barcode generator in vb.net free download Figure 10-1 Cells, modules and arrays. in Software

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Figure 10-1 Cells, modules and arrays.
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In this chapter we are going to look at the structure and properties of solar cells, but bear in mind, when combined into modules and arrays, the solar cells here are mechanically supported by other materials aluminum, glass, and plastic. One of the materials that solar cells can be made from is silicon this is the material that you find inside integrated circuits and transistors. There are good reasons for using silicon, it is the next most abundant element on earth after oxygen. When you consider that sand is silicon dioxide (SiO2), you realize that there is a lot of it out there! Silicon can be used in several different ways to produce photovoltaic cells. The most efficient solar technology is that of monocrystalline solar cells, these are slices of silicon taken from a single, large silicon crystal. As it is a single crystal it has a very regular structure and no boundaries between crystal grains and so it performs very well. You can generally identify a monocrystalline solar cell, as it
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between these and crystalline cells is that rather than using crystalline silicon, these use chemical compounds to semiconduct. The chemical compounds are deposited on top of a substrate, that is to say a base for the solar cell. There are some formulations that do not require silicon at all, such as CIS (copper indium diselenide) and cadmium telluride. However, there is also a process called amorphous silicon, where silicon is deposited on a substrate, although not in a uniform crystal structure, but as a thin film. In addition, rather than being slow to produce, thin-film solar cells can be produced using a continuous process, which makes them much cheaper. However, the disadvantage is that while they are cheaper, thin-film solar cells are less efficient than their crystalline counterparts. Some different solar photovoltaic technologies are compared in Table 10-1. Figures are given for the efficiency of the cell technology, and the average area of cells required to generate 1 kW peak power when facing in the right direction! When looking at the merits of crystalline cells and thin-film cells, we can see that crystalline cells produce the most power for a given area. However, the problem with them is that they are expensive to produce and quite inflexible (as you are limited to constructing panels from standard cell sizes and cannot change or vary their shape).
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By contrast, thin-film cells are cheap to produce, and the only factor limiting their shape is the substrate they are mounted on. This means that you can create large cells, and cells of different shapes and sizes, all of which can be useful in certain applications. We are now going to take a detailed look at making two different types of solar cell, one will be a crystalline solar cell, and the other a thin-film solar cell. Both of the experiments are designed to be illustrative, rather than to actually make a cell with a useful efficiency. The technology required to make silicon solar cells is out of the reach of the home experimenter, so we are going to illustrate the process of how a solar cell is made, using things you can find in your kitchen. For thin-film solar cells, we are going to make an actual solar cell, which responds to light with changing electrical properties; however, the efficiency of our cell will be very poor, and it will not be able to generate a useful amount of electricity.
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In this section we are going to look at how photovoltaic cells (PV) are made. However, rather than taking a dull, textbook approach, we are going to make the whole process fun by doing some practical kitchen experiments that mimic the process that happens in solar cell factories all around the world.
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Table 10-1
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