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The image illustrates the electricity generation process using an artificial lagoon and tidal power with two diagrams; the first depicts high tide occurring every 12 hours, where the outflow gate is closed and the inflow gate is open, allowing seawater to move into the estuary, interacting with the turbine; the second illustrates low tide occurring every 12 hours, showing the outflow gate open and the inflow gate closed, directing seawater to flow from the estuary to the sea and through the turbine.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagrams illustrate how electricity is generated using an artificial lagoon and tidal power.
Overall, electrcity is generated by the movement of seawater through a turbine. durning high tide, seawater flows into the lagon, wherease durning low tide, it flows back into the sea.
Durning high tide which occurs every 12 hours, seawater flows towards the lagon. At this stage, the inflow gate is open, allowing water to enter the lagon, while the outflow gate is closed. As the water passes through the turbine, electricity is generated.
Durning low tide , the process is reversssed. the inflow gate is closed , while the outflow gate is opened. This allows the water inside the lagon of flow back into the sea. As thev water passes through the turbine, electricity is generated once again.
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