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The image presents a diagram of a hydroelectric dam illustrating its functional components. It shows a reservoir leading to an intake structure, where water flows through a penstock down to a turbine. The turbine is connected to a generator located within the powerhouse. The generated electricity is then transmitted via long-distance power lines. Water exits the turbine and flows back into the river. The diagram labels significant parts: Reservoir, Intake, Penstock, Turbine, Generator, Powerhouse, Long Distance Power Lines, and River, depicting the process of electricity generation in a hydroelectric dam but contains no numerical data or percentages.
Given the complexity of the image, the above description may not be entirely accurate.
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The given diagram illustrates the work of a hydroelectric dam to empower electricity.
There are a series of process from reservoir to river before the technology could be used.
The stage is started from taking water from reservoir to flow through intake gate in order to fill the penstock area. However, the water stock does not enough to drive the turbine which placed near end the penstock without river energy. The stream is needed in order to help turbine operate generator.
Besides situated in the water, this power creation is placed on land as well. After it is generated in power house, there are some long lines put over the streams. This is called power line. The power lines consist of some pipes due to its function in delivering to the electricity reservoir.
The final step is keeping the energy in one area before community get the benefit of this environmentally friendly technology.
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