![]() The best way to ensure that you have the properly sized unit at a good SEER rating for your unique needs is to have a professional HVAC contractor come to your home to properly measure your house and evaluate your unique needs. With all of the available options to consider, choosing the best equipment can be challenging. variable speed, how long you plan to stay in your home, etc. To illustrate, most of the higher SEER systems lose cooling power more rapidly at higher outdoor temperatures because they have smaller compressors, meaning that during a really hot day the higher SEER may not provide higher cooling comfort. The thing to know is that, even though it may seem logical to assume that the higher or bigger the SEER and tons, the better – that may not always be the case. The proper sizing of an AC or Heat Pump depends on a lot of variables from overall square footage of the house, to type of insulation, to room layout, to the size/insulation value of the windows and which direction they face. In modern terms, 1 ton is defined as 12,000 BTU/hour, and 1 BTU = 1.06 kJ. They are measured in ‘tons’ – which was originally defined as the amount of heat removed by 1 ton of ice every 24 hours. Just as important as the SEER rating, or perhaps even more important, is the size of an HVAC unit. The most efficient SEER ratings of air conditioners fall in the range of 20+. For instance, the minimum SEER rating allowed today is 13, but if you have an older system, chances are the rating is 10 or less (and could even be as low as 6). While there’s no set range for SEER ratings, as maximum range increases with modern cooling systems becoming even more efficient, it’s important to pay attention to some levels. When it comes to SEER ratings, the higher the SEER rating the greater energy efficiency and that also means lower energy bills. ![]() The more efficient your cooling system is the less energy it will take to cool your home. The Seasonal Energy Efficiency Ratio (SEER) measures the energy efficiency of your air conditioner and heat pump over an entire season, by calculating the cooling output divided by your total electric energy input. ![]() ![]() The most important terms when it comes to cooling systems are SEER and Tons, and we’ve put together an easy-to-understand summary and guide to understanding them: If you need a new cooling system, the question is which AC system is best for you and your home needs? Since there are quite a few different options and ways to go, it’s important to distinguish the differences and understand the variables that go into choosing a new air conditioner or heat pump. Sizzling summer days and nights are just around the corner – is your home equipped for cool comfort and energy savings? ![]()
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