With the ever-growing population, the demand for resources is increasing day by day; thereby leading to the exhaustion of non-renewable resources. As the concern among the people in the surrounding is being raised, the use of renewable resources is being put into practice. Of course, solar energy is one of the most significant resources in this category. 3D DIY Solar Panels has become a promising alternative by harnessing the solar energy to crown rooftops or generate power.
About The Author
The author of this magnificent new way to create electricity is known as Zak Bennett. Being a pioneer in the building of DIY projects, Zak Bennett will show you most comfortable ways to slash down your electricity bills just by making use of affordable items that are available to each and every person. The DIY Solar Panels will help to generate 1000 watts which can power almost everything that you would ever imagine. It’s basically about the solar power and solar panels.
How do the DIY 3D Solar Panels work?
Let’s talk about how the solar panels function! A solar panel consists of a large number of smaller units known as photovoltaic cells, wherein each cell is made of two loaves of bread of silicon (or any other semiconducting material) sandwiched together. An electric field is required to establish between the two loaves (somewhat similar to the creation of a magnetic field with opposite poles). The semiconducting material is doped with some other elements to ensure separating the opposite charges. They allow the particles of light or photons to knock the electrons from the corresponding atoms, resulting in the generation of electricity in the form of ions. This is how the sunlight is converted into electricity. There’s nothing new about the DIY ones; the working is similar. There are a meter, an inverter and an existing consumer unit in every PV cell. This cell converts the sunlight into Direct Current, which then flows into an inverter and gets turned into AC. The Alternative Current is the one to be used, which is fed through a meter to the consumer unit.