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Paul Favret Underlines Working of Solar Panels

The primary source of energy used to be coal, natural gas, and petroleum a few years back, while renewable energy was secondary. But gradually times are changing.  Today, an increasing number of people across the planet are exploring options of renewable energy, solar energy, hydro and wind power in particular. Paul Favret mentions that a typical solar power system comprises of solar panels, an inverter, an electrical panel, and the power grid.  They help in converting the energy of the sun into electricity that can be used in discerning buildings.

Typical solar panels comprise of silicon cells, a glass casing, a metal frame and a variety of wiring that allows current to flow from the silicon cells. A nonmetal with conductive properties, silicon can absorb and convert sunlight into electricity efficiently. When the sunlight interacts with the silicon cells, it ends up causing electrons to be set into motion, thereby initiating a flow of electric current. This is considered to be the “photovoltaic effect,” and effectively manages to describe the overall functionality of the solar panel technology. As long as the sun is shining, the panels can generate energy. Even on the days when there are clouds, these panels can effectively generate energy owing to the rays of the sun breaking through the clouds.

The photovoltaic process starts off with the silicon photovoltaic solar cell absorbing the solar radiation. The sun rays interact with the silicon cells from there and the electrons start to move, thereby creating a flow of electric current.  The panels manage to generate DC or direct electricity as the sunlight touches them. The amount of electricity generated by a panel depends on several factors, including its type, placement, temperature, and time of the day. The easiest way to determine the amount of energy a panel can produce is by looking at its efficiency rating.  The greater the efficiency rating, higher would be the potential of the panel for energy production.

As the solar panels capture and absorb DC electricity, it subsequently is fed to a solar inverter. The appliances and grid at home tend to run on alternating current (AC) electricity. As a result, the investor must take DC electricity collected from the panels and then convert it into AC electricity for it to create power that is usable. Solar panels are hooked up to the electrical panel of a building, which can distribute energy to the establishment as per requirement. According to Paul Favret the electrical panel is connected to each and every appliance in the electrical system of the house, including the refrigerator, dishwasher, air conditioning system, or even the electric vehicle. Being an experienced professional belonging to the energy industry, Paul is well-acquainted with the workings of the solar energy system.  If a panel generates more electricity than is needed at a building, excess energy can be sent to the grid. More details about the working of the solar energy panel can be found on the web.

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