The growth of solar panels across the globe nowadays. It is only made through technological development research on solar cells then it converts to the photovoltaic module and with photon and electron later on silicon material then it converted as a solar panel. Positive charge and negative charge flow on the magnetic field by the electrons, contact of the metal on both top-down of the cells thought that we can get a DC or Direct current and alternating current also used. Direct current is converted to alternative current (AC) by using Direct current to Alternative current Inventor which makes solar panel electricity. Backyard Revolution prescribed to get a flow of electricity from solar energy it produces current from the sunlight, we can fix this solar energy in the garden, the roof of the building, or the top of the building which easily acquires the sunlight. we get a great result than the pay bill electricity. Environment and climate are necessary for this solar energy.
The solar panel has various types
There are many types of the solar panel but at present only three types are available
- Monocrystalline
- Polycrystalline
- Thin film
Appearance, performance, costs, and the installation are the best and which is a panel. Monocrystalline is high efficiency and performed, aesthetic but it is a high-cost element. Low cost and low efficiency or performance provided by polycrystalline. Portable, lightweight, and aesthetic but it has low efficiency or performance by a thin-film solar panel. Every type of different features and make the use according to cost or facility. In the manufacturing process is silicon the most common material used as semiconductor during the solar cell and the electricity, the solar cell is made from a semiconducting material that converts light into electricity.
Monocrystalline, polycrystalline and thin film
These are the major type in the solar panel among this monocrystalline and polycrystalline are cell made up of cells and silicon wafers. Wafers are covered with the silicon cover with rectangular along with a glass sheet in a row and column to bud up a monocrystalline and polycrystalline. But thin crystalline is unlike monocrystalline and polycrystalline, we need various materials to form a thin crystalline. To make this type of cadmium telluride to manufacture this type layer CdTe between transport and layer which the capture, for this top glass layer as technology development. Alternatively, solar ca composed fragment for a composed crystalline solar fragment with silicon crystal before cut wafer into together before being a mold. Amorphous silicon is used for the thin-film solar which is similar to the composition of monocrystalline and polycrystalline. It is not made up of solid wafer instead they place on crystalline silicon placed on the top of glass, plastic, or metal. In thin-film technology has another popular type which is (CIGS) as copper indium gas selenide place between two layers that may glass, aminium, and steel and photon which convert to electron are placed on the front and back of the elements to observe electric current from sunlight. According to the development manufacturing design and method also developed in the solar panel nowadays.
