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The image features a diagram labeled "Hydroelectric Power" illustrating the process by which electricity is generated in two types of hydroelectric stations. Step 1 shows water stored in a dam, cascading down to step 2, where it enters a water flow system, flowing towards a traditional hydroelectric plant. In step 3, water turbines generate electricity, depicted by an electrical tower. Step 4 shows generated electricity being transported through power lines. In step 5, the water returns back to the main river. The diagram displays numerical labels for various steps, ranging from 1 to 5, leading through the process of electricity generation and distribution, highlighting key components such as dam reservoirs, water flow systems, hydroelectric plants, and electricity transportation systems.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagram illustrates the production process by which electricity is generated in two types of hydroelectric power station.
Overall, the production process consists of several stages, beginning with the flowing of water and ending with water returning to the river.
First of all, for a run-of-river plant, water which flows downhill, is diverted from the river into a new channel by using a special process. After that, water turns turbine blades to initiate the process of generating electricity. Then, turbines turn the generators.
In the next stage, transmission lines conduct electricity. The final stage of the production process involves water flows back into the river.
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