Red Green
Senior Member
RV LIFE Pro
- Joined
- Dec 8, 2020
- Posts
- 215
I then moved onto the solar system. First were the solar panels.
I didn't want to poke any holes into the roof to fasten down the panels so this is how I accomplished the task.
I used 1/4" plastic corrugated sheets, cut to the size of my solar panels. (This will allow air movement under the panels to hopefully keep them cooler.) My flexible solar panels have 6 grommet holes for securing the panels. I poked the corresponding holes in the corrugated plastic sheets and used 6 round headed, square shoulder bolts. After I inserted the bolts into the plastic sheet, I cut a 2" wide piece of Eternabond tape 3" long. I cut a slot in the tape to slide it down over the threaded part of the bolt and then wrapped the other half of the tape down around the edge of the plastic sheet and then over the bolt head. I did all six bolts this way per sheet. Once completed, with the six bolts pointing skyward, I cut 4 more strips of EternaBond tape, 3" wide and 7" long. I cut a slot in the middle of the piece of tape and placed a piece of tape at each corner at a 45 degree angle over the plastic sheet and onto the roof. That leaves the cells in the plastic sheet open and allows it to 'breathe'. The sheet is now securely attached to the roof and no holes.
I placed one strip of 1" VHB double sided tape down the middle of each solar panel so that it wouldn't be apt to flutter in the center in high winds (like going down the road.)
We placed the solar panels on the plastic sheets, placed a washer on the bolt and then the nut. Smeared the bolt with liberal amounts of anti-seize, as well as applying it to my hands, my shirt, and my pants!
I repeated all of this for each panel.
I ordered some aluminum 1/4" transition strips from Home Depot. They are 4' long and worked great to place along the leading edge of each solar panel to direct the wind up and over the panel. A 2" strip of EternaBond tape runs full length of the transition strip. The finished project has no tape on the panels, (for easier removal if needed), and the wind can not get under them. (Unless of course there was tornado or hurricane coming in from behind the camped, I guess the then it might get under them, but in that scenario, I think I might have bigger problems than a missing panel!)
I didn't want to poke any holes into the roof to fasten down the panels so this is how I accomplished the task.
I used 1/4" plastic corrugated sheets, cut to the size of my solar panels. (This will allow air movement under the panels to hopefully keep them cooler.) My flexible solar panels have 6 grommet holes for securing the panels. I poked the corresponding holes in the corrugated plastic sheets and used 6 round headed, square shoulder bolts. After I inserted the bolts into the plastic sheet, I cut a 2" wide piece of Eternabond tape 3" long. I cut a slot in the tape to slide it down over the threaded part of the bolt and then wrapped the other half of the tape down around the edge of the plastic sheet and then over the bolt head. I did all six bolts this way per sheet. Once completed, with the six bolts pointing skyward, I cut 4 more strips of EternaBond tape, 3" wide and 7" long. I cut a slot in the middle of the piece of tape and placed a piece of tape at each corner at a 45 degree angle over the plastic sheet and onto the roof. That leaves the cells in the plastic sheet open and allows it to 'breathe'. The sheet is now securely attached to the roof and no holes.
I placed one strip of 1" VHB double sided tape down the middle of each solar panel so that it wouldn't be apt to flutter in the center in high winds (like going down the road.)
We placed the solar panels on the plastic sheets, placed a washer on the bolt and then the nut. Smeared the bolt with liberal amounts of anti-seize, as well as applying it to my hands, my shirt, and my pants!
I repeated all of this for each panel.
I ordered some aluminum 1/4" transition strips from Home Depot. They are 4' long and worked great to place along the leading edge of each solar panel to direct the wind up and over the panel. A 2" strip of EternaBond tape runs full length of the transition strip. The finished project has no tape on the panels, (for easier removal if needed), and the wind can not get under them. (Unless of course there was tornado or hurricane coming in from behind the camped, I guess the then it might get under them, but in that scenario, I think I might have bigger problems than a missing panel!)

