Will Attic Vents Improve Upstairs Temperatures

In the winter warm moist air seeps into the attic from the living space below.

Will attic vents improve upstairs temperatures. Brown is not a fan of. This prevents hot air from seeping into your home and driving up the temperature in the living space which reduces the load on your air conditioner. Attic ventilation works on the principle that heated air naturally rises primarily utilizing two types of vents. Now if the ridge vent is only partial or if the attic air temperature is excessive 20 degrees higher than the outside air fans may prove beneficial pick the right fan.

This will cause the upstairs level of a home to become much warmer than the lower level which can be problematic in the winter and summer months. Intake vents located at the lowest part of the roof under the eaves allow cool. Ventilation attic fans can do more harm than good you would think that an attic fan sometimes called a powered attic ventilator or pav would keep the attic space cooler by exhausting hot air. As it cools it becomes more dense and sinks.

But essentially an attic vent allows the hot air that rises inside your house to flow outdoors. A pav does indeed blow hot air out of the attic but unfortunately it also sucks cool air from your living space into the attic through leaks in. An attic fan aids in speeding up this process. In order to improve the entire upstairs comfort levels though more significant improvements need to be taken.

Invest in a mini split air conditioner. Attic ventilation fans help cool air your attic by pushing out the stifling hot air from inside the attic and bringing in cool air from outside. You can also add a thermostat to attic fans so that they only turn on when your attic reaches a certain temperature. Good ventilation allows the heat and moisture to escape.

In the summer good attic ventilation reduces heat buildup. In a two story home it can be difficult to balance the temperatures between the upstairs and downstairs. Ideal attic temperatures shouldn t be more than 10 to 20 degrees hotter than outside temperatures. Improve the air sealing insulation and ventilation of the attic.

It starts with addressing one of the biggest sources of home energy inefficiency.