
First I went to Walmart. My original plan had been to work with the small $2.50 or $4.00 solar lights. These are the kind that are meant to be shoved in the ground next to walkways to provide illumination. I started looking at them and the $2.50 ones had one LED. I thought about maybe getting 4 and doing two lights for reading or dressing composed of two of these LEDs. Then I thought the more expensive one was better, but the most I could tell was that it was the same thing with a different size glass piece!! Alas, I found the mac daddy of solar lights. Westinghouse had these lights that came with a 3.2V rechargeable battery and had three 10mm LEDs in it. For $20 I got two lights. This was about twice what I wanted to spend but it looked about 100x better. Here is a picture of the unit first out of the box:
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I started by removing the stake holder that was meant to be stuck into the ground:
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Then I marked the curve onto the plastic piece that held the stake holder. I didn't want to try and plug up the hold if I took the stake holder out, so we will just cut it off:
Remove piece:
No we focus on the other end. The joint will be perfect for use as lighting when mounted to the roof. But first, we need to separate the joint so it is easier to work on the electronics:
Pulled apart:
Now open the compartment with the solar panel. There are two green wires that go to the photo sensor. Cut them. For clarification, follow the screwdriver to the wires:
Remove the photo sensor and find a switch for the system. This particular unit had a switch and the photo sensor. The switch has to be on to allow the light to work AND to allow the unit to charge. Since I didn't want to have the light come on anytime the sensor felt it needed light, we replaced that sensor with a manual switch. The switch I used can handle 120V and 25A...a bit overkill but for $0.75 a piece, I figured it would work. The post happened to be the right size for the preexisting hole too!!
Mount the switch in the photo sensor hole:
Solder up the wires from the photo sensor to the switch. In this case, the photo sensor disconnected the wires when there was no light, so I wired my switch accordingly. I tried to have it match the other switches labels for On/Off:
While this panel is open, i ground down the nubs where the screws fit into. I did this because this weekend I will be mounting the system.
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The way I will mount it is this: I will drill a small hole through my entire roof and extend the wires between the solar panel and the electronics. This extension will go through the hole so the solar panel is mounted on the outside of the roof and the electronics case is mounted inside, with silicone inside the hole. Anyway, here is the final product reassembled to be mounted:
I'll try to get some pics of it when it is mounted in the trailer....as soon as I finish the trailer... Hope it can help those who want the most simplistic electrical lighting!!
Thanks and let me know questions/comments[/img]