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What does EER
mean?
The EER, or Energy-Efficiency
Rating, measures the air conditioner's energy
consumption and efficiency. A high EER rating means less
energy is being consumed.
Any rating of 10 or more is
excellent.
Furthermore, by cooling only one room, portable air
conditioners can save you considerable on your monthly
electric bill.
All of the portable air conditioners that we
carry operate on 115 Volt/ 60 Hertz (normal household
standard). They generally run on about 7-10 amps and
require a regular 3 prong grounded plug found in all
homes.
ENERGY :
Are portable air
conditioners energy efficient?
EER stands for the Energy
Efficiency Rating. Essentially, the EER lets you
know how much cooling capacity from a given amount
of electricity. The higher the EER, the more energy
efficient an air conditioner is. If you are
comparing two air conditioners with similar
BTU capacity, you might check out
their EER to help you make a decision. An air
conditioner's EER is found by dividing its
BTU capacity by its running
wattage. A good rule of thumb is to look at the
Energy Efficiency Rating (EER) of the air
conditioner you are purchasing. The higher the EER,
the more energy efficient the air conditioner.
To look at energy efficiency another way, consider
this: A portable air conditioner allows you to cool
one area. If you have central air and you want just
this one area cooled, you would have to lower the
temperature of the entire house as well. So, if you
have a home or apartment and you want to keep just a
single room cool, a portable air conditioner can
save a lot of energy.
Energy Efficiency Rating (EER) is a standard measure
of efficiency for comparing appliances and the cost
of operation. The higher the EER, the more energy
efficient the air conditioner. The WA1200E has an
EER of over 12, while the Soleus KY32U has an EER of
10. Any rating of 10 or more is excellent. By
cooling only one room, portable air conditioners can
save you a considerable amount of money on your
monthly electric bill. All of the portable air
conditioners that we carry operate on 115 Volt/60
Hertz (the normal household standard). They
generally run on about 7-10 amps and require a
regular, 3-prong grounded plug found in most homes.
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