72 Kelon inverter air conditioners heat several kilowatt hours of electricity per hour

It is degrees、2 HP air conditioner power consumption is between degrees。

Compressor power, refrigeration capacity, energy consumption ratio, general air conditioning energy consumption ratio is greater than 3, so the general data of 1 horsepower is 735w, and the power consumption of 1 5 horsepower is 735 1 5 is about 1100 watts, that is, about 1 1 kilowatt-hour electricity, in addition to the compressor, there are fans or other motors that need to consume electricity, a total of 1 hour is about 1 26 degrees.

The easiest way is to see how many kilowatts the input power is on the manual, which is the power consumption for 1 hour.

The average hourly power consumption of 2 hp air conditioner refrigeration work is between degrees, and the hourly power consumption of the compressor is the degree when the compressor is working at full load; The average hourly power consumption of heating is between kilowatt-hours, and the power consumption of auxiliary power is very large.

The power consumption of the air conditioner is the largest when it is turned on, and it is the most power-consuming when it is in full load operation, so it is the most power-consuming to switch on and off frequently, and as the indoor temperature decreases, the power consumption is also reduced, until the temperature stabilizes and enters the standby state.

In addition to taboo frequent switching on and off of air conditioners, the temperature is also taboo too high or too low; 25-26 degrees is the best temperature when refrigerating, the compressor is in good condition, the power consumption is naturally low, and 20-21 degrees is the best when heating.

In fact, this situation is different for each house, and there can only be a rough estimate, depending on the room area, the speed of the air conditioner compressor, the room sealing, and the use of the air conditioner. The general degree is the best, the comfort is high, and it also saves electricity.

Summary. The input power of the refrigeration system is 1900W, the electric auxiliary heating heater is about 800W, the total input power is 2700W, the first-level energy efficiency air conditioner is mostly inverter air conditioner, which does not stop during operation, and the setting temperature is reasonable to save 50% of electricity when the frequency conversion is low, so the average power consumption of 72 first-level inverter air conditioner heating for one hour is 1,35 degrees.

The input power of the refrigeration system is 1900W, the electric auxiliary heating heater is about 800W, and the total input power is 2700W.

The average hourly power consumption of 2 horsepower conditioners is between degrees, and the hourly power consumption of the compressor is quiet or degree when the compressor is working at full load; The average hourly power consumption of heating is between kilowatt-hours, and the power consumption of auxiliary power is very large. The power consumption of the air conditioner is the largest when it is turned on, and it is the most power-consuming when it is in full load operation, so it is the most power-consuming to switch on and off frequently, and as the indoor temperature decreases, the power consumption is also decreasing, until the temperature stabilizes and starts and enters the standby state. In addition to taboo frequent switching on and off of air conditioners, the temperature is also taboo too high or too low; 25-26 degrees is the best temperature for the hall during refrigeration, the operation of the compressor is good, the power consumption is naturally low, and 20-21 degrees is the best for heating.

It depends on the size of the room and the ambient temperature, which is about two degrees in 10 hours.

The cooling capacity of the air conditioner is about 3500W, and the power consumption is about 1094W according to the current energy efficiency standard level 3, COP=.

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, the frequency and power reduction will be reduced for 1 hour, and the power consumption will be about 1 hour in a room with good heat preservation and air tightness. It depends on the actual usage.

The average power consumption of sleep mode is about the same as the set of 27 28 degrees C, which is about 4 degrees Celsius in 8 hours a night.

If you have any other questions, please feel free to ask them.

2 hp is 1500w according to the kilowatt-hour of electricity per hour, but it depends on the temperature you adjust, if the adjustment is the lowest, the air conditioner will run non-stop almost the degree, but if you adjust it high, the compressor will not run non-stop, it will not be much.

The power consumption of 2 hp air conditioner refrigeration per hour is between degrees; Regardless of the auxiliary electric heating power, the power consumption of heating operation is between 1 and 2 degrees.

1 hp of air conditioner refers to the cooling capacity of roughly 2000 kcal, which should be multiplied into SI units, so the refrigeration capacity of 1 hp should be 2324 (W), where w (watt) means the cooling capacity, then the hp should be 2000 kcal, and so on.

The power consumption is mainly to look at the power of the compressor, compressor power = refrigeration capacity energy consumption ratio, the general air conditioning energy consumption ratio is greater than 3, so the general data of 1 horsepower is 735W, 2 horsepower air conditioner, the refrigeration capacity is 5000W, with the current energy efficiency control benchmark minimum level 3 COP should be estimated, its power consumption is about 1615W.

I don't know the number of horsepower of the air conditioner, so I can't estimate the power consumption.

The assessment method is described as follows:

Assuming that the air conditioner has a cooling capacity of about 3500W, the current energy efficiency standard level 3 is concerned, COP=, and the power consumption is about 1093W.

If 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, so that the estimated power consumption for 1 hour may be about 1 kWh.

It depends on the actual usage. For every 1 degree increase in temperature setting, power savings of about 6 10% can be achieved.

If you have any other questions, please feel free to ask them.