The best AC is available for your room for effective cooling?

If we buy an AC (air-conditioned), a big question comes to mind is, how many tons of AC for a room is required. Seller is always different views of the AC with highest ton for sale, but the reality is that so?

Recently, I purchashed a 1.5 ton AC of the market, the purcheshed dealer said, for a standard room is required. After the installation, that AC is more than enough for my room, in fact the freezing. So I opened my next connected room and after a few moments, also spread AC cooling, in that room also. it is my 1.5 tonnes of AC for cooling for the two-room. Only the Prevention is, I both rooms are narrow and the door is fully open for the existence of cool air.

One of the most important things to consider when AC buy is the area or room, by the AC can be covered. Your room or space is the capacity or ton AC you need to adequately cool the room. In other words, a large room requires a large air conditioning and a relatively small area requires a smaller air conditioning.

What to check before you install a AC

Before you install an AC, you will need to measure the area of the house. So many people use only the area of the corresponding size of the air conditioner to determine, in their homes. But area alone can not give you the best results. You may need to calculate the volume of your space to get the best result. The volume of the space can be obtained by multiplying the area made available by the amount of space or room can be determined. This gives cube feet instead of square meters.

AC T for area or volume

If your room is the size between 80 and 120 square meters of space, you can effectively the room with a ton of air conditioning cooling. A 1.5 tons of AC for a room size from 120 to 190 m² will be adequate and you may need a 2 ton air-conditioning unit for a room size from 190 to 300 square feet.

Keep the above results only in an optimal condition. In other words, several factors can affect also the ton AC in your room, you can need. Some other important factors such as the orientation of the room or the structure, the average temperature of the location or room, the fenestration or windows, shading, the insulating values of the doors, walls, roof and windows, the internal loads, and the solar win. The internal loads are the devices in the room, the people living in the space and the light in the room.

Thus , each of these factors plays a role in the determination of whether or not the normal 80-120 m² is sufficient for a ton of air conditioning. You may need to increase the ton AC, if the number of people in the room more than 2 and the room is located in a sunny region. However, if your room is shaded and contains less number of persons or lower internal loads, the corresponding value is 10 percent less than the normal AC-ton.

In conclusion, the humidity and temperature in your room a lot, and these factors are due to the weather and atmospheric conditions of your area. You can use them by air conditioning. Although ACs are powerful devices to cool the room down, you need to provide a reasonable size and capacity of AC to go, to achieve the desired result. The bigger is not always better. A ton of AC most for a room area of 80-120 square meters could be sufficient. Several other factors can also determine whether this room size is reduced or increased in order to meet a one ton of AC.

 I think if you really want to block all air holes (open) in a standard room, then a 0.75/0.8 or 1 tonne is sufficient to cool the room down, if the people in this room say only 1-3 people. So, why spend a lot on higher capacity, if smaller will do. But a smaller capacity AC sometime it can be difficult to select the desired room and thus cooling, there is increase in the cost of electricity. It is a more than higher capacity AC-invoice will be due to the higher to increase consumption. So, you should be properly size of the air conditioning. 

Let's do the math.

1. Remember - 0.75/0.8 Ton AC 9000-9500 BTU, 1 ton AC 12000 btu,1.25 t and 1.5 ton AC 15000 btu AC delivers 18,000 BTU.

2.  Calculate your room size in square meters of FTS. For example, for a standard room size is 15x12 ft. This means that 180 sq ft.

3.   Sq ft room multiply X 25 BTU. For e.g, 180 (QM) x 25 = 4,500 BTU.

4. If room is in the shadow of the BTU fell by 10 %. Similarly, if the Btu room directly under the sun then increase by 10%. 

5. Each person add 600-700 BTU. Suppose there are three people in the room, then add another 2000 BTUs.

6 kitchen are usually hot and thus add a further 2000-3000 BTUs.

What I found virtually (personal room with a door often opens and the room is not properly sealing with a small hole) - 

1. If a room is under 100 sq ft sq ft, then for 0.75/0.8 or 1 ton AC. This will be enough.

2. If a room is between 100-200 sq ft sq ft, then for 1 ton AC. That should do it.

3. If a room sq ft sq ft   of data deletion, then for 1.25 or 1.5 tons of AC.

4. If a room is large, the top 301 to 500 sq ft to say, then better go for 1.5 tons of AC.

5. If the rooms are larger than 501 m² is ,  you may need more than 1 AC.

Some important factors to search - 

A1T AC can make your room cool and you don't necessarily need a 1.5 ton AC. But what is with the power consumption? What about your electricity bill . Three important factors must be known before the purchase of AC. After selecting the desired capacity of AC from the top check stats for 3 important factors - Energy Efficiency Size, COP (coefficient of performance), and the stars.

• The higher the EER, lower electricity costs.
• The higher the COP, lower electricity costs.
• 5 stars will lower electricity bills and then enter 2 or 3 stars.

Split window AC or AC - there are no preferred choice, but split AC is modern and looks beautiful than the window AC. It depends on EER and COP and star as already mentioned, depending on what is better. Personally, if you ask me, then split looks nice on your room and takes up less space.