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The image illustrates a hydroelectric power station process involving a high-level reservoir, dam, river, low-level reservoir, generator, and reversible turbines. During the day, the intake is open, allowing water to flow to the power station, generating electricity via a generator and distributing it through power lines to the national grid. At night, the intake is closed, and the water flow direction reverses, utilizing turbines to pump water back to the high-level reservoir from the low-level reservoir.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustates the generation of electricity in a hydroelectric power station.
Overall, there are three stages of generating electricity. First the water calcuate bhehind the dam, then flows through turbines and goes to low-level reservoir. Finally water is pumped into high-level reservoir.
Water is summed behind the dam by river. There is a intake under the dam which water flows down into power station structures. The constructure of power station has reversible turbines which are able to generate electricity with pressure of water goes to high-level reservior down to low-level reservior in days, and bringing back water from low-level reservior to high-level reservior in nights.
The electricity is produced by a generator transmiting with power lines and distributing to national grid.
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