KXOB22-04X3

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Solar Cells are photoelectric devices used for converting solar energy into electrical energy. Solar cells have been studied since the 19th century and are applied in a wide range of applications, from powering small electronic circuits to reducing fuel consumption in automobiles. The KXOB22-04X3 solar cell is one such product that falls into the category of thin-film silicon solar cells.

Description of the KXOB22-04X3 Solar Cell

The KXOB22-04X3 solar cell is a thin-film solar cell, made of polycrystalline silicon. The design allows for greater flexibility in terms of its application, since the thin-film structure enables it to be integrated with other computer hardware components.

The solar cell has a maximum power of 6.5W, a voltage of 23W, a voltage of 5.2V, a short-circuit current of 180mA, and an area of 7.2 cm². A thin layer of transparent glass in combination with the high electrical isolation processes protects the sensitive components of the solar cell from environmental hazards. This also ensures that the solar cell will be able to produce a high amount of electricity with minimal loss.

Application Field

The KXOB22-04X3 solar cell is suitable for a variety of applications, including powering small electronic circuits, powering small household appliances and gadgets, and powering vehicles. This type of solar cell is also used in a wide range of fields, including architecture, research, and military applications.

Working Principle

Solar cells consists of two layers, the absorber layer and the window layer. The absorber layer is composed of two layers of silicon, which convert light into electrical current. The window layer is a thin sheet of glass, which helps to protect the sensitive components of the solar cell from environmental hazards. When light hits the solar cell, electrons are knocked off from the silicon atoms, and an electric field is formed. This electric field causes the electrons to move through the cell, which generates an electric current.

Solar cells are highly efficient, and can be used to power a wide variety of devices. The usable energy output of a solar cell is determined by the amount of light received by the cell. The number of photons of light that are absorbed by the cells determines how much energy is generated. Solar cells have a higher efficiency if the amount of light received and absorbed by the cell is increased.

Conclusion

The KXOB22-04X3 solar cell is a thin-film solar cell, which is highly efficient and produces a large amount of electricity from small amounts of light. It is suitable for a wide range of applications and is able to be integrated with other computer hardware components. The working principle of a solar cell is based on the fact that it uses a thin layer of glass combined with a high electrical isolation process to protect the sensitive components of the cell from environmental hazards, which also allows it to generate a large amount of electricity with minimal loss.

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