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The image contains a diagram representing how solar energy systems work with various components labeled: 1) Solar Panels - absorbs energy from the sun and turns it into DC current, 2) Inverter - converts DC current into AC current and controls the electricity and production, 3) Electrical Panel - this distributes the electricity to your home, 4) Utility Meter - any excess solar electricity will flow back to the grid through the meter, 5) Utility Grid - provides electricity when you exceed the amount produced by your solar panels. The sun is depicted shining onto the solar panels on the roof of a house, with arrows indicating the flow of electricity through the other components, eventually connecting to the utility grid represented by a utility pole.
Given the complexity of the image, the above description may not be entirely accurate.
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The picture illustrates the process of using solar panels for the power generation in households.
Generally speaking, the overall process can be grouped into two stages: solar panels producing power supply for the domestic use and storing the excess electricity.
Initially, the solar panels are lined up on the roof directed towards the sun. They capture the sunlight and produce the DC current. This is followed by AC current conversion using an inverter, which optimizes the electric flows for household appliances. Immediately after the conversion, the distribution process takes place through an electrical panel.
If the solar system supplies far more energy than the households demand, the surplus electricity will be sent to the grid via the utility meter. It will be stored in the utility grid for future use. When the system does not get sufficient sunlight to power the residential area, the grid will support the niche by the amount of the system failed to supply.
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