In the summer, your energy bills just seem to keep rising. But new air conditioning installation gives you the opportunity to select a system that may actually bring cooling costs down. Since cooling costs take up a large portion of most energy bills in the summer, finding a high-efficiency unit should be a top priority for most homeowners when selecting a new AC. But how do you decide which system is right for you? Easily—look at the SEER!
The SEER (Seasonal Energy Efficiency Ratio) is written on the EnergyGuide label of every air conditioning system. This number is a measurement of the cooling capacity of an air conditioner, measured in BTUs (British thermal units) per hour divided by the total energy output of any system. A higher SEER will usually save you more money on your cooling costs.
According to the U.S. government, all air conditioning systems sold in the country must have a SEER of 13 or higher. However, to receive the ENERGY STAR logo, a distinguished mark for many home appliances, an AC unit must have a SEER of 14 or greater. ENERGY STAR systems meet criteria set forth by the Environmental Protection Agency to reduce the amount of pollutants released in the air without sacrificing the performance homeowners want.
The SEER isn’t the only thing you should look at when selecting a new system. Systems with higher SEERs are usually more expensive than those with lower ones, so some homeowners may try to save money by choosing a smaller cooling capacity. This is problematic; smaller air conditioners may never get your home to the correct temperature, and the extra wear on your system will cause it to fail sooner.
A system with a high SEER does not guarantee unlimited efficiency. All air conditioners should be professionally maintained and cleaned, and you should replace air filters about once a month.
A professional technician can help you find a system with a high SEER, and can tell you about many other money-saving upgrades for your new system. For air conditioning services in Kennesaw, call Cool Air Mechanical today!