Ceiling Fan Direction Winter Vs. Summer
Table of Contents
Ceiling Fans can help increase energy savings in your home when operated in a manner that optimizes their efficiency. Changing the fan direction for summer and winter months improves air circulation and temperature.
To optimize these energy savings, however, it is important to take the appropriate steps to weatherize your home.
Fan Direction for Winter Months
To optimize air flow during the winter months, the fan direction needs to be set to the reverse setting. This will cause the hot air to rise and circulate, so that the air feels warmer.
Reverse Setting Adjustment
The reverse setting for ceiling fans can be oriented differently for each manufacturer. The best way to check is to stand directly under the fan while it is operating to see if the right setting has been selected. If you cannot feel any downward air flow, the setting is correct. Typically this setting causes the fan to rotate in the clockwise direction.
Fan Direction for Summer Months
To optimize air flow during the summer months, the fan direction needs to be set to the forward setting. This will cause the air to flow downward, causing a chilling effect by allowing moisture to be evaporated from the skin. With this effect, the thermostat can be set at a higher setting, which saves energy.
Forward Setting Adjustment
To check the forward setting, stand directly under the fan while it is operating. If you feel downward air flow, the setting is correct. Typically this setting causes the fan to rotate in the counterclockwise direction.
Additional Energy Saving Tips
To optimize energy savings from a ceiling fan, additional steps must be taken to weatherize the home. These steps include weather stripping/caulking windows and doors, changing air filters every two to three months, properly insulating exterior walls and attic spaces, and adjusting the thermostat at least 5 degrees lower in the winter time when you're sleeping or away from home. Each degree the thermostat is lowered, for example, during winter, can realize a reduction in heating costs from 3 percent to 5 percent.
References
Writer Bio
Based in Largo, Florida, Tami Graves has been writing plans, procedures and reports in support of defense industry avionics test software and communications equipment for more than 22 years. She received her Bachelor of Science in electrical engineering from the University of Oklahoma, and a Master of Science in telecommunications management from Oklahoma State University.
Photo Credits
- rotating ceiling fan image by Yali Shi from Fotolia.com
- rotating ceiling fan image by Yali Shi from Fotolia.com
More Articles