New Generation of Solar Panels
Everyone wants to help the ecosystem these days. People use different tools including, recycling, driving a hybrid and using glass, instead of plastic. An inventive way to go green is by using solar energy. Many people have special solar panels installed on the roofs of their home to absorb the sun, using electrical strength generated by the sun.
A major part of a green lifestyle is using replaceable energy. replaceable energy is energy that is harnessed from current natural processes, like the sun and the wind. The average cost of a solar strength system varies depending on what types of panels are used. Equipping an average sized house with solar panels generally costs between thirty and seventy thousand dollars. That sounds like a lot of money, but homeowners need to look at the bottom line. Many electric companies buy strength from people who have their own solar panels. Further, homeowners don’t have to pay strength bills.
Have you ever wondered how solar panels work? Silicon is the most important ingredient in solar panels. Silicon is an electromagnetically neutral component with four valence electrons. Because of the four valence electrons, silicon takes on the charge of another component. consequently, it is an ideal base for gathering solar strength. Electricity is made when electrons move from a negative charge to a positive one. Think of a solar panel as a sandwich. The top panel is made of silicon mixed with negatively charged phosphorous. The bottom plate contains silicon mixed with positively charged boron. When the sandwich is placed in the sun, a reaction occurs that generates electricity.
New generation solar Panels are considered among the best in the world. Scientists are always looking for a new solar solution. Scientists at the Swiss Center for Electronics and Micro-technology (CSEM) are using new generation panels to find ways to make the different strength source cheaper. They are also trying to increase panel performance, and prevent interruptions from the weather. One method being used is making the panels with less precious metal. In fact, new generation panels are being made with more copper than silver, cutting the production costs. Another downside of solar panels is that a lot of the sunlight is reflected, back into the sky, instead of being converted into electricity. Scientists learned that panels can be made non-reflective by adding a nonmetric inner of silicon. The new panels were fifteen percent more energy efficient. Solar strength is a promising solution to making the world a greener place. However, scientists need to find a way to make the technology affordable for all.