How many kilowatt hours of electricity does it take for an air conditioner to heat up for an hour?

It depends on how big your air conditioner is, how many watts of heating input power is, and how many watts of power including auxiliary power? It also depends on the size of the room and the sealing and insulation conditions, the outdoor ambient temperature and the indoor temperature setting. These factors have a great influence on the magnitude of power consumption.

Generally, the power consumption of air conditioning for heating is about twice as large as that for cooling. For example, the average hourly power consumption of an air conditioner is about between degrees, and the average hourly power consumption is between 1-2 degrees, depending on the above conditions.

This is not easy to say, it mainly depends on the power of your air conditioner, the higher the power, the higher the energy consumption!

How many kilowatt-hours of electricity is there when the air conditioner is a small day and the hole is funny?

Nowadays, it is very common to use air conditioning for heating, and families without floor heating or heating will choose to turn on air conditioning to heat when the weather is cold. However, many people think that there is too much electricity consumption and too expensive electricity bills. So, how many kilowatt-hours of electricity does an air conditioner heat an hour with one and a half horses, and how many kilowatt-hours does an air conditioner heat an hour?

First of all, let's figure out the relationship between horsepower, heating and power. Conceptually, 1 hp = 735W power, but in fact, the power of 1 hp air conditioner will be much greater than 735W, and the cooling of equipment with low energy consumption is at least 750W, and the heating is about 850W; The cooling power with high energy consumption may be 900W, and the heating power is about 1000W.

The unit of heating and cooling capacity and the unit of power are the same as W, but the two are two different concepts. Power refers to the power of the air conditioner, and the cooling capacity and heating are estimated according to the power and energy efficiency ratio of the air conditioner, and the actual output of the air conditioner is the cooling or heating output. The values of heating, power, and horsepower of the air conditioner are OKProbablyThe specific correspondence between the three is as follows:

We all know that 1kW (1000W) electrical appliances consume 1 kWh of electricity per hour, so if you know the horsepower or heating capacity of the air conditioner, you can roughly estimate the power, so as to get the hourly electricity consumption, then its 1 day and 1 month of electricity consumption can also be calculated.

For example, the air conditioner with low energy consumption is estimated to be 1100w through the comparison of the above table, and the air conditioning power with high energy consumption is 1300w, which is about 1200w according to the average calculation, then its hourly electricity consumption is 1 day.

In addition, if the heating capacity is known, and the energy efficiency ratio of the machine is known, then its hourly electricity consumption beam spike = heating energy efficiency ratio of 1000, so the calculated electricity consumption will be more accurate than the estimate in the above table.

A lot of air conditioner information has power, so there is no need to estimate the power of the air conditioner by the number of horses, and directly use the power to calculate the electricity consumption, but the power consumption calculated by this power is not the actual power consumption, but the electricity consumption under standard working conditions.

In addition, the heating and horsepower of the air conditioner generally refer to the power of the main engine, not including the electric oak Li Bu auxiliary heating power, if there is an auxiliary heat to turn on, then it is also necessary to add the electric auxiliary heat consumption. For example, if the heating power of an air conditioner is 2000W and the auxiliary heating power is 1500W, then the electricity consumption of the air conditioner is 2 kWh per hour when the electric auxiliary heating is not turned on. If there is both on/off heat, the power consumption per hour is (2000+1500) 1000=kWh.

However, the above is a more theoretical method of calculating power consumption, and the actual working power consumption of the equipment will change according to the environment, equipment conditions, temperature and other circumstances, so the power consumption of the air conditioner calculated by the disturbance is not absolutely accurate, but only the estimated power consumptionWhen the ambient temperature is too low and the set temperature is too high, the power consumption can be increased, so the calculated power consumption is only used as a reference value

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. The higher 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 electricity 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 conditioners is generally between kilowatt-hours and kilowatt-hours. Air conditioners with auxiliary power usually consume about twice as much electricity as cooling when heating.

It depends on the various conditions mentioned above.

Attached: Common sense of air conditioning use:

1. First of all, it is necessary to carry out reasonable maintenance of the air conditioner, keep the inside and outside of the air conditioner body clean and clean, and regularly clean the filter screen and the outdoor fin-shaped aluminum foil heat sink to make the air conditioner in the best working condition and achieve the purpose of saving electricity and prolonging life.

2. The temperature difference between indoor and outdoor should not be adjusted too much, when the air conditioning is refrigerated in summer, the higher the indoor temperature is adjusted, the more power saving, and the indoor temperature will increase by 5-8% every time the indoor temperature is lowered by one degree, and it is generally appropriate to adjust it between 26-29 degrees, as long as it does not feel hot. It can also be used in conjunction with an electric fan to improve indoor comfort. In winter, the temperature in the heating room of the air conditioner should not be adjusted too high, and it is advisable to set and adjust it at about 16-22 degrees, the higher the temperature, the greater the power consumption, because the heating consumption of the air conditioner is about twice as large as that of refrigeration.

3. Try to seal the doors and windows of the room, if the sun is directly irradiated, thickened curtains should be installed to improve the sealing and thermal insulation effect of the room.

4. When the air conditioner is working for refrigeration, the wind deflector of the indoor unit should be adjusted to blow the air in the horizontal direction, and the wind speed should also be adjusted to the automatic wind speed, and the air conditioner will automatically adjust the wind speed according to the indoor temperature. If the air conditioner is blowing directly on the bed or person, you can buy a wind deflector online to use it. When the air conditioner heats and heats in winter, it is the opposite, and the air should be adjusted to blow downward, so that the indoor temperature is the most uniform, because the cold air flow is downward, while the hot air flow is upward.

5. In summer, if the outdoor unit is directly exposed to the sun when working, it is best to install a sunshade to improve the heat dissipation effect.

<>1P air conditioner is 1000W, and it needs 1 kWh of electricity for one hour of continuous work without turning on the auxiliary electric heating. If the auxiliary heating power of the air conditioner is 800W, the power is 1000+800=1800W. One hour is kilowatt-hour.

This is calculated when the air conditioner is working all the time, and the air conditioner will only be used for heating all the time when the temperature difference between indoor and outdoor is large, or the room is not well heated. In fact, air conditioners work intermittently and will automatically turn off after a certain period of time, so they don't actually need so much.

Generally, the more energy-saving air conditioner only needs one kilowatt-hour of electricity, according to the calculation of 8 hours a day, it takes 8 kilowatt-hours of electricity a day, and it is 240 degrees a month, and it takes about 144 yuan of electricity a month according to the electricity bill of 6 cents, which is according to the algorithm of the most money, because the air conditioner is automatically switched on and off, and in fact, there will be no 8 hours of work. If the air conditioner has auxiliary heating, the electricity bill may cost dozens of dollars.

This answer is applicable to most brands of air conditioners such as Gree, Midea, and Haier.