How do solar panels make electricity?

Solar panels are an alternate form of electricity. With the growing amount of technology that relies on electricity, solar panels were created to reduce the impact on our planet. Every solar panel is made of photovoltaic cells.

The cells allow photons, which are particles of light, to help electrons free themselves of atoms. This process is how electricity is created.

From there, the solar panels are laid in a sloping position towards the sun. Once enough sunlight is captured, the sunlight is then converted into electricity. Solar panels can power a single home, as well as an entire town or business.

This efficient form of heating captures the natural warmth of the sun by allowing photons to knock electrons free from atoms. This generates electricity. The small units within the solar panels are called photovoltaic cells. Photovoltaic is a word that means the conversion of sunlight into elctricity.

It actually takes a large number of these cells all joined up together to make one star panel. They are like sandwiches, each slice of the sandwich receiving a positive or negative electrical change. The top layer of silcone gets phosphorous seeded to it which forms the positIve charge while the bottom layer gets boron for the negative charge. It is the combined result that produces electricity.

The invention of solar panels for producing electricity has been very important in reducing the toll we take of our planetary resources. This is how the solar panel works to create electricity: each solar panel is made up of a large number of photovoltaic cells. These allow photons - particles of light - to knock electrons free of atoms.

This creates electricity. Sheets of solar panels in the fields, sloping towards the sun can capture enough sunlight and convert it into electricity to supply a small town, but even the one panel on a house roof is playing its part in saving a valuable resource.