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If you are new to the world of indoor cooling appliances, you may wonder how much electricity does a ceiling fan use. Some of the best fans, after all, are located on the ceiling, and they demand a certain amount of electricity per hour to run. So, just how much does it cost to run one for an entire month, and what can you do to keep energy bills down while doing so? Keep reading to find out.
There are plenty of different ceiling fans out there when learning how much electricity does a fan use. In other words, this depends on a number of variables, such as the age of the fan. If you’re not sure how old your fan is, consider learning how long fans last. Energy consumption also varies according to the fan’s power level, which is measured in cubic feet of air moved per minute (CFM). For example, if you’re using a box fan, you’ll need to know how many CFM a box fan is.
Have your ceiling fans maintained and inspected annually by a professional to help keep usage costs down.
Here are some common figures regarding fan power use and utility cost, so you won’t have to learn how to bypass the ceiling fan switch.
The average ceiling fan wattage is anywhere from 31 to 33 watts. On a low speed, these fans consume 3.6 watts per hour, though it can be as low as 1.2 watts per hour, depending on the model. High-wattage ceiling fans exceed these metrics, with a minimum of 36 watts and ballooning all the way to 100 watts.
Of course, wattage numbers don’t really mean anything until translated to easily digestible cost data, helping you make an informed purchase decision. On average, in the United States, it costs .003 cents per hour to run a medium-sized fan. This works out as just over two cents for eight hours of continuous usage or six cents for an entire day. A month? That works out to just $1.80. As you can see, ceiling fans are not the biggest energy hogs on the block.
You can further reduce these monthly costs by following some common-sense guidelines.
STAT: Calculating the cost to operate a ceiling fan is simply a matter of knowing how many watts the fan uses and multiplying that by the cost per kWh of electricity your utility company is charging you. (source)