The diagrams illustrate the process of generating electricity from wave power using a structure built along a cliff or sea wall. The process involves the movement of waves and the corresponding displacement of air to drive a turbine, producing electricity.
In the first diagram, as a wave enters the chamber, the air inside is compressed and forced upwards through a column. This high-pressure air turns a turbine, generating electricity. The air is then released through the top of the column. The continuous motion of the waves ensures a consistent supply of compressed air, maintaining power generation.
In the second diagram, as the wave retreats, a vacuum effect is created, drawing air back down through the column. This movement causes the turbine to spin in the same direction, despite the reversal of airflow. The specialized turbine design enables it to operate efficiently during both the wave’s rise and fall.
A notable advantage of this system is its ability to generate electricity from the natural motion of waves without relying on fossil fuels. The use of bidirectional airflow ensures constant turbine rotation, maximizing energy output. Additionally, its placement along coastal areas allows the structure to harness the power of ocean waves effectively. This renewable energy solution contributes to reducing carbon emissions and promoting sustainable energy generation.