Editing User:AnthonyPerkins


== '''All you need to know about solar cells''' ==

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In order to understand how a solar power cell works, it is important to first know the working principle of each and every one. The photovoltaic cells or PVs in the solar power cell convert sunlight into electric energy. This is an effective method that we use to generate electricity, as we all well know. However, there are many types of solar power cells that have been introduced in the market to address various needs. The two most common types are crystalline perovskite and amorphous silicon solar power cells.
Crystalline solar cells, also known as crystalline silicon, are the cheapest solar cells in the market. This is because this type does not have a crystalline structure and is rather an amorphous material in the shape of a crystal. Because of its simple crystalline structure, this type of solar power cell is quite versatile when it comes to positioning because it can be used in any location where there is enough sunlight to harness its photovoltaic effect. Some of the solar panels today that use this type of material are the popular grid-tie inverter systems and solar panels that are fitted in roofing.
Another type of crystalline solar cell is made of amorphous silicon, which is more expensive than the crystalline variety. Amorphous solar cells do not have crystalline patterns and work well with many types of buildings and outdoor locations. They can be used to generate both solar energy and electricity. 
A major advantage of using amorphous cells in solar panels is that they are better equipped to deal with changing weather conditions and high winds. This means that solar panels that are fitted on the roofs of houses are less affected by strong winds and are able to generate more solar energy.
The efficiency of crystalline solar panels depends on the material it is made of. When using amorphous silicon in solar panels, efficiency is much better compared to the efficiency of the perovskite crystals.