How much electricity does it cost to heat the air conditioner for 30 degrees a day? Zhao Yu found a 2-horse air conditioner parameter below to teach you how to calculate the power consumption of the air conditioner. The parameters of this air conditioner are all on the internal and external units of the air conditioner. We can check the parameters on our own machine and then calculate the power consumption of our own air conditioner by ourselves. The parameters of most machines, the internal unit is below or on the right side of the machine. The number of matches is different, the parameters are different. Then Zhao Yu took the parameters of this 2-horse machine as an example to calculate the power consumption of this air conditioner.
2-match air conditioner parameters
Let's take a look at this 2-match air conditioner: standard condition heating input power: 1650W. It is 1.65 kilowatts. That is to say, the power consumption of this air conditioner is 1.65KWH for one hour without shutting down. It is what we usually call 1.65 kilowatt-hour. 1KWH is equal to 1 kilowatt-hour of electricity. So this power consumption is easy to calculate. We can look at the power of our home air conditioner to calculate the power consumption.
So let’s take a look again. This air conditioner is in line 3. There is an auxiliary electric heating input power: 1200W. It is 1.2KW. So what is this auxiliary electric heating. When we are heating, the air conditioner remote control has an electric auxiliary heat function on the . This is the power of electric auxiliary thermal . If we turn on the electric auxiliary heat, then the power consumed by our air conditioner is: 1.65KW plus the electric auxiliary heat power of 1.2KW. That is, the total power is 2.85KW. Then when this 2-horse air conditioner turns on the electric auxiliary heat, the power consumed by the html for 31 hours is: 2.85KWH. That is 2.85KWH. So turning on the electric auxiliary heat is still very power-consuming . So what is electric auxiliary heat? In fact, electric auxiliary heating is an additional resistor wire for auxiliary heating added to the air conditioner. The power is relatively large and power-consuming.
As we all know, air conditioners consume a lot of energy, especially at extreme temperatures. But how much electricity does the air conditioner need?
In this article, I will analyze the electricity usage of the air conditioner, which will be especially useful if you want to run the air conditioner outside the grid. Before I start, I will first clarify the difference between energy and energy.
How much electricity does the air conditioner use?
1, the size and energy efficiency ratio of using air conditioner are (EER):
2, the rated voltage and current on the air conditioner are rated:
How much energy does the air conditioner require? How to estimate the energy consumption of air conditioners? How to measure the energy consumption of air conditioners?
Power and energy: kW (kilowatts) and kWh (kilowatt-hours) Then 1KWH is one kWh.
kilowatts (kW) and kilowatt-hours (kWh) are usually used interchangeably, as if they were the same thing, which doesn't really hurt until you try to assemble a system (solar, battery, generator, inverter , etc.). The same goes for electricity and energy.
Here is a very simple explanation to explain what the difference is:
Energy: Electricity is usually measured in Wh (watt-hour) or kWh (kilowatt-hour), 1 kWh = 1000 Wh. Please note that energy consumption is related to time. In other words, when you say that an appliance consumes a certain amount of energy, you will have a period of time to consume energy.
Power supply: electric power is usually measured in W (watts) or kW (kilowatts), 1kW = 1000 watts .
Electric power is the rate at which electricity is consumed or generated at a given moment. For example, you could say that a light bulb consumes 60 watts of power when it is turned on, or you could say that the refrigerator consumes 200 to 300 watts of power when it is running.
The units of measurement of voltage and current are volts and amperes, respectively. The relationship between power, voltage and ampere is:
Power (watts) = Voltage (volts) x Current (ampere)
Relationship between power (watts) and energy (watt hours)
As mentioned above, electrical power is the rate at which the electricity is consumed or generated.
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