DIY 1500 Watt Solar Generator
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Today, I built a solar generator using used parts I found on Craigslist, at flea markets and an auto auction. Everyone knows having an emergency generator is a must, but which one should you go for? A gas generator, or solar generator? Since we already have a 3,500 Watt gas generator, and I believe in having both, I've been collecting the parts I need to assemble a solar generator we could rely on if we were to lose power, and for some reason, gasoline was not available. Here is the list of parts I used to build my DIY Solar Generator: + Solar Panel (New $123.99 - No Need for Charge Controller) http://tiny.cc/Solar-Panel + Charge Controller (If Needed - New $11.69) http://tiny.cc/Charge-Controller + 1,500 Watt Power Inverter (New $150.00) http://tiny.cc/Power-Inverter + Deep Cycle Battery (New $63.99) http://tiny.cc/Solar-Generator-Battery + Battery Box (New $8.64) http://tiny.cc/Battery-Box The plan is to connect the solar panel to the charge controller (if needed, if not then connect solar panel directly to battery), and in turn the charge controller to the battery onto which is connected the power inverter which powers your devices. Should you decide to order the solar panel I linked to above, you won't need a charge controller as the panel is a 12 Volt panel, unlike mine that's a 20 Volt panel which forces me to use a charge controller that brings down the voltage to 12 Volts, the typical charge for car, solar and deep cycle batteries. Of course, the parts above cost more than the $150 I spent building my DIY solar generator, but the parts are new and consequently, should last longer and be more efficient than my generator. More on our site at: http://gloriousacres.com/
Comments
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When I read "1500 Watt Solar " usually means the panels produce 1500 watts, not the power inverter.
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I watched your other solar generator video. Wow! You really know your stuff Daniel! #WTG
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How much are ppl saving?
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Your on the right track! May I suggest you study up on voltage drop (Looks like your using way to small of wires between the battery and the load without any fusing) and voltage drop between the panels and the charge controller (the reason a lot of solar systems don't work and the batteries die way to young) and fusing the loads to prevent the wires from heating and causing a fire. You did install fuses between the battery positive post and the loads right? You could melt those wires under a load which a 1500 watt inverter could produce! Oh and insulate All the positive connections from being shorted to ground (I didn't see any insulation on the positive battery post) Now That's a firework show to experience if no fusing is done! Fuses are the cheapest items and the best insurance to prevent disasters. DC takes heavier wire then AC to safely work. One more thing it would be a lot better on the electronics and safer also, to put the battery bank (one or more batteries) in a box by itself, Flooded lead acid batteries off gas and corrode and your equipment makes sparks internally its just a matter of when...not if... the planets align and BOOM! Just my observations here! Good Luck
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i just subscribe friend
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