When is Central Air Conditioning the Best Answer?
Central air conditioning may not always be the most practical
choice for every home or office. There are some cases, however,
when using a central air conditioner is vital to the health of
everyone who lives or works in a home or building.
The Length of the Hottest Season
The biggest consideration for whether or not central air
conditioning is the best answer is how long the hot season is in
your location. Some areas have a very short hot season that only
lasts a couple of weeks. The expense of installing and maintaining
central air conditioning may not be worth it if you only use the
system once or twice a year. If your hot season lasts for months,
though, the use of central air conditioning may feel like more of a
necessity than a convenience.
The Size of the Building
Building size also makes a difference when you consider central
air conditioning. If your home or office is relatively small, you
may be able to make due with a window air conditioner or a portable
air conditioner. If there are more than four or five rooms, central
air conditioning may be the best answer. With a central air system
you can be sure that every room is cooled equally. When you use
other air conditioning systems, their cooling effects can only be
felt in the room that they are housed in. If you have a building
with a large central room, portable or window air conditioners may
not have the power to fill the space the way that central air
conditioning could.
The Health of the Occupants
Central air conditioning is the best type to use if you are
trying to keep older or younger people comfortable through the heat
of the summer. Any building that houses senior citizens or young
children should consider the benefits of central air conditioning
to keep their inhabitants safe from the damaging effects of heat.
People who are old, young, or in ill health are particularly
susceptible to heat. Portable and window air conditioners may work
for the short term, but central air conditioning will provide a
more even distribution of the cool air.