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wafer sela solar

Maybe you never heard about the solar cell wafer, right? This makes them a crucial component in solar panels that allow us to create electricity from the sun (the flat, shiny things you see on tops of house roofs or out in open fields). Sunflowers are amazing because they have the ability to convert sunlight into usable energy in our homes and schools. In this simple way, let us find out about what is a solar cell wafer and its function.

A solar wafer is just a thin piece of silicon, and you might find that on beaches. What this wafer does is turns sunshine into electrical energy. When sunlight hits the solar cell wafer, it causes tiny particles (electrons) to move. Think of electrons as tiny superhero particles–they can be very useful for generating energy! The flow of electrons is equivalent to the movement of energy, i.e., electric current. The current flows out of the solar panel now and can be used to power our daily devices like lights, televisions or even a refrigerator.

    How Solar Cell Wafers Work

    Just like building blocks, solar panels are formed from lots of individual solar cell wafers fitted together. The more wafers, the greater amount of sunlight that can be captured and consequently converted into electricity. This is the importance of solar cell wafers, they let us harness energy from the sun with a little help from their friends.

    The mixture is then cooled down at a very precise rate and converted into a large cylindrical ingot—liquid silicon. Once the slab is complete, it gets cut into thousands of tiny slices like a loaf hence the name ingot.INVALID | syndication. These wafers are polished to a mirror like finish which make them more efficient.

    Why choose Inki solar cell wafer?

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