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How to Make Solar Panels - Making Your Own Solar Panel at Home Solar panels are available in the market today, which are made of high quality and processed silicon. However, plenty of people are now looking on how to make solar panels for their own projects, residential or home use, and is ideally suited to a small household.
Is it difficult to make solar panels?
Solar panels can be easily made at home by making use of diy (do it yourself) homemade solar panel guides, which are available on the internet today, or making use of kits which are easily available at electrical stores nowadays. Those who have prior experience in fixing up electrical equipments at home will find this task of making their own solar power panel at home extremely easy, although if you have a good guide, then there should be no problem.
If you already have solar cells :
The first and foremost requirement is to make use of photovoltaic cells. These cells are extremely light in weight, and are easy to transport from one place to the other.
You then need to choose on where you plan to make the solar panels and install it. Ideally, the backyard, garden of the house, or a flat rooftop are the correct places to install the solar panels, because they are the places that can receive the largest amount of sunlight available.
When you have chosen the right location, you can then start with the process to make solar panels. First, place the photovoltaic cells on the floor of the roof, garden, or the backyard, or whichever place you have chosen in making your own solar panel. These cells needs to be stacked one after the other in a horizontal arrangement, and should be installed at such an angle from the sun that it will be able to capture the maximum amount of sunlight and store it inside.
How do I get started in making a solar cell?
A solar cell makes up a solar power panel, so you need to know on how to make a solar cell. The required components in making your own solar panel are :
- sheet of copper
- two alligator clip leads
- a micro-meter that is sensitive enough to read currents between 10-15 micro-amperes
- an electric stove
- table salt, tap water, sand paper, and sheet metal shears
Now you need to cut a piece of the copper sheet with the exact size that of your electric stove. Thoroughly clean the copper sheet for any possible traces of sulphide or other corrosion.
Heat it on the burner and when it gets red-hot, the copper sheet will undergo color changes from pinking red to brown, and finally becoming a thick layer of black coat over it.
Then the stove and the copper sheet should be cooled off gradually. A layer of soft red cuprous oxide will be left over the copper sheet. Resist the temptation of removing all the black spots since this may damage the red cuprous oxide which is needed to make the solar cell work.
Then this sheet of copper should then be joined together with another sheet of copper of the same size. Use the alligator clips to join the two sheets together, and place it into a wide-mouthed jar or bottle. Ensure that the two sheets to not get in touch with each other. The copper sheet with red cuprous oxide should be connected to the negative terminal, and the clean copper sheet can be joined to the positive terminal. Saltwater should cover the bottom of the plates, but the clips of the two sheets at the top should be left dry.
The above procedures addresses the question on how to make solar panels at home. This can be used to generate electricity from the heat of the sun.
Now how does it do that?
The red cuprous oxide is a material type called a semiconductor. A semiconductor is an insulator, where electrons are bound tightly to their atoms and do not flow freely, and a conductor, where electricity can flow freely.
There is a gap in a semiconductor called a bandgap between the electrons that are bound tightly to the atom and the electrons that are her from the atom which can conduct electricity and move freely. An electron must gain enough energy to move her away from the nucleus outside of the this gap, since they can not stay inside the bandgap. And an electron outside that gap cannot lose a bit of energy and fall closer to the nucleus, and must lose enough energy to fall past the gap into the area where electrons are allowed.
When sunlight hits the cuprous oxide, it also hits the electrons. Some of these electrons gain enough energy to jump past the bandgap and become free to conduct electricity.
How to Make Solar Panels - Making Your Own Solar Panel at Ho
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