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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 operation of a solar-powered water pump system that supplies water to a village.
The system utilizes energy from sunlight to extract water from an underground source, conveying it to a storage tank and ultimately distributing it to the village.
The process begins with sunlight striking the solar panel, which is comprised of photovoltaic cells. This conversion of solar radiation into electrical energy generates direct current (DC) power. This DC power is then channeled to a bore pump strategically positioned alongside the underground well or bore.
The bore pump, driven by the DC power, extracts water from the subterranean source. The water is then transported to a water tank, where it is stored. The filled tank subsequently provides a dependable water supply for the village
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