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The image depicts a schematic of a solar-powered water pump system where key components consist of a photovoltaic (solar) panel that supplies DC power to a bore pump located within an underground bore or well. The bore pump elevates water to a surface-level water tank, which is then distributed to a village. Specific labels denote solar panel photovoltaic cells, DC power flow, water tank, ground level, village direction, water level inside the bore or well, and bore pump location. No numerical data, percentages, or additional detailed quantitative information are presented in the diagram.
Given the complexity of the image, the above description may not be entirely accurate.
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The given diagram illustrates how a solar powered water pump works.
Overall, it can be seen that the process consists of many steps. The process begin with cosume of heat from Sun and ends with supply water to the village.
To begin with the process in more detail, it is clear that the main source of energy come from the Sun. In the first stage, a pilar which is buried to ground level hold a solar panel on the top. Next, the solar panel which made by photovoltaic cells seek the heat from the Sun and convert it to DC ( Direct Current) power. After that, DC power from panel go straight into bore pump in underground well. The pump is placed slightly below from the water level. In the next step, the bore pump send water into the water tank. Finally, from the water tank, this water distributed to the village.
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