Do you know how efficient your ac unit is? One way you can easily find out is through SEER, i.e., an energy efficiency ratio measurement. The SEER, or seasonal energy efficiency ratio, is used for setting a basic standard for machines that are friendly to the environment. It ranks an ac unit on the basis of the amount of energy it can effectively utilize. If the number of the SEER given on the conditioner is high, it goes to say that the energy efficiency of the machine is also high.
Since the concerns about the environment have increased, the amount of the SEER on a/c machines has actually gone up. Whereas in 1992, the minimum SEER standard was 10, the new law passed in January 2006 has made all rumors true by stretching the minimum SEER to 13. This rise in the SEER from 10 to 13 implies that the efficiency of a particular ac unit has actually improved 30 percent more.
However, a machine with a higher SEER would suggest that its price and the installment costs would also mount up. However, this does not really seem to impact the majority of people as they presume that a higher initial investment would ultimately be cost effective in the long run, and they would be able to save on their energy costs this way.
If you are impressed by the truth that one sixth of the United States electricity goes into air conditioning, you would be even more delighted to know that The Department of Energy assumes that by 2030, the energy and SEER laws will be further changed. The energy that they would therefore save would actually provide enough electricity for 26 million houses for a whole year!
So the very best way you can save energy is to bring home an excellent quality ac unit. The most crucial thing is to regularly maintain the cooling unit of your machine. You can ensure a maximum efficiency of your conditioner if you replace the filters and verify the functioning of the machine from time to time Air Conditioning Repairs Tucson AZ . If its not already too late for this advice, get a qualified professional to install your ac unit.