Be aware of the Pros plus Cons if You Have High Ceilings

There is something calming about a house with vaulted or cathedral ceilings, plus it allows you to display lovely craftsmanship plus features such as exposed beams, skylights, plus chandeliers… But did you know that these high ceilings can affect the efficiency of your HVAC method and your energy bills? A higher ceiling increases the space that will be able to be heated or cooled by your HVAC system. Therefore, if you transport from a house with low ceilings to 1 with cathedral ceilings, you can expect your system’s workload to increase noticeably. As a result, you will end up paying higher utility bills. In spite of the elevated ceilings, there are a number of things you can do in order to compensate, 1 of which is installing a respected HVAC method that is sized appropriately. It is important that you hire a company to size the method properly, taking into consideration the square footage, the height of the ceiling, plus other factors. As a result of the design of ductwork, high ceilings can also reduce your HVAC system’s efficiency. Keep in mind that hot air rises. In other words, that means that most of your home’s heat will drift to the ceiling during the winter. In the summer, the a/c will have to labor harder in order to cool the extra room. You do not have to supply up your high-level ceiling if you labor with a professional who can install a low- plus high-return air register in the room instead. You can shut down the lower return with dampers or magnetic covers in the Summer plus allow the high return to detach the heat from the ceiling during the day. This will facilitate better cool air build up. During the winter, you will need to do the opposite. In rooms with high ceilings, ceiling fans can help distribute air heated or cooled more efficiently. You should run the fan blades clockwise to detach heat from the ceiling plus push it downward in the winter. In the summer, reverse the direction of the fan to stir up a breeze that will keep you cool.

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