I’ve made about 20 posts regarding my adventures in Solar Energy. They all lead to a Solar-powered “Gas Station” for an Electric Vehicle (EV). As prices for solar equipment have come down, the idea is within reach on my budget.
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With 8 kilowatts of Solar panel to meet our power needs, it was time to think about winter heat. The solar power could be used to pump water, provide lighting, charge various devices and run small appliances, it just wasn’t going to be enough for heating — especially at night. We have a nearly endless source of deadfall live oak here at the ranch though, and a wood stove was the obvious answer.
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In the last post, I described the DC charge controller and battery wiring for the Shop Solar System. With solar panels and batteries connected, the inverter was functional. A quick test showed the expected 240 VAC at the inverter output, and it was time to connect it to the breaker panel in the shop.
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In the last post, we mounted the solar panel array. Now it was time for the solar power system low-voltage wiring. The array is about 50 feet from my shop, where the batteries and inverter are located. I planned to use two strands of #6 UF direct-bury cable to conduct the predicted maximum of 36 amperes to the shop.
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Two years ago, I installed a small solar system to pump water at the ranch. This solar generator makes us independent from the grid by insuring we can always pump water — even in a grid down event. I’ve learned a lot about solar power and want to continue. What about refrigeration? In a power failure we cannot refrigerate food or produce ice.
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Ikea makes a wonderful work light (JANSJÖ)that sells for about $13. I have several of them, and love the warm pool of light they provide on desk surfaces. Let’s convert one of them to solar power with the Altoids LED light project
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