Now is the time to seriously consider learning how to construct a DIY solar cell. It has become very evident that our once thought to be reliable source of energy, known as fossil fuels, has diminished to the point where we can no longer can depend on it for the future. We have also realized that this energy source is extremely detrimental to our environment. But we do have an infinite supply of reliable, clean energy in the sun. Using solar cells to turn this energy into electricity for our homes and offices is the perfect solution.
Commercially manufactured solar panels are very expensive. Building your own solar cells, however, is very affordable. It is one of the cheapest alternative energy sources for your home or office. For as little as $200 you can build a photovoltaic solar panel by purchasing everything you need at your local home improvement store. To make it even more doable, you do not need any special skills or tools. Anyone will the willingness to try can build solar panels.
Residential solar panels are made of many single cells hooked together. These cells are most often made of a material called polysilicon in residential solar cells. It is the cell itself that generates the energy needed to create electricity and the more cells you have the more power you can generate.
The process of manufacturing a diy solar cell, or the ones you can buy commercially for that matter, begins by preparing the silicon. Silicon oxide is the preferred form and is blasted in an extremely hot furnace that renders it 99% pure or better. It is then further refined until it reaches a purity of 99.5% and it is then ready for creating solar cells.
The next step is to crystallize the purified silicon. The melted silicon has boron added to it which aids in converting the sun's rays into electricity. At this point the solar cells are now positively charged and are referred to as p-type.
Next the cells are bathed in chemically treated water that has been negatively charged. Then another layer is added to eliminate the reflective properties in the cell so that it will be more efficient at absorbing the sun's energy. It is this anti-reflective layer that creates the common dark appearance of the solar cells. Aluminum and silver conductors are then added to transfer the electricity that has been generated by the cells.
The solar cells themselves are extremely fragile. They are place in a protective casing to shield them from hail, branches, and anything that might damage them. This casing is made of a thick, clear glass or plastic as the sun must still be able to reach the cells. A frame is built around the encased cells and your solar panel is complete.
Solar cells are very efficient in their ability to convert the sun's energy to power. One DIY solar cell may not produce enough energy to power your home, but several strung together in a solar panel can. Solar panels are a power generating option that has the ability to make a huge impact on your energy consumption from other sources and will, without a doubt, reduce your utility bill each month. - 20763
Commercially manufactured solar panels are very expensive. Building your own solar cells, however, is very affordable. It is one of the cheapest alternative energy sources for your home or office. For as little as $200 you can build a photovoltaic solar panel by purchasing everything you need at your local home improvement store. To make it even more doable, you do not need any special skills or tools. Anyone will the willingness to try can build solar panels.
Residential solar panels are made of many single cells hooked together. These cells are most often made of a material called polysilicon in residential solar cells. It is the cell itself that generates the energy needed to create electricity and the more cells you have the more power you can generate.
The process of manufacturing a diy solar cell, or the ones you can buy commercially for that matter, begins by preparing the silicon. Silicon oxide is the preferred form and is blasted in an extremely hot furnace that renders it 99% pure or better. It is then further refined until it reaches a purity of 99.5% and it is then ready for creating solar cells.
The next step is to crystallize the purified silicon. The melted silicon has boron added to it which aids in converting the sun's rays into electricity. At this point the solar cells are now positively charged and are referred to as p-type.
Next the cells are bathed in chemically treated water that has been negatively charged. Then another layer is added to eliminate the reflective properties in the cell so that it will be more efficient at absorbing the sun's energy. It is this anti-reflective layer that creates the common dark appearance of the solar cells. Aluminum and silver conductors are then added to transfer the electricity that has been generated by the cells.
The solar cells themselves are extremely fragile. They are place in a protective casing to shield them from hail, branches, and anything that might damage them. This casing is made of a thick, clear glass or plastic as the sun must still be able to reach the cells. A frame is built around the encased cells and your solar panel is complete.
Solar cells are very efficient in their ability to convert the sun's energy to power. One DIY solar cell may not produce enough energy to power your home, but several strung together in a solar panel can. Solar panels are a power generating option that has the ability to make a huge impact on your energy consumption from other sources and will, without a doubt, reduce your utility bill each month. - 20763
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Learn how you can quickly and easily build your own diy solar cell when you visit www.solarwindenergys.com.
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