refrigeration power consumption of the air conditioner is about 1000W, and the heating will be 2000W, so it is abnormal to consume 2 degrees of electricity per hour for refrigeration, and the efficiency of the motor decreases.

The calculation of the power consumption of the air conditioner is calculated by the output power:

1. When the set temperature is not reached, the refrigeration power consumption is about one hour. As for the heating power consumption, if your air conditioner is electric auxiliary heating, it consumes about 2 kilowatt-hours of electricity per hour, and if not, it is basically a kilowatt-hour.

2. When the set temperature is reached, the power consumption will be reduced, and the frequency of start and stop will also be different.

Judge the number of horsepower and cooling capacity of the air conditioner:

1 horsepower of air conditioner refers to the cooling capacity of roughly 2000 kcal, converted into SI units should be multiplied, so the cooling capacity of 1 horsepower should be 2324 (W), where w (watts) represents the cooling capacity, then the horsepower should be 2000 kcal.

By analogy, according to this situation, the number of horsepower and cooling capacity of the air conditioner can be roughly determined, under normal circumstances, 2200W-2600W can be called 1 horse, 3200W-3600W can be called horsepower.

What is the reason why the power consumption of the Meidi air conditioner is close to two degrees in 1 hour, in fact, the reason is very simple, the weather is very hot now, and the temperature you turn on is much lower than the temperature outside, and the natural power consumption is relatively large, if you are very different from the outside temperature, the power consumption will not be so big. Therefore, it is normal for the air conditioner to consume two degrees of electricity.

The input power of the air conditioner is 735, that is, about 1 hour of continuous operation, and the power consumption is kilowatt-hour.

In the case of large power consumption, it may be that this air conditioner is an inverter air conditioner, which can operate at high power, so the power consumption is much higher than 1 kWh.

One hour is kilowatt-hour. This is calculated when the air conditioner is working all the time, and the air conditioner will only be used for heating all the time when the temperature difference between indoor and outdoor is large, or the room is not well heated.

The power of the air conditioner is about right, and the power consumption is in the degree in an hour, so the power consumption of nearly 2 degrees per hour is normal.

The size of the house area of the air conditioner, how many degrees the air conditioner is on, and the level of energy efficiency are all related to the amount of electricity consumed.

The cooling capacity of a 1 hp air conditioner is about 2600W, and the power consumption is about 813W based on the current energy efficiency standard Level 3, COP=. If this is a fixed-frequency air conditioner, you set the temperature at 22 degrees; Even below 20 degrees, then the power consumption of 1 hour may be around the kilowatt-hour. If you set the temperature above 26 degrees, then the compressor can automatically stop when the set temperature is reached, and then start automatically when the indoor temperature rises.

If this is an inverter air conditioner, you set the temperature at 22 degrees; Even below 20 degrees, then the power consumption of 1 hour may be above the kWh, because it will run at high frequency and high power for a long time, which is more expensive than the fixed frequency. If your indoor temperature is set at 26 degrees C, after the temperature is stable, Qingmengyuan will reduce the frequency and power for 1 hour, and in a room with good heat preservation and air tightness, it will consume about 1 hour of electricity. It depends on the actual usage of the answer.

Specifically, it depends on the energy efficiency ratio of the air conditioner, that is, how many watts of refrigeration input power is, and also depends on the size of the room and the sealing and insulation effect, the outdoor ambient temperature and the indoor temperature setting. These conditions have a significant impact on power consumption.

Generally, the power of the horsepower refrigeration input power is generally about 1000 watts, and the average hourly power consumption during refrigeration work is generally between degrees, depending on the above various conditions.

The smaller the refrigeration input power of the air conditioner, the less power consumption, the higher the indoor temperature is adjusted, the less power consumption is when the air conditioner is working, the smaller the room area or the better the sealing and insulation effect, the less power consumption, and the lower the outdoor ambient temperature, the less power consumption.

Attached: Common sense of air conditioning use:

1. First of all, it is necessary to carry out reasonable maintenance of the air conditioner, keep the inside and outside of the air conditioner body clean and clean, and regularly clean the filter screen and the outdoor fin-shaped aluminum foil heat sink to make the air conditioner in the best working condition and achieve the purpose of saving electricity and prolonging life.

2. The temperature difference between indoor and outdoor should not be adjusted too much, when the air conditioning is refrigerated in summer, the higher the indoor temperature is adjusted, the more power saving, and the indoor temperature will increase by 5-8% every time the indoor temperature is lowered by one degree, and it is generally appropriate to adjust it between 26-29 degrees, as long as it does not feel hot. It can also be used in conjunction with an electric fan to improve indoor comfort. In winter, the temperature in the heating room of the air conditioner should not be adjusted too high, and it is advisable to set and adjust it at about 16-22 degrees, the higher the temperature, the greater the power consumption, because the heating consumption of the air conditioner is about twice as large as that of refrigeration.

3. Try to seal the doors and windows of the room, if the sun is directly irradiated, thickened curtains should be installed to improve the sealing and thermal insulation effect of the room.

4. When the air conditioner is working for refrigeration, the wind deflector of the indoor unit should be adjusted to blow the air in the horizontal direction, and the wind speed should also be adjusted to the automatic wind speed, and the air conditioner will automatically adjust the wind speed according to the indoor temperature. If the air conditioner is blowing directly on the bed or person, you can buy a wind deflector online to use it. When the air conditioner heats and heats in winter, it is the opposite, and the air should be adjusted to blow downward, so that the indoor temperature is the most uniform, because the cold air flow is downward, while the hot air flow is upward.

5. In summer, if the outdoor unit is directly exposed to the sun when working, it is best to install a sunshade to improve the heat dissipation effect.

The refrigeration power consumption of air conditioning is 800-1000W (different energy efficiency levels and different power consumption levels), one kilowatt-hour of electricity is 1 kilowatt-hour, and one hour consumes one kilowatt-hour of electricity.

In this case, the smart machine calculates the energy consumption for one hour.

At most, it is consistently at full capacity.

Then the electrical energy of the working trumpet should be about 1 degree.

According to the market electricity price, it is about a yuan fee.

This cannot be generalized, the power consumption of the air conditioner is affected by the ambient temperature, set temperature, room size, sealing, etc.

Summary. Hello, we are glad to answer for you: under normal circumstances, the power consumption of Midea air conditioners for one hour of cooling is kilowatt-hour.

Midea air conditioners consume 36 kilowatt-hours of electricity for 24 hours. If Midea air conditioner is comparable to a first-class energy-efficient inverter air conditioner. The power consumption for 24 hours is about 20 kWh.

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Hello, I am glad to answer for you: under normal circumstances, the power consumption of Midea air conditioner for one hour of cooling is kilowatt-hour. Midea air conditioners consume 36 kilowatt-hours of electricity for 24 hours.

If Midea's air conditioner is a first-class energy efficiency variant, call the frequency air conditioner. The power consumption for 24 hours is about 20 kWh.

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<> Midea's air conditioner consumes more electricity in one night: the air conditioner is used every hour to include about 10 degrees of electricity, and the power is used at about 10 degrees for 8 hours a night, and the specific power of the air conditioner also needs to be seen. The power consumption mainly depends on the power of the compressor, the compressor power = refrigeration capacity to energy consumption ratio.

This answer is applicable to most air conditioning models such as Midea's KFR-23GW DY-K8 (E3) and Midea's KFR-72LW DY-X (E2).

Most of the power of air conditioning is between 1180W-1300W, but now there are many energy-saving inverter air conditioners, and the power of air conditioning can be reduced to more than 800W, but the corresponding power will be higher.

The power consumption mainly depends on the power of the compressor, the compressor power = refrigeration capacity and energy consumption ratio, generally the electric power data of 1 horse is 735w, and the power consumption of the horse is 735 about 1100 watts, that is, about 1 hour of electricity, in addition to the compressor, there are fans or other motors that need to consume electricity, a total of about 1 hour.

and ambient temperature (the higher the electricity), the indoor set temperature (the lower the electricity), the size of the room (the larger the electricity), whether there is a west exterior wall, a west window, the top floor (generally can be calculated at 150 watts per square meter, accounting for an item plus 50 watts, and the east exterior wall and east window add 30 watts), room insulation effect (the better the more power saving, such as outdoor thermal insulation, 37 walls, window glass double or triple layer), air conditioning energy efficiency ratio (the higher the more power saving), the refrigerant filled by the air conditioner (refrigerant R32 saves 15% more electricity than R22). Generally 24 hours of power consumption between 15 degrees and 35 degrees.