Learn Some Facts About Polycrystalline


To create polycrystalline solar panels a piece of silicon should be cut and a ribbon of crystalline be grown (and cut into pieces) or merely grown directly on the surface of the solar panel. No matter which of the past production procedures is used for the polycrystalline panels, the end product will always be regarded as a polycrystalline solar cell. Each cell will signify a large wafer of pure silicon and will usually be about 350 microns thick. Each certain cell is intricately sealed underneath a high transmission glass surface after they have been put on a framed surface.

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These polycrystalline cells presently come with at least a 25 year factory guarantee. Efficiency rates of these polycrystalline cells often hang between 11% and 16%. Because of the dark black silicon material used in the manufacturing of the solar panels, a wide spectrum of solar energy is taken in, making them to heat up considerably. This excessive heating does tend to be a problem. Electricity is created from only a fraction of the solar energy absorbed. The excess is converted into thermal energy which is capable of reaching extreme temperatures in open daylight - around 200 âºC!

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Monocrystalline solar panels come in with a matching efficiency rating as their polycrystalline counter parts (11% to 15%) and also display no superiority with regards to heating. Their only real advantage in comparison with the polycrystalline panels are the reduced manufacturing-related costs. Monocrystalline panels are definitely mistaken for amorphous modules, which subsequently has a negative effect on their resale value.

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Amorphous solar panels give a more lower efficiency rating (5% to 8%), however do reveal some advantages in the heating department, because of the reduced amount of silicon used to manufacture them, granted their 1 micron thickness. These thinner amorphous panels degrade at an alarming level over time in the sun. A lot of companies attempt to market these panels at overwhelming prices, insinuating that they give more advantages than they really do. These modules only bring in a fraction of the electricity that polycrystalline versions do.

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Polycrystalline modules will absolutely work longer than any other version of solar panels on offer currently. This is mostly due to their crystalline configuration. One important factor for ensuring their durability, however, is the presence of right ventilation for the polycrystalline panels, so that no excessive heating occurs during sunlight exposure. Panels that are not cooled properly may suffer damage to their mounting equipment, and also to any other components which are not designed to withstand heat.

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Overall we can gather that polycrystalline solar panels are the product of choice when a photovoltaic solar system is necessary. Not only do they offer benefits in regards to durability, but they also have a more appealing appearance.

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