750-00032

Series:	--
Part Status:	Obsolete
Power (Watts) - Max:	10W
Current @ Pmpp:	580mA
Voltage @ Pmpp:	18V
Current - Short Circuit (Isc):	640mA
Type:	Monocrystalline
Voltage - Open Circuit:	21.6V
Operating Temperature:	0°C ~ 70°C
Package / Case:	Module
Size / Dimension:	13.186" L x 11.024" W (340.00mm x 280.00mm)

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Solar Cells

Solar cells are specially designed devices that convert light energy into electrical energy. The 750-00032 application field and working principle of solar cells will be explained in this article.Solar cells work on the principle of photovoltaic effect. When light energy of certain wavelength is incident on the surface of solar cell, the electrons present in the material of the cell get excited and produces electricity. The 750-00032 application field generally covers light sources like the sun, electric lamps, and reflective surfaces. Solar cells can be used to generate electricity from these sources of light.The working of a solar cell depends on the composition of the cell and upon the type of light incident on the cell. The efficiency of the cell also depends upon the intensity of light, the angle of incidence of light and the temperature of the cell. Generally, a solar cell consists of two layers of semiconductor material, a metal oxide layer or a buffer layer and a transparent conducting oxide layer. These layers form junctions in the cell that absorb light energy and create an electric field.When light of a certain wavelength is incident on the cell, electrons present in the material of the cell get excited and produces electricity. This electricity is then fed through the conducting layer to an external circuit, where it can be used for various purposes. The cells can also be joined together in series or parallel, to increase the output current of the panel.The potential applications of solar cells are vast. These cells can be used to power small, portable electronic devices like mobile phones, laptops and digital cameras, or be employed on a larger scale, to generate power for households and industrial establishments. Solar cells are also finding application in remote sensing, space exploration and communication.Solar cells have a long lifecycle and are relatively low maintenance. They do not produce any hazardous waste or require fuel, hence, they are considered a clean and cost-effective source of energy.As awareness of the benefits of solar cells has increased, manufactures are making more efficient solar cells. This has come as a boon to those communities and countries who possess sparse energy resources.In conclusion, Solar cells are set to revolutionize the way we generate and use energy. With growing need for alternative sources of energy, solar cells appear to be one of the most competitive and attractive options due to their numerous advantages.

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