soonerbrink
Member
- Joined
- Jun 29, 2015
- Messages
- 22
Hello! I am new here, so hopefully this is the right place and has not already been addressed extensively....
Backstory:
I live in Oklahoma and have a 3 car garage which gets extremely hot during the summer (especially with 2 cars parked inside). I am looking for a cost effective way to ventilate the garage (pull cool air in and draw hot air out).
Idea:
Cut a new soffit vent and route duct through the attic to an air inlet in the ceiling of the garage on the east side. Install a solar powered vent on the west side of the roof directly above the garage and route duct to an air inlet in the ceiling on the west side of the garage. Due to the slop of the roof the duct should only need to be a couple feet. However, due to the angle of the roof, I don't think there is enough clearance between the soffit and where the garage is framed out to accommodate duct work for the inlet on the east side. (30 second paint picture drawn below)
Other Thoughts: (not necessary unless you are really intrigued or have extra time)
The garage walls and ceiling are finished, but not insulated. The garage doors have insulated panels. There is no side door on the garage to open and help create air circulation. Even with the doors open in the summer, there isn't any wind from the North, so there isn't much circulation. If I try to wait to work on projects in the evening with the garage doors open, I turn into the all you can eat mosquito buffet. Air conditioning is too expensive and not practical. I sometimes leave the cars outside, but if I need to take the cars in the evening it's not fun getting into a hot car. Also, I thought about leaving the garage doors open, but there have been theft problems associated with this in the neighborhood. I have seen the mesh doors that would keep out bugs and keep down theft, but there would still be no air circulation with these.
In the picture, the airflow is optimal because the unsightly fan would be on the side of the house without the entrance, and the air is pulled in off the cool bricks, not the hot bricks facing the west. However the way it is setup, with my work area on the west side, by the time the airflow enters, the air warms up by the time it gets to me. Either way, air flow from the outside in the evening is better than no airflow.
Conclusion:
As you can tell I have thought about this a lot; however I am looking for any ideas/suggestions/input before spending the time and money in case there is some serious flaw or a better way.
Backstory:
I live in Oklahoma and have a 3 car garage which gets extremely hot during the summer (especially with 2 cars parked inside). I am looking for a cost effective way to ventilate the garage (pull cool air in and draw hot air out).
Idea:
Cut a new soffit vent and route duct through the attic to an air inlet in the ceiling of the garage on the east side. Install a solar powered vent on the west side of the roof directly above the garage and route duct to an air inlet in the ceiling on the west side of the garage. Due to the slop of the roof the duct should only need to be a couple feet. However, due to the angle of the roof, I don't think there is enough clearance between the soffit and where the garage is framed out to accommodate duct work for the inlet on the east side. (30 second paint picture drawn below)
Other Thoughts: (not necessary unless you are really intrigued or have extra time)
The garage walls and ceiling are finished, but not insulated. The garage doors have insulated panels. There is no side door on the garage to open and help create air circulation. Even with the doors open in the summer, there isn't any wind from the North, so there isn't much circulation. If I try to wait to work on projects in the evening with the garage doors open, I turn into the all you can eat mosquito buffet. Air conditioning is too expensive and not practical. I sometimes leave the cars outside, but if I need to take the cars in the evening it's not fun getting into a hot car. Also, I thought about leaving the garage doors open, but there have been theft problems associated with this in the neighborhood. I have seen the mesh doors that would keep out bugs and keep down theft, but there would still be no air circulation with these.
In the picture, the airflow is optimal because the unsightly fan would be on the side of the house without the entrance, and the air is pulled in off the cool bricks, not the hot bricks facing the west. However the way it is setup, with my work area on the west side, by the time the airflow enters, the air warms up by the time it gets to me. Either way, air flow from the outside in the evening is better than no airflow.
Conclusion:
As you can tell I have thought about this a lot; however I am looking for any ideas/suggestions/input before spending the time and money in case there is some serious flaw or a better way.