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The image displays two side-by-side diagrams titled "Solar Electricity Generation", illustrating system operation under "Sunny Conditions" and "Cloudy Conditions". In the left panel, "Sunny Conditions", a sun icon directs "Sunlight" to "Solar Panels", which supply "Direct Current Electricity" that splits into two paths: one to "Battery Storage" labeled "Battery Charging", and one to an "Inverter (Direct Current to Alternating Current Conversion)". The inverter outputs "Alternating Current Electricity", which divides to supply "Homes" and the "Power Grid". In the right panel, "Cloudy Conditions", clouds direct "Reduced Sunlight" to "Solar Panels", sending "Reduced Direct Current Electricity" to the "Inverter (Direct Current to Alternating Current Conversion)". Concurrently, "Battery Storage" supplies energy via "Battery Discharging" to the inverter. The inverter delivers "Alternating Current Electricity" to "Homes", while a dashed arrow shows potential input from the "Power Grid" to "Homes" marked "(If Required)".
Given the complexity of the image, the above description may not be entirely accurate.
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The two diagram compare the process of solar electricity generation in sunny and cloudy weather conditions.
Overall, the method of solar electricity involves both natural and artificial processes, while solar panels work more efficiently in presence of exposed sun. As a result, in cloudy weather, electrical suppy in houses also require power from power grid in case of reduced electricity generation.
In sunny condtion, the sun provides sufficient sunlight to feed the solar panels, which turns light energy into direct current electricity. This electricity can be used in two different ways. Primarily, it supplies the inverter which converts direct current to alternating surrent, and the resultant alternating current can fulfill electrical demands of homes and the power grid.
However, in absence of sun in the sky, lesser sunlight is provided to the panels, which reduces the direct current generation. Eventually, the required amount of alternating current to suppy houses and power grid cannot get generated in the inverter. As a result, houses are supplied with current from battery and the power grid.
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