The provided diagrams illustrate the operational mechanism of a wave-energy machine and compare two potential installation sites based on wave intensity and cost.
Overall, the machine generates electricity by converting the vertical movement of water into airflow that drives a turbine. Furthermore, there is a clear correlation between the location of the machine, the size of the waves, and the associated financial investment required for installation.
The first diagram depicts the internal structure of the device. As waves enter the chamber, the rising and falling water levels force air through a turbine located in the upper section. This airflow causes the turbine to rotate, which in turn powers an electricity generator. The design allows for continuous air movement regardless of whether the water level is rising or falling within the chambers.
The second diagram highlights two location options. Placing the machine in deeper water where waves are large results in a high energy output, but this is offset by high installation costs. Conversely, installing the machine in shallower water where waves are smaller leads to a lower energy output, yet this option is more economical due to lower installation costs.