How much electricity does it cost to heat the Northeast air conditioner in a day?
We need to calculate the power consumption of an air conditioner, and we need to consider many aspects, including the energy consumption of the air conditioner, the matching of the air conditioner and the room, and the energy efficiency of the air conditioner. The heat in the room, the insulation condition of the room, and our set temperature will all affect the power consumption of the air conditioner. So how do we estimate the power consumption of air conditioners?
So let’s talk about the power consumption of air conditioners, how do we calculate it. Then our own air conditioning machines have parameters. We can find the power consumption by looking at the parameters on the machine. So let’s take the following air conditioner as an example. Let’s introduce how to check the power consumption of an air conditioner:
2-match air conditioner
So let’s look at the figure above. This is the parameter of a 2-match air conditioner. We need to look at its power consumption. Which parameter should we look at? We are trying to find the power of the air conditioner. Multiplying the power of the air conditioner by time is what we call power consumption. Then let's look at this parameter. On the third line, it says: Auxiliary electric heating input power: 1200w. This is the electric auxiliary heat power. Let's look at the following: Standard heating input power: 1650W. Then when this air conditioner is turned on and heated, the power consumption is: 1650W is also 1.65KW. Then the power consumption at one is 1.65KWH. This is what we call 1.65KW.
Then the power of the electric auxiliary heat is: 1.2KW+1.65kw=2.85KW. Turn on for one hour, it is 2.85KWH, which is 2.85kWH. It can be seen that the power consumption of an 2-horse air conditioner is 2.85 kWh per hour. It's still quite power-consuming. If we turn on for 10 hours a day, it will be 28.5 kWh. If we turn on for 20 hours a day, it would be 57 kWh.
So turning on the air conditioner is quite power-consuming. At the same time, we will find that the lower the temperature of the air conditioner, the more frequent the air conditioner stops, the longer the time it takes. So we use air conditioners in Northeast China. When heating in winter, the air conditioner will often defrost. When the air conditioner is defrosted, the external unit is running, but the internal unit does not operate. So no heat is generated, but the machine consumes electricity. When we turn on the air conditioner in winter, we will find that the air conditioner always turns and stops for a while. Moreover, the lower the temperature, the longer the stop time, and the lower the efficiency of the air conditioner. Because air conditioners need to be defrosted frequently. So when we turn on the air conditioner, if we look at the external unit, the external unit will freeze after a while. After the freezing, the machine will defrost after a while, and the internal unit will stop. At the same time, we can see that the external ice will begin to melt. When the external unit is getting white, the machine is defrosting. Therefore, when using air conditioning to heat in Northeast China, we try to choose variable frequency air conditioners and electric-assisted air conditioners. The wind blows out and it can still be hot. Some ordinary air conditioners do not blow hot air at all.
1.5 How much electricity does it use per day for air conditioners? How much electricity does a 1.5-horse air conditioner use every day? What is the difference between 1.5 horse and 1 horse? The power of
1.5 horsepower of a household air conditioner is about 1KW, which means that it consumes about 1 kW in an hour. If a 1.5-horse air conditioner is used for 10 hours a day, then its cost per day is 10 kWh.
Below is a table listing the power of different air conditioners. We estimate that the power is about 1 horsepower of about 750 watts.
1 horsepower, about 750 watts. 1.5 horsepower, about 1000 watts. 2 horses are about 1500 watts.
The higher the number of air conditioners, the more electricity is used? Regarding the power of air conditioning, we must match the room area. The larger the room area, the greater the power of air conditioning.
