How much electricity do air conditioners consume?

According to Energy Press, the electricity consumption of water coolers is much less compared to gas coolers, in this type of coolers, you can even reduce the electricity consumption by more than 50% by using “Dur Kend” and you can see the effect in the electricity bill in the same proportion. . Of course, in the hot and humid regions of the country, where the temperature and humidity are high, the use of air conditioners is justified.

Every air conditioner has a capacity to cool the environment, so it is better to consider the cooling capacity and the size of the environment when buying this device. To choose an air conditioner according to the size of the environment, you should consider the location of the building. The formula for calculating the air conditioner is not complicated in terms of the amount of cooling.

For example, if you live on the top floor of the building, the sun’s heat penetrates more than other floors in your house. So, based on each square meter of the desired room, you should consider a capacity between 700 and 800 BTU for the air conditioner. If your building is located in the middle floors of the apartment, 400 to 600 BTU per square meter is suitable, and for upper floors, 600 to 800 BTU per square meter is suitable.

How to calculate the capacity of the air conditioner
The main issue in buying a split air conditioner is not its brand, but the suitability of the air conditioner’s performance with the environmental and weather conditions of the place where it is used. Choosing the capacity of the air conditioner based on the size is one of the most important criteria in buying a split air conditioner. If the air conditioner’s capacity in terms of square meters (BTU) is not proportional to the area of ​​your desired space, the air conditioner will not perform well.

Choosing a gas cooler based on the size: the size of the building is a necessary condition in calculating the capacity of the cooling system, but it is not a sufficient condition. You can consider 450-400 Btu/h for the middle floors and 600-500 Btu/h for the last floor. For example, for a 9-meter room located on the last floor, an air conditioner with a capacity of 5400 Btu/h is needed.

Geographical region and its relationship with air conditioner capacity: T1 coolers are suitable for temperate regions and T3 coolers are suitable for tropical regions. For example, a suitable air conditioner for a 10-meter room in hot and dry weather should have a minimum capacity of 10 x 800 = 8000 Btu/h.

The effect of the number of people on the air conditioner capacity calculation: on average, for each person present at the air conditioner installation location, we add 500 Btu/h to the number obtained in the previous steps.

For example, if 2 people are present in the room of the previous stage, our required capacity will increase to Btu/h9000=8000+1000.

What is the air conditioner capacity measurement unit (BTU)?
The capacity of the air conditioner is measured in terms of square footage with BTU units, which is the amount of cooling power of the air conditioner according to the area of ​​the space where the air conditioner is installed. Of course, BTU depends on various factors, but the area is the most important factor. Higher BTU indicates more cooling power of the cooler. In the air conditioning industry, the cooling-heating power of systems is measured with BTU units.

BTU stands for British thermal unit. Of course, some people may mistakenly think that more BTU means lower temperature production. The difference between BTU is only its cooling power in time according to the area of ​​the space. Not cold production with lower temperature. Considering that the location of the building has an effect on the cooling rate of the space inside, the BTU calculation is also different for it. In simple words, smaller numbers are suitable for small spaces and large numbers are suitable for larger spaces.

Split electricity consumption in one hour is 2900 watts. If the split works only on the fan, it consumes less electricity and its consumption reaches 750 watts per hour.