DSF Destratification fans are designed to reduce hot and cold spots through the mixing of air in large spaces, resulting in significantly reduced energy costs and increased comfort. How does a DSF Destratification Fan help save energy and increase comfort? In order to answer that question, we must first characterize the challenges of heating and cooling buildings with high ceilings.
During the heating season, warm air naturally rises into high ceilings, posing a challenge to keep warm air at floor level and maintain a comfortable building environment. For example, if a ceiling is 20 feet high, there can be a 10 to 20 degree variance in temperature from the floor to the ceiling.
During the cooling season, cold air is often discharged through diffusers located at ceiling level. This air is met with resistance by hot air rising from the floor level creating a thermal boundary layer, thus forcing air conditioning units to work harder to maintain a comfortable environment at floor level, and wasting energy trying to keep up with the increased cooling demand.
DSF fans force heated or cooled air down to floor level, eliminate temperature layers in the ceiling space and ultimately create a more comfortable environment inside the building. The net result is energy savings, along with maximizing the efficiency of an HVAC system.
Air circulation should occur once or twice per hour to maintain a healthy building environment.
Select the fan cfm based on the following ceiling height recommendations:
To determine the number of DSF fans for a given area, the following information is required:
Example: a building is 125 ft. long, 75 ft. wide, and 20 ft. high.
For additional details on applying a destratification fan, download a PDF copy of our Destratification Fan Application Guide!
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