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The image shows a diagram of a solar-powered water system which includes a Solar panel (photovoltaic cells), DC power from panel, water tank, water level, bore pump, and underground bore or well all designed to provide water from the ground level to the village. The solar panel converts sunlight into electrical energy, which powers the bore pump to extract water from the underground source, filling the water tank and finally distributing it to the village. No numerical data points or percentages are provided in the diagram.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustrates the flow of works of solar powered water pupm. The flow is sorted into four main stages: storing, conveying, convertion, and storing. Finally, water run to village.
First of all, solar panel photovoltaic cells store sunlight when it is sunny and DC power from panel enable sunlight to convert to electric power. Next, electric power is sent to bore pump underground or well.
After conveying electric power to bore pupm, electric power can move water underground to over ground level and reach to water tank by leveling up water level. Water of upperside can run from bore pupm to water tank easily.
The process of works of solar powered pupm is completed when water run to village. These stages of solar powered water pupm helps us generate electic power sustainably.
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