Solar Panels

Solar fundamental solar cell technology, which kuugeuza of solar energy into electricity. Solar panels is a row of solar cells produce large amounts of energy. This work aims to explain how solar panels and solar energy into electricity energy.Considering Earth receives about 1000 Watts solar square meters, the technology of solar cell that promises a source of energy in the future. However, the cost of producing solar cells efficiency under the constraints proved technology available for one size.

There is still promise of technological progress in the future solar cells easier and more ordinary people in developing countries. Photovoltaic cells are made up kind of special materials called "semiconductors. More usually used semiconductors are silicon and Germanium. They are isolated in nature. They can not be transferred to the conductive material, adding a small amount of doped elements. Doped semiconductors are used to create photovoltaic cells. Let 'be seen what happens when the sun cells, as is involved in the electrical circuit is closed and held under the sun.

This information is not mplistic and somewhat naive, but expresses the essence of the principle of operation of solar cells. There are technical details that I endanger, which is generally the target audience. This will explain the essence of the work, such as solar panel. When the light hit the surface of the solar cells, electronic semiconductor is removed from the skin or release energy. Each photon as lead and released from the electronic orbit around the particles. Each ray of the sun is millions of light strikes the surface of the semiconductor as photovoltaic cells.Each photon in support of the electronic release from a nuclear shield. This creates plenty of free electronic in the semiconductor, which can be implemented in the course, electric field is applied solar cell around. This creates semiconductors now in the sub, which can be removed for use outside, and use of metal contacts placed on the face. This course is very weak and not strong enough.