There are two main functions of an air conditioner – keeping the indoor air cool and reducing the humidity levels in the room. Now, when it comes to buying an air conditioner, there is a common myth that you should always invest in a bigger size AC as this is the only way to get the fastest and most effective cooling. To some extent, this assumption holds the ground as a powerful AC means faster and more sustainable cooling. But, this doesn’t guarantee the required comfort for humans.
Similarly, an underpowered air conditioner may not be able to cool the room properly.
Let’s delve deeper into this and understand the link between the AC size and cooling capacity.
Cooling capacity simply shows the level of cooling an air conditioner can deliver. So, in the case of a bigger air conditioner, it simply means that you choose a unit with high cooling capacity. Every room needs a specific level of cooling, a different AC size may be needed to control the temperature and keep people comfortable. Due to this, an air conditioner’s size holds the most value in comparison to the chosen brand, features, 12000 BTU Split AC Price, or even the efficiency rating.
Btu & Tonnage
One of the most commonly preferred ways to gauge the cooling capacity of an air conditioner is ton. However. not every air conditioner manufacturer mentions the size of their AC units in this unit. Some prefer to use BTU (or BTU/hour). One ton is equivalent to 12,000 BTU/hour. Therefore, a 2.5-ton unit carries the same cooling capacity as a 30,000 BTU unit.
BTU refers to the British Thermal Unit, a measurement of heat energy. 1 BTU refers to the amount of heat needed to increase the temperature of 1 pound of water by 1 degree Fahrenheit. In the world of air conditioning, BTU/hour is used to learn the amount of heat an air conditioner is able to remove from a room within an hour. It also means that a 2.5-ton unit can eliminate 30,000 BTU of heat from a room in one hour.
The energy ratings tend to have crucial effects on your electric bill. In the case of SEER, the higher the number, the less electricity will be used by an air conditioner. If you invest in an 18 SEER2 air conditioner, it would consume nearly 35% less electricity in comparison to a 14 SEER unit. (Our website offers a free calculator where you can easily compare air conditioners of varying energy ratings.
However, with respect to size, a bigger number does not actually mean improved outcomes. Although a 4-ton air conditioner can cool down a space more efficiently than a 3-ton air conditioner, this does not always lead to reduced power costs or enhanced comfort.
Your home's cooling requirement refers to the amount of cooling capability that is needed. To ascertain the appropriate amount of air conditioner needed, it is necessary to measure the cooling load of a building or residence. A home's cooling load is measured by several things, including its square footage, no. of windows, the number of people, and more.
The misconception that a bigger air conditioner is always above a smaller one has been refuted. However, make sure you talk to an HVAC dealer to find out for sure what the ideal size is for your house.
Make sure to mention any cooling issues you've had with your old air conditioner to the dealer when you request a 12000 BTU inverter Split AC Price. Is there a regular on/off cycle on the unit? Do specific areas of your house don’t get proper cooling? Do you have a mildew or mold issue? These issues could be a sign that the air conditioner you now have is not the proper size, along with other issues.
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