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The image depicts a schematic of a hydroelectric power station featuring a river flowing into a high-level reservoir contained by a dam, with an intake that is open during the day and closed at night. Water flows from the high-level reservoir through the intake towards reversible turbines. During the day, the turbine generates electricity by releasing water down to the low-level reservoir, and electricity is transferred via power lines to the national grid. At night, the reversible turbines pump water from the low-level reservoir back to the high-level reservoir.
Given the complexity of the image, the above description may not be entirely accurate.
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Note: Both the topic and the answer were created by one of our users.
The diagram shows how electricity is generated a hydroelectric power station.
The process includes a river rised on high-level in reservoir as well as dam which intake is open daily in contrast of being closed at night. Water flow through open dam generate electricity through day and goes in reversible turbines who operate generator in power station making power lines and then national grid.
Otherwise the other water flow was separated in a low- level reservoir which increase back to reversible turbines at night pumping water into high-level reservoir. Process is now reversed. Water flow during night pumping goes to closed dam in high- level reservoir.
Overall, diagram is based on practical inovation and water use in everyday life making human life easier reminding the fact of importance and benefit of water.
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