How are Solar Panels Made? An Easy Explanation
Although solar panels generate solar energy using sunlight, creating solar panels in a factory under good management is fairly straightforward. The principal elements for a solar panel include the solar cells themselves, silicon glass, and metal. Each of these elements is then combined to create a solar panel that can produce energy from renewable sources.
From photovoltaic cells to frames, we will show you how solar panels are created and shipped out by the builder to be installed on your home.
Where do solar panels originate?
The majority of solar panels are manufactured in different Asian countries, spanning from the United States to Europe. As with many industries, shifting manufacturing to countries that have a low cost of labor is a common practice in recent times.
In general, however, the best-quality panels are produced in the U.S. since each step of manufacturing can be closely monitored.
Let's look at the solar arrays in some of these examples to better understand the locations where they are manufactured. High-end brands include Panasonic as well as Mission Solar. Panasonic solar panels can be produced by both the U.S. as well as Malaysia as well, while Mission Solar is manufactured strictly in the U.S.
What is the solar panel made of?
In the simplest terms, the primary elements that make up a solar panel include solar PV cells, polysilicon, silicon metal, glass, and polysilicon. The most significant element is the solar cells, which transform sunlight into energy usable. Solar cells comprise an important photovoltaic (PV) part of solar panels. This means they create electricity from the sun.
Solar cells are composed of silicon and are protected with the glass sheet that covers the panels, allowing sunlight to be directed to the cells. In the event of exposure to sunlight-powered silicon dioxide, solar cells create an electric current that can be converted into usable AC electricity through an inverter.
Solar cells are made up of wiring that transmits electrical energy. The wiring is then soldered to the cells, which are then put together with a back sheet, and then the glass which protects the cells. The whole panel is joined by an aluminum frame.
The research and development sector will help reduce the price of solar panels while also improving efficiency. The solar panel manufacturing business is growing more competitive and is predicted to be more popular than conventional energy sources including fossil fuels.
Get solar-powered by contacting Arise Solar today, or by using the contact form at the upper right of this page!