How Do Solar Panels Work?

The simplest answer to that question would be that Solar Panels work by collecting solar energy from the Sun and then convert it to electrical energy. The explanation is that these Solar Panels contain numerous individual solar cells. These solar cells work in a similar fashion to Semiconductors. Solar cells also have large-area P-N Junctions (like semiconductors) and when exposed to sunlight generate an electrical current/

The electricity is generated by the action of photons (Packets of light energy) hitting the surface of the solar cells. Electricity is created because this photonic energy (solar energy) allows electrons to be knocked out of their orbits and released to the surrounding inter-atomic space. An electric field in the solar cells then pulls these free electrons and from here metal contacts pick them up and generate electricity. This directly implies that the more solar cells one finds in a solar panel – the more powerful the current produced. For this reason More Solar Cells with Higher quality quotients produce a much powerful electrical output.

The process of converting solar energy into electrical energy is called the Photo-Voltaic Effect and the solar panels rely on this. It was first discovered in 1839 by a nineteen-year-old Edmund Becquerel, a French experimental physicist

It works like a solar powered calculater the light produces elevrticity