Air conditioner heating power W 2380 4880 How to explain

Model: Gree Air Conditioner KFR-72LW E1 (72520L1) A-N2 Air Conditioner Heating Power (W) 2380 (4880).

The 72 in the air conditioner model here indicates the heating power (W), which means that the heating capacity of this air conditioner is 7200 watts, not the power consumption. 2380, is the power consumption per hour. 4880 is the power consumption per hour after turning on the electric auxiliary heating.

Gree's power consumption is indeed amazing, many users mistakenly think that 4880 is the total heating power of the air conditioner, worried that the air conditioner will consume nearly 5 degrees of electricity in an hour, hehe, even more afraid that they can afford to buy an air conditioner and can't afford the electricity bill! In fact, this is completely unnecessary, because it is based on a wrong understanding, if you simply do not turn on the auxiliary heating of the air conditioner, the power consumption per hour is the degree, not too much, even if the auxiliary heating is turned on for a good heating effect, there is no need to worry, the degree per hour is not too high. Electricity is cheap now.

72 heating power (W), is the heating power of this air conditioner is 7200 watts, not power consumption. 2380, is the power consumption per hour. 4880 is the power consumption per hour after turning on the electric auxiliary heating. Gree's power consumption is truly staggering.

Total heating power = compressor power + electric heating pipe power It is marked on the nameplate of the air conditioner.

Your air conditioner is 3 hp 220v, if it's 380v, you can save 40%.

Summary. The heating power of the air conditioner is 735 watts.

The heating power of an air conditioner is usually expressed in watts, and for ease of calculation, it is also called W, and the power consumption refers to the amount of electricity consumed by the air conditioner in an hour. Usually we say that the pi is an international descriptive unit, and it needs to be converted into tiles to understand the specific power consumption. Usually one horse = 735 watts, if you want to calculate the power consumption of 2 horsepower conditioners, it is multiplied by 2 times, of course, there are many external factors to consider, how much heating power of the air conditioner is possible.

Another point to pay attention to when looking at the power consumption of the 2 hp air conditioner is that the power consumption is different from the brand and model, and there is a gap in power consumption, so the power consumption of the air conditioner must of course be combined with many factors.

How many watts is the heating of the air conditioner 378500w?

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The heating power of the air conditioner is 735 watts. The heating power of the air conditioner is usually expressed in unit watts, in order to facilitate the calculation, it is also called the lap w, and the power consumption refers to the early shouting power consumed by the air conditioner within an hour. Usually what we say is an international describing unit, and it is also necessary to convert the unit of tiles to understand the specific power consumption.

Usually one horse = 735 watts, if you want to calculate the power consumption of 2 horsepower conditioners, it is multiplied by 2 times, of course, there are many external factors to consider, how much heating power of the air conditioner is possible. Another point to pay attention to when looking at the power consumption of the 2 hp air conditioner is that the power consumption is different from the brand and model, and there is a gap in power consumption, so the power consumption of the air conditioner must of course be combined with many factors.

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Hello dear. 3500w refers to the cooling capacity of the air conditioner, which means that your air conditioner should be. The first trick:

Don't blindly covet the low temperature of the air conditioner, the temperature of the air conditioner can be set appropriately, because the air conditioner in the refrigeration, the set temperature is increased by 2, you can save 20% of electricity, experts said that for people who are sitting quietly or are doing light labor, the indoor acceptable temperature is generally between 27 -28, so at this time, you can set the air conditioner to sleep gear, which can also save electricity. The second trick: choose an air conditioner with moderate cooling power.

An air conditioner with insufficient refrigeration power can not only not provide sufficient cooling effect, but also shorten the service life of the air conditioner and increase the possibility of air conditioner failure due to long-term uninterrupted operation. So is it necessarily better to choose an air conditioner with more cooling power? Not really.

According to reports, if the refrigeration power of the air conditioner is too large, the thermostat of the air conditioner will be switched on and off too frequently, which will lead to increased wear and tear on the air conditioning compressor; At the same time, it will also cause an increase in the power consumption of the air conditioner. The third trick: close the doors and windows when the air conditioner is turned on.

Do not open the door frequently in air-conditioned rooms to reduce the infiltration of hot air. At the same time, for air conditioners and window air conditioners with ventilation function, they can be ventilated without opening the damper when there is no peculiar smell in the room, which can save 5%-8% of energy. If my answer is helpful to you, I look forward to your like, your efforts are important to me, and your support is also the driving force for my progress.

If you feel that my answer is still satisfactory, you can click on my avatar for one-on-one consultation. Finally, I wish you good health and a good mood!

Is the input power of 4070 watts for air conditioning and refrigeration and 4870 watts for heating 3 horses?

The heating power of the air conditioner of 3 hp is generally about 2500W. The power of air conditioning refrigeration and heating is about 2100W to 1900W, and the heating ruler does not add about 1000W to 1500W (the outdoor temperature is lower than the best heat exchange, and the large Sui Xin will automatically start below minus 5-10 degrees), that is to say, the maximum refrigeration power is more than 2,000 watts, and the maximum total heating power is more than 3,000 watts, generally not more than 3600W.

It means that the power consumption in the heating season is 339 degrees, and the power consumption in the heating season is calculated according to the standard 400 hours, and the hourly power consumption is divided by 400 to calculate that the heating is an hourly kilowatt-hour.

Electricity consumption during the heating season (, that is, the concept of "kWh", 1000W per hour = , that is, one kilowatt-hour of electricity.

The power consumption during the heating season is tested under standard conditions, and the actual use of the ridge will vary depending on the power consumption.

Because the inverter air conditioner is divided into low-frequency and high-frequency operation, the power consumption is lower at low frequency. In order to better describe this power consumption, the measurement method is to run continuously for a period of time (400 hours) and then calculate the average power consumption.

W is the meaning of watts, it is a unit of heat, which indicates the heat that can be transferred from the outside to the indoor in the unit time of the air conditioner under the specified air conditioning working conditions (i.e., heating working conditions). For example, if the heat production is 5 kilowatts, he can transfer 5,000 kilowatt-hours of heat from the outdoors to the interior in an hour.

In addition to W, there are a number of other units of heat, and the relationship between them is as follows:

kcal hours), 1W;

British Thermal Unit (hour), 1W;

US refrigerated ton), 1kw;

When purchasing an air conditioner, the number of horsepower of the air conditioner is mentioned, and the number of horsepower refers to the power consumption of electrical appliances, 1 horsepower = 1 horsepower = 735w, and horsepower does not refer to the cooling capacity. Usually how many horsepower of the air conditioner is estimated, the cooling capacity of the air conditioner is estimated according to the power consumption of the air conditioner. Generally speaking, it is customary to use 1 horsepower equal to 2500W refrigeration capacity (that is, 25 models), and the horsepower is about equal.

The amount of 3500 (that is, 35 models). The rest of the models can be estimated based on the cooling capacity.

The national standard stipulates that the size of the room air conditioner is marked according to the refrigeration capacity parameters, such as an air conditioner with a model of KFR-22GW, where the number "22" means that the air conditioner with a cooling capacity of 2200W can be referred to as "22 type". But now many people don't call it that, but call it as many "horses", in fact, it is completely wrong to call them "horses". "Horsepower" is a unit of power, 1 horsepower (horsepower) = 735w (watts), in the past, the oral name in Japan called an air conditioner with an input power of 735W was called a 1 HP air conditioner, and an air conditioner with an input power of 1470W was called a 2 HP air conditioner.

However, due to the fact that the input power of the air conditioner is not necessarily just the whole horse, such as 1400W or 1600W, it is called 2 horses small and 2 horses respectively; Between 1 horse and 2 horses, it is called a horse, and so on. In fact, this kind of name is very unscientific. One:

The data reflected is not precise and is only an approximate value; Second, the input power does not accurately reflect the actual cooling capacity of the air conditioner. Due to the different quality of air conditioners, their energy efficiency ratios are also different (energy efficiency ratio is a parameter that reflects the refrigeration efficiency of air conditioners, that is, the ratio of actual cooling capacity to input power, such as an air conditioner with a cooling capacity of 3000W, its input power is 1000W, then the energy efficiency ratio is 3), in the case of the same input power, its cooling capacity is not the same, such as an energy efficiency ratio, the input power of 1000W air conditioner, its cooling capacity is 2600W; Another air conditioner with an energy efficiency ratio of 1000W with input power has a cooling capacity of 3500W

It can be seen that the cooling capacity is very different, and it is completely meaningless to press "horse".

Heating capacity 5600 (7400) W - the number in parentheses is the output power with electric auxiliary heating.

Cooling and heating power 1860 1780 (3580) W - the numbers in parentheses are the input (consumption) power including electric auxiliary heating.

The cooling capacity is the output power, the power consumption is calculated according to the input power, 1 degree = 1000 watt hours, such as the mechanism heating, heat pump plus auxiliary heating all start the power consumption is the degree of hours, of course, if the temperature is set appropriately, 12 hours will not be started all the time.

The numbers in parentheses are the auxiliary power (1800 watts) including the heating power of the air conditioner.

The cooling capacity of 5000W indicates the cooling capacity of the air conditioner, which is a two-horse air conditioner, suitable for a room of about 25 square meters. The maximum output power is the maximum power of the air conditioner under harsh conditions. When the air conditioner is heating, the average hourly electricity consumption is generally in the range of degrees.

The higher the indoor temperature, the more power it consumes, and the lower the temperature, the less power it consumes. Generally, it is fine to set it between 18-22 degrees.

This is 2p, about 2 degrees of hours, 12 hours of electricity of about 24 degrees, and if it is charged auxiliary heating, it consumes about 1kw of power, less than about one kilowatt of electricity per hour.

If the temperature setting is too high, it will not stop the machine, one hour.

1. Refrigeration capacity and heating capacity are equivalent values for efficiency conversion, and there is no need to delve into them.

2. The maximum output power refers to the maximum output capacity of your air conditioning compressor, and the air conditioner does not work at the maximum power at all times - now it is an inverter air conditioning compressor, and the inverter is to use different power to work according to the ambient temperature. When buying an air conditioner, you also need to consider the energy efficiency label, and the first level is relatively energy-saving.

w continuous work for one hour is 1 kilowatt-hour of electricity, such as heating power 1780w, continuous work for 1 hour is the degree, open for 12 hours, air conditioning generally will not work continuously!! When the set temperature is reached, the compressor will be stopped, leaving only the fan and circuit board for power supply, if it is a first-class energy label air conditioner, the electricity consumption for 12 hours is 1 4 1 3 hours of work (but also consider the temperature difference setting, the degree of room insulation).

When the whole machine works continuously for 1 hour, the hourly power consumption during refrigeration is kWh; When heating, the hourly power consumption is kWh + kWh = kWh.

However, this is the power consumption of continuous work for an hour, and when it is actually used, it will shut down after the temperature arrives, so the power consumption is not so large. After the temperature is reached, the general power consumption is two-thirds of that of continuous operation.

The refrigeration power is 2780W, and the power consumption is 1 hour.

The heating power is 2830W, and the power consumption is 1 hour (if the auxiliary heating function is turned on, the power consumption is 1 hour).

How much electricity is consumed in 1 hour is calculated by the rated power of the air conditioner, and 1000W is equal to 1 kWh of electricity.

Summer hours of degree.

In winter, the electric auxiliary heat opening hours are hours.