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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 provides information about the steps involved in the work of a solar powered water pump.
Looking at an overall perspective, it is readily apparent that the process contains three steps, starting with the solar energy pour into underground bore via solar panel and ending with the water being ready to use by villagers. Generally, four equipment are used during this linear process.
To be precise, the solar panel faces up to the Sun in order to get sunshine. The first step begins when Dc power passes the ground level, and comes into bore pump, which is located inside of the water, and activates it.
Subsequently, once bore pump activated, it begins to transfer the DC power to the water tank which is situated next to the wall that stands under the ground level. At the end water is ready to being used by the inhabitants of the village.
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