The worst of it is in the middle of summer when urban areas can reach temperatures of 36–37 degrees Celsius, and rural settings are no different. Choosing the greatest air conditioner (AC) for your needs becomes crucial. Thank goodness, air conditioners (ACs) are now both much more affordable and efficient.
With this comprehensive advice on choosing the best AC for yourself, which covers everything you should keep in mind before buying an air conditioner, we simplified the purchasing process for an air conditioner. Using our comparison tool, you can also contrast the features and specifications of up to four ACs.
How do I choose an air conditioner for my home?
For air conditioners, our attention is on the cooling capacity, the ambient temperature we designed it for, filtration, the coolant used, and a few of the more advanced features that are now standard.
Benefits of using a window air conditioner
Disadvantages of using a window air conditioner
Portable air conditioners
Benefits of using a portable air conditioner
· You can conceal portable air conditioners.
· And are ineffective for cooling enormous rooms.
Ductless mini-split air conditioners
Benefits of using a ductless mini-split air conditioner
· Because ducts accumulate dust and other impurities, mini-splits are excellent for indoor air quality.
Disadvantages of using a ductless mini-split air conditioner
Central air conditioning system
Benefits of using a central AC system
Disadvantages of using a central AC system
How do I know which air conditioner to buy?
Once you’ve decided on the type of air conditioner, you need to find out its capacity. Tons are used to gauge an air conditioner’s capability. Split and window air conditioners come in a range of capacities, from 1 to 2 tons. The term “tonnage” refers to the rate at which an air conditioner can cool a room, not to its weight. Simply put, a bigger space causes a higher tonnage of the air conditioner.
What size AC is right for my house?
Here’s how to determine whether the air conditioner you buy will keep you cool this summer.
Calculate the Area You Want to Cover
For straightforward square spaces, multiply the width by the length to calculate your square footage before deciding how many BTUs of air conditioning you require.
Calculate the BTUs you require per square foot.
According to Energy Star, you should only use 20 to 30 BTUs of cooling power per square foot. Therefore, a 250–300 square foot room would require 7,000 BTUs to cool, whereas a 1,400–1,500 square foot room or residence would require 24,000 BTUs.
Keep room characteristics in mind
If you build the room firmly covered, you’ll need 10% less cooling capacity, and if it receives a lot of sun, you’ll need 10% more. If there are over two regular occupants of the space, increase the BTU count by 600 for each extra person and by 4,000 BTUs if you’re chilling the kitchen to account for the heat generated by the stove and other appliances.
The amount of insulation you have, the number of windows you have, and even the height of your ceilings can all affect how many BTUs per square foot you require.
Choose the Air Conditioner Type You Need
To help you stay cool, you have a variety of AC solutions at your disposal.
With a unit that covers your entire home, central air conditioners let you stay cool in every room. However, installing them can be more expensive, particularly if you’re trying to retrofit them into a house.
Window air conditioners are simpler for a do-it-yourself to install, but they can only cool one room at once and need access to a window.
Some versions of portable air conditioners don’t require venting to the outside. They have the capacity for cooling and then transport the cool air from one area to another.