The use of solar panels will lower your carbon footprint your carbon footprint since solar energy doesn’t release harmful carbon dioxide (CO2) and is considered green. Over the course of a year, an average home solar energy system could save around 2650 lb of CO2.”The next industrial revolution will be based on these clean green technologies,” – Tony Juniper director of Friends of the Earth.
Solar energy has become increasingly valuable to industrially developed countries as the use of fossil fuels becomes more expensive and difficult. Traditional energy sources are no longer a viable option bearing in mind global warming and pollution problems. With renewable energy sources being limitless, it?s clear a change is necessary from the demand on dwindling fossil fuels. As renewable energy technology continues to expand and the prices of established energy sources intensify, solar technology is becoming more affordable. But many want to know just how solar power works.
Here?s a step-by-step description of how solar panel works. As the sun shines on a solar panel, its solar cells are bombarded by photons (light particles. These photons take their energy through the cell. The energy is then received by electrons in the lower layer. The electrons, using this energy, then jump across into the upper layer and finally, into the circuit. The flowing of the electrons around the circuit results in the energy to run our appliances.
Solar cells are the basis of solar panels. An individual solar cell is not able to produce enough energy for most purposes; therefore, a few are linked in solar panels because of course, they create more electricity together. Solar panels are produced in many types and sizes, the most common of which produce up to 50 Watts in bright sunlight and consist of silicon solar cells. To generate even more energy, solar panels can be interconnected.
Solar cells are the basis of solar panels. An individual solar cell is unable to produce enough power to provide sufficient electricity, which is why a few of them are linked together to form solar panels developing more electricity. Solar panels (also called PV modules) are available in a variety of types and sizes; the most commonly used produces a maximum of 50 Watts Watts in bright sunlight and is made up of Silicon solar cells. Interconnecting solar panels produce even more electricity.
Many folks think that solar panels require direct continuous sunlight in order to work whereas, actually solar panels can convert any light form that hits them and they are effective in doing this even on overcast days. For overnight electricity supply you have two options. If you remain linked to the grid, overnight your energy will automatically be drawn from that. Another way is to use batteries to store the surplus electricity generated from the solar panels in the day time and these should provide you with sufficient energy to power any electrical equipment you need overnight.
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