Happy theme music barely audible clunking noises Alright guys there’s not a whole lot to show you I’m in the middle of the road Look at all this dust and wind. Of course there’s a tractor there. One of my solar panels just ripped right off the roof That’s it. I just wanted to get a quick little update. Show you we’re in the middle of fricken nowhere Luckily there wasn’t a car too close behind me
Hopefully that other panel can last until we get somewhere. That’s exciting! Yep. Alright, on the road guys. Here comes a car. Cool Still about 40 miles to go to the Walmart that we’re stopping at tonight. That solar panel ripped off my roof about 5 minutes ago. It’s there in the back aisle now if you can see it there It was in the middle of the road. Luckily, there’s not a lot of traffic on this road. So nobody uhh. well first things first Luckily nobody was behind me other than Felix and he was quite a ways behind me.
Luckily it didn’t hit anybody or kill anybody. Second thing, it looks like it didn’t break. The wires are ripped out of it, so I’ll have to see if I can fix that. I don’t know. When if. It was the one that was on the front. So I don’t know if when it flew back and off if it took anything out with it My other solar panel or if any of my vents or anything I don’t know yet But it is VERY windy out here in the middle of nowhere I gotta get my ladder out and see what happened How bad things are
Definitely exciting, I guess if that’s what you want to call it. Yeah I don’t know. I’m still kind of speechless at this point. I don’t know. Alright guys. Here we are at Walmart. In Plainview, Texas. My cats are hanging out. They’re excited. Everybody’s excited. Here’s my solar panel. The wires ripped right out of the control box. I don’t know if that’s going to be fixable or not yet. I’ll have to get into that control box and look. Most of my brackets came with it. I’m missing two brackets up here. I think they’re still up on the roof.
This one got twisted really good when it came up. Here’s what the panel looks like. All scuffed up on every side. But, the panel itself is in good shape it looks like. That’s what happens when a solar panel flies off your roof and slides down the middle of the road. I’ve actually got yellow paint right here from the center line. I still have to get up on the roof and see what’s going on up there If anything got damaged more than this. If you can see it back here, kind of dark I am getting some solar. It’s kind of cloudy and the sun’s at a low angle right now so, 0.7amps is horrible but I think the system is still good. It’s still working.
Actually this corner is more banged up than the other ones I didn’t realize that. Oh yeah, that’s the one that got. So it must have bounced and rolled or something That’s where one of my old brackets used to be. But anyways yeah I have to get up on the roof still and check it out. I’m not sure if I’m going to do it here in the Walmart, I might Just get my ladder out and quick check it out. Take those wires down So that they’re not up there shorting things out possibly because they’re connected to my other solar panel still I don’t want those doing anything weird up there Yeah guys. That was exciting. Hopefully I can get this figured out.
Solar Panels for Beginners Solar Panels How They Work
Solarpanelsvenue dot com presents: Basics of solar modules This tutorial will show: what solar module is,differences between main types of solar modules, which type of solar modules is the most efficientone, what affects the energy output of a solar module.Photovoltaic module is the main component of any solar electric system. A solar moduleconsists of photovoltaic cells connected together. Photovoltaic cells and modules are made ofsemiconductor, usually silicon, which capable to produce electricity when exposed to sunlight.Such ability is called a â€˜photovoltaic effect’.
Photovoltaic modules generate DC electricity.They are produced in various type and size. They have a lifetime of more than 25 years. Solar module is the main unit of any solarelectric system. A solar module consists of solar cells connected together. To achievehigher energy yield, solar modules are connected in arrays. Here you see the main types ofphotovoltaic units. A solar electric system is the ultimate pointof solar module application. It contains an installed solar array generating electricityfrom sunlight. A solar electric system can replace partially or completely your electricityprovider thus saving you money. A solar system
can be connected to or disconnected from utilitygrid. The generated electricity can be either used right away or stored in a battery forlater use. Solar modules consist of photovoltaic cellsconnected in series and in parallel. PV modules differ mostly in their: type â€“ theycan be monocrystalline, polycrystalline and thinfilm. They differ in their power output,also known as â€˜power rating’ or â€˜rated power’. Another point of difference is outputvoltage. It can be 12 volts, 24 volts, 48 volts or 60 volts. Solar modules differ alsoin their size and weight. There are 3 main types of solar modules: monocrystalline,polycrystalline, and thinfilm ones. We’ll
briefly give some info about each type. Monocrystalline modules are the most efficientbut also the most expensive ones. They come in a blue or black color. You would probablyask what efficiency of a solar module is. Well, the less photovoltaic modules you needto produce a certain amount of power, the higher their efficiency. Normally if thereis not enough free space on your roof, you choose solar modules with higher efficiency. Polycrystalline modules are slightly lessefficient and cost 30 to 50 percent less than monocrystalline ones, when used to producethe same amount of power.
Polycrystalline modules have a lifecycle ofabout 25 years. Practice has shown however that polycrystalline modules installed morethan 25 years ago are still perfectly operational. Polycrystalline modules are typically blueand can be easily distinguished by their multifaceted, kindofshimmering appearance. Thinfilm modules are the least expensivemodules with the lowest efficiency. The efficiency of thinfilm modules is twice less than theefficiency of monocrystalline modules. This means that if you want to generate the sameamount of power produced by monocrystalline modules, you need twice more thinfilm modules.Thinfilm modules have a dark surface â€“ usually
colored in brown, grey and black. It’s important to precisely compare thethree main types of solar modules by their efficiency. Monocrystalline and polycrystallinemodules are the most commonly used ones in home and business solar electric systems.The table presents the area needed by every module type to produce 1 kilowatt of power.You can see that monocrystalline modules require the smallest area, as they are the most efficientones. Thinfilm modules require the largest area to install, and for this reason theyare the least efficient ones. The energy output of a solar module is affectedby three factors: Location, Orientation and