How much electricity does the air conditioner use in a day, and how much electricity does the air co

The higher the ambient temperature, the more power is consumed, and the lower the temperature, the more power is consumed! The air conditioner selected should match the space to avoid the situation of a calf pulling a cart.

The power consumption is closely related to the operation of the compressor. Approximately, if the temperature is adjusted too low, the compressor operating rate is about 100%, about 50 minutes on 1 kWh, if the ambient temperature is adjusted to 26 degrees Celsius, there is 30 degrees Celsius, the compressor operating rate is about 24%, and the power consumption is about 24% per hour. If the ambient temperature is adjusted to 28 degrees Celsius, there is 30 degrees Celsius, and the compressor operation rate is about 10%, and the power consumption is about 10% per hour.

To protect the earth, we advocate setting the air conditioner to 28 degrees Celsius to save electricity and protect the environment.

It depends on the size of your house, it determines whether the air conditioner will stop or not, if the room is big and the air conditioner has been working, then one hour, then 24 hours is the degree, you can observe how long it has been down, you can get the actual electricity.

It depends on the power of your air conditioner, which is available in the user manual.

With the power time (10 hours turned into seconds) of electrical energy.

Reuse electrical energy (kWh.

HP 1125W

kWh. Approximate kilowatt-hour of electricity.

Do your own math every day!

Look at the power. 1000w hours is one kilowatt-hour of electricity.

One horse is about 750 watts, one kilowatt watt-hour of electricity, and one horse's air conditioner is about 17 degrees a day.

1P is equal to 735W refers to the compressor, the power of 1P air conditioning is generally about 900W, if the room is not too big and the temperature is about 24-26, turn on the air conditioner for 1 hour, and the external unit walks for about 30 minutes, which is about 1 hour of electricity section Zen hole degree (the electricity used by the internal machine is very small), and the time of air conditioning for 1 month x (that is, power consumption.

The amount of electricity that holds a withered electron e=bank. Experiments have shown that the charge of any charged particle is either equal to the charge of electrons or protons, or an integer multiple of their charge, so the library is called the primitive charge.

Electricity can also refer to the amount of electrical energy required by electrical equipment, which is also called electrical energy or electrical work.

The unit of electrical energy is kilowatt-hour (kW·h). w=p*t(w represents electrical energy; p represents active power, and the unit is kw; t denotes time in hours h). The amount of electricity here is also divided into active and reactive power.

The unit of reactive power is kvar·h.

It depends on how big your air conditioner is.

The refrigeration capacity of 1 HP air conditioner is about 2500W, the refrigeration input power is generally between 600-800W, and the average hourly power consumption during refrigeration work is generally between degrees; The power of heating plus auxiliary power is generally about 1500 watts, and the average hourly power consumption during heating work is generally between degrees.

The refrigeration capacity of the air conditioner is about 3500W, the input power of refrigeration is generally between 900-1200 watts, and the average hourly power consumption during refrigeration work is generally between degrees; The power of heating plus auxiliary power is generally about 2000 watts, and the average hourly power consumption during heating work is generally between 1-2 degrees.

How to calculate the electricity consumption of an air conditioner.

First, it depends on how many watts the cooling and heating input power of the air conditioner is, including how many watts the power of auxiliary power is. For example, the greater the power, the greater the power consumption, and the smaller the power, the less power consumption;

The second is the size of the room and the quality of the sealing and thermal insulation conditions. The larger the area or the worse the sealing and insulation conditions, the greater the power consumption, and the smaller the area or the better the sealing and insulation conditions, the less power will be consumed.

The third is the outdoor ambient temperature. In summer, the higher the ambient temperature, the greater the power consumption, while in the winter, the lower the outdoor ambient temperature, the greater the power consumption.

Fourth, the level of indoor temperature setting. When cooling in summer, the lower the indoor temperature, the greater the power consumption, and the higher the indoor temperature, the less power will be consumed. In winter, heating is the opposite, the higher the indoor temperature, the greater the power consumption, and the lower the indoor temperature, the less electricity is consumed.

In short, the larger the temperature difference between indoor and outdoor conditions, the more power will be consumed, and the smaller the temperature difference, the less power will be consumed. For each degree of temperature difference, the power consumption will increase by about 5-8%.

Usually, when the air conditioner and refrigeration work of 1 horsepower, the average hourly power consumption is generally between degrees; The average hourly power consumption of air conditioning and refrigeration is generally between degrees, and so on. Air conditioners with auxiliary power usually consume about twice as much electricity as cooling when heating.

It depends on the above-mentioned conditions.

The power of the air conditioner is the watt-hour of the chain.

If the air conditioner runs at full power for one hour, it is the kilowatt-hour electricity, if the air conditioner is all-day, the power consumption is about 8-15 kilowatt-hours a day, which is related to the temperature of the ring, the lower the outside temperature, the greater the electricity consumption of filial piety, <>

The power consumption in the refrigeration season means that the power consumption in 1136 days in the air conditioning and refrigeration mode is 531 kWh, that is, the daily power consumption is 1136 531 = kWh.

The electricity consumption in the refrigeration season (that is, the concept of "degree") 1000W per hour = 1 is the electric belt. The world trembles.

The labeling standard of household air conditioning power consumption is the power consumption of the refrigeration season, this data is the standard power consumption of the equipment calculated and measured according to the annual refrigeration operation of 1136 hours under standard working conditions, and the average hourly power consumption of the equipment can be calculated by dividing this data by 1136 hours.

It is normal to use 5-8 kWh of electricity a day.

Now every household has a lot of electrical appliances, generally the most used in the home is the TV, refrigerator, air conditioner, lamp, range hood, etc., according to the TV set to work 10 hours a day, almost two kilowatt-hours of electricity, refrigerator 24 hours a day, consumption of electricity, 1 air conditioner works for 8 hours, a total of 3 kilowatt-hours of electricity, lighting, range hood, washing machine almost one kilowatt-hour a day. A total of about 7 to 8 degrees of electricity, without the air conditioner almost 5 to 6 degrees a day.

Household electricity saving tips:

1. Air conditioning. The setting temperature of the air conditioner should not be too low, too low will increase the power consumption of the air conditioner. It is set at 26 degrees -28 degrees in summer and 16 degrees -18 degrees in winter.

2. Refrigerator. When the food stored in the box is too small, the heat capacity becomes smaller, and the compressor start-up and stop time is shortened, resulting in an increase in the cumulative power consumption of the refrigerator. Therefore, when there is too little food to slow down, you can use a few plastic boxes to fill the water and put it in the freezer.

3. Television.

Unplug the TV when it is not watching. After some TVs are turned off, the CRT still has the filament to preheat, and the whole TV is still consuming power when it is in standby.

4. Rice cooker.

Soak for 30 minutes before cooking and then cook in hot water, which can save 30% of electricity.

5. Washing machine.

Generally, washing machines are divided into strong washing and weak washing functions, and many people often choose the "weak washing" function in order to "save electricity", which is a misunderstanding. Weak washing changes the rotation direction of the impeller more times than strong washing, so weak washing consumes electricity, and strong washing not only saves power bridges, but also prolongs the service life of the motor. <>

The power consumption of an air conditioner is related to the number of horsepower of the air conditioner, the cooling capacity, the compressor power, the indoor and outdoor temperature, the size of the room, and the insulation effect. In general, the larger the number of the air conditioner, the greater the power consumption. Taking the air conditioner as an example, its input power is about 1700W, and the power consumption is about 1 kWh when a small fool fails.

How much electricity the air conditioner uses in a day depends on what power the air conditioner you are, and the more power you have, the more electricity you use.

If it is an empty rent on a large construction site, if it is not turned off for 24 hours, then it will be necessary to use electricity at least ten or twenty degrees a day.

The maximum power consumption of the air conditioner per hour of refrigeration is about degrees, and the average power consumption is about degrees.

The power consumption mainly depends on the power ratio of the compressor and the power of the compressor.

Cooling capacity. Energy consumption ratio, the energy consumption ratio of general air conditioning is greater than 3, so the general data of 1 horsepower is 735W, and the power consumption of horsepower is 735

It is about 1100 watts, which is about 1 hour of electricity, in addition to the compressor, there are fans or other motors that need to consume electricity, and the total is about 1 hour. The easiest way is to see how many kilowatts the input power on the manual is, which is the power consumption when 1 small touch to the source.

Electricity is about 24 hours a day.

The air conditioner of 1P is 1000W, which is 1500W, and 2P is 2000W. In the case of not turning on the auxiliary electric heating, the 2000W air conditioner needs 2 degrees of electric grip cavity for one hour of continuous operation. If the auxiliary electric heating is turned on, if the auxiliary heating power of the air conditioner is 800W, then the power of a 2000W air conditioner when the auxiliary heating is turned on is 2000 + 800 = 2800W.

One hour is kilowatt-hour.

24 hours a day is a degree, and if a kilowatt-hour of electricity is calculated at 6 cents, yuan. Then 24 hours a day costs a lot of electricity.

The air-conditioning power-saving technique is clever before answering;

1. Turn off the air conditioner 10 minutes in advance.

2. Keep the air outlet smooth. Don't pile up large pieces of furniture to block heat dissipation and increase power consumption, the air outlet is up when refrigerating, and the air temperature becomes low, the cold air flow is easy to go down, so the refrigeration effect is good, and the wind deflector is downward when heating, which can also achieve the effect of energy saving.

3. It is more power-saving to use with a fan. If the temperature of the Gree air conditioner is appropriately turned up and equipped with a fan, the circulation of indoor cold air can be accelerated, and the cold air will be evenly distributed, but the power consumption will be reduced. The power of air conditioners is mostly more than 1000 watts, and the power of fans is generally around 50 watts.

4. Choose an air conditioner with moderate capacity. An air conditioner with insufficient refrigeration capacity can not only not provide sufficient refrigeration effect, but also increase the possibility of failure due to long-term uninterrupted operation of the machine, and will give users a bad impression of high power consumption and insufficient power.

The daily power consumption of an air conditioner depends on several factors, such as the type of air conditioner, the time of use, the temperature setting, and the temperature difference between indoor and outdoor. Here are some estimates:

Window air conditioner: usually between 600 watts and 1500 watts, each object consumes more than 8 hours, and the hood is about 8 hours.

Wall-mounted air conditioner: Usually between 800 watts and 2500 watts, it consumes electricity per hour, and it is about one kilowatt-hour after 8 hours of use.

**Air conditioner: Due to the high power of the air conditioner, the power consumption per hour will be higher, usually between 3,000 watts and 10,000 watts, and it may consume 24-80 kilowatts of electricity after 8 hours of use.

It is not certain how many kilowatt-hours of electricity the air conditioner will have in a day.

After all, the output power of 1 horse, horse, 2 horse, and 3 horsepower air conditioners is different, and the power consumption is also different. If it is installed and opened for 8 hours a day, 1 HP air conditioner will use electricity a day, a horse air conditioner will use 12 kWh a day, and a 3 HP air conditioner will use 18 kWh a day. The use of air conditioning can meet people's home needs, but it is necessary to pay attention to the details of use to ensure normal use.

1P is equal to 735W, and 1000W is one kilowatt-hour of electricity. 1p of air conditioner uses electricity for a day, when it is fully turned on. 735 1000*24 = degree silver old sail electric.

The air conditioner has a few p to look at their own air conditioner. Generally speaking, the power consumption of air conditioners of different brands, different horses, and different energy efficiency levels will be different, and the operation of air conditioners will also be affected by the external environment, so the specific situation should prevail.

1 horsepower of air conditioning refers to the refrigeration capacity of roughly 2000 kcal, converted into SI units should be multiplied, so the refrigeration capacity of 1 horse should be 2324 (W), where w (watt) represents the cooling capacity, then the horse's should be 2000 kcal, and so on, according to this situation, it can roughly determine the number of horsepower and refrigeration capacity of the air conditioner, under normal circumstances, 2200W-2600W can be called 1 horse, 3200W-3600W can be called horse.

Ways to save electricity by using the air conditioner on a daily basis:

When using the air conditioner, it is not advisable to turn the temperature too low or too high. The room temperature is set at a higher temperature of 1 degree Celsius during cooling and a lower temperature of 2 degrees Celsius during heating, which can save more than 10% of electricity. It is recommended that the national household air conditioner be set at 26 to 27 degrees in summer.

Turn up the temperature of the air conditioner slightly, and turn on the fan while turning on the air conditioner. The electric fan consumes less power, and turning on the fan while turning on the air conditioner can speed up the circulation of cold air, quickly reduce the temperature, and achieve the effect of saving electricity.

Turn on the air conditioner and set it to automatic mode. In automatic mode, the air conditioner will select the most suitable temperature and air volume according to the different conditions of the hail in the room. When the room cools down to the right temperature, the power consumption will start to slowly decrease.

Don't turn your air conditioner on and off frequently. Because the air conditioner consumes the most electricity from the time it is first started to maintain the set temperature, if it is always turned on and off frequently, the air conditioner will always be in a state of high power consumption. If the air conditioner has an abnormal noise, it is necessary to stop checking the specific problem and carry out the danger, so as to ensure adequate safety.

I often hear the question: how much does an air conditioner cost? The stationmaster is also very annoyed, and the questioner does not tell everyone the parameters of the air conditioner, such as the number of horses, heating power, etc., how can people calculate it?

How to calculate the electricity consumption of an air conditioner? Anyone who has studied physics knows that the main determinant of how much electricity an appliance consumes is "electrical power". Generally speaking, each air conditioner has a fixed parameter, which will indicate the power rating of the air conditioner.

In the above figure, the input power of the air conditioner during cooling is and the input power of heating is, which means that the air conditioner consumes electricity during refrigeration and heating for every hour of operation.

However, it should be noted that air conditioners are also divided into two types: fixed frequency and inverter, which also have an impact on the power consumption of air conditioners:

In the traditional fixed-frequency air conditioner, the frequency of the air conditioning compressor will not change, after opening, if the indoor temperature reaches the preset value, it will shut down, and when the indoor temperature rises, the compressor will be re-turned on to cool down.

After turning on, if the indoor temperature reaches the preset value, the compressor will not shut down like a fixed-frequency air conditioner, but will run at low power to maintain the indoor temperature. Pure reed fingers.

The following figure shows the parameters of the inverter air conditioner:

It can be found that the power of fixed-frequency air conditioners has a range of sizes, which exceeds the rated power when it is more than 1-200W when it is less.

How to define the power of the inverter air conditioner? We can use the average power to calculate, for example, 980W and 1280W in the figure below, which means that the power consumption for one hour of cooling is kWh, and the power consumption for one hour of heating is kWh (there will be errors in the actual use process, such as the room is not sealed, there is sunshine, the room is too large, etc.).

In addition, nowadays air conditioners also have the function of "electric auxiliary heating", which is a very power-consuming function, and if electric auxiliary heating is used during use, it will also increase power consumption.

Like the figure above, there are +1080w and +1050w after heating, which means that if electric auxiliary heating is used, the power will increase by 1 kilowatt-hour for every hour, which you can calculate.