specializing in the design, installation and service of residential & commercial air conditioning, heating and home comfort solutions for over 14 years. We make a continual investment in the training and diagnostic equipment required to measure, record, protect and enhance the actual performance and safety of your Atlanta Air Heat Pumps
Air source electric heat pumps are usually heaters that are used in moderate temperatures, as opposed to freezing cold. These are also heaters best used for homes where there are fewer cold days and milder winter weather in general.
Air source electric heat pumps save you money
The advantages of air source electric heat pumps lie in this technology’s energy efficiency. Energy efficiency means that you as a consumer pay less per month than other technologies such as dual-fuel heat pumps or geothermal heat pumps.
The major disadvantage with this type of technology is that it has a relatively high cost at first due to equipment you have to purchase. However, in the long run these pumps tend to be the least expensive to maintain. Besides price, another drawback to be aware of with air source electric pumps is that they cannot function in all types of weather, as effectively as the two other technologies can.
Atlanta Air Heat Pumps can also cool your home
The heat produced by this technology of system can be compromised whenever the temperature outside reaches -90C. In addition, high winds can sometimes affect performance. Usually, experts recommend that you keep a backup system ready just in case you get inclement weather that disturbs the air source electric pums system.
Nevertheless, these pump systems do offer reversal systems with air conditioning. Therefore, they are popular for mainstream homeowners. These systems use the difference between outdoor air temperatures as well as indoor temperatures. Historically, these systems are easy to learn and install for the average consumer.
Atlanta Air Heat Pumps aren’t for everyone
Their limitations are intrinsic to the design. They use the outside air as a heat source. Therefore, the higher temperature differential (thanks to extremes in temperature) will lead to a lower quality performance.
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