#167 in Power generators & accessories
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Reddit mentions of BougeRV 10 Feet 10AWG Solar Extension Cable with Female and Male Connector with Extra Free Pair of Connectors Solar Panel Adaptor Kit Tool (10FT Red + 10FT Black)
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Reddit mentions: 1
We found 1 Reddit mentions of BougeRV 10 Feet 10AWG Solar Extension Cable with Female and Male Connector with Extra Free Pair of Connectors Solar Panel Adaptor Kit Tool (10FT Red + 10FT Black). Here are the top ones.
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- UPGRADE 2.0 SOLAR CABLE: Increase a free pair of separate solar connectors. One pair ( 1 piece black + 1 piece red ) 10 Feet 10AWG Solar Extension Cable. Made with copper.
- Extends and locks built-in cables.
- Two cables with connecters at one end connecting to solar panel and bare on the other end connecting to solar charge controller.
- The wiring is weatherproof and designed to withstand extreme heat and cold.
- Solar panel cable is typically sold in 14, 12 and 10 AWG sizes. The solar panel cable offered in this listing is 10 AWG which is the largest diameter of the three. Using large diameter cable minimizes power loss in your solar panel system.
Features:
Specs:
| Color | Black and Red |
| Height | 1 Inches |
| Length | 10 Inches |
| Size | 10Ft 10AWG |
| Weight | 1.2 Pounds |
| Width | 9 Inches |
I think you are over-estimating the capacity of that car battery. You might be able to run a few LED lights for a few hours a day, like 2 or 3 hours a day maybe, but a constant draw of a cheap wifi camera (often not the most efficient possible power-wise), will kill that battery very quickly.
Let's say you wanted to run 12 Watts of LED lighting for 4 hours a day, and a camera (24 hours a day) which draws ~3 Watts.
12 x 4 = 48 Wh. Not much, but definitely substantial.
3 x 24 = 72 Wh. Again, not much, but substantial. This isn't going to be a 10 Watt panel type of deal here. :P
So, 120 Wh total. Or, ~10 Ah.
You'll need to account for cloudy days, so let's multiply that by 3.
360 Wh usable storage capacity needed, and 300 Wh generation needed each day.
You'll only get ~4 hours of good sun in a day, and panels put out ~60% or there about their rated power in the real world.SO...
360 Wh / 4 = 90 Watts.
90 Watts / 0.60 = 150 Watts.
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So, you'll need:
1 x ~150 Watt rated solar panel. ( https://www.amazon.com/Newpowa-Moncrystalline-Polycrystalline-Efficiency-Module/dp/B00ZIZ6VY6/ should do.)
1 x PWM charge controller. ( https://www.amazon.com/ALLPOWERS-Charger-Controller-Intelligent-Regulator/dp/B01MU0WMGT/ or similar.)
Wire with MC4 connectors. ( https://www.amazon.com/BougeRV-Extension-Female-Connector-Adaptor/dp/B0753ZLLQB/ )
And battery cables to go from the charge controller to the battery, but you can probably buy some ring terminals at your local hardware store and use some 10 AWG stranded copper wire, don't necessarily need to order special ones if you can make them. :)
EDIT: You'll also want to fuse the positive side of the battery, solar, and load circuits. Choose fuse sizing for the wiring you use.
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Now, the battery will die in a few months most likely if not sooner being cycled like this since it's not a deep cycle battery, but hey, then you can replace it with a good one. :)