How a Solar Power Inverter Works

The public has shown a heightened interest recently in the possibilities of solar power and all that it can do for the environment, as the looming energy crisis casts a shadow over our daily use of energy.

Because of this, more and more solar panels are being installed onto rooftops all over the world, with government funds helping assist with the education and research of this exciting energy source.

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Solar energy panels can power a whole home with electricity in a renewable and sustainable way but may require the use of a solar power inverter as well to provide the most energy capabilities.

A solar power inverter works by changing a direct electrical current to an alternating current, using a whole process of electrical switching. The process is not that complicated, but there are three main different styles of solar power inverters that work in slightly different ways, including the stand-alone solar panel inverter, the synchronous solar panel inverter, and the multi-function solar panel inverters.

The first type switches direct current, or DC power from a battery over to an alternating current, or AC. This provides enough power for small personal appliances, including computers; or enough to supply the whole household if desired.

Finally, there are multifunction solar power inverters that deal with both modified sine waves and true sine waves. These also convert the DC power to AC power, but on a more delicate level, allowing you both to store up energy that is collected by the solar panels, and pass it along throughout the household. Because these are suitable for a wide range of potential household needs, they are generally considered by experts to be some of the most useful.