The pictures illustrate engineering drawings of wave-energy machinery and its preferable location. There are two main components that built the machine and two choices of the site offered.
Firstly, the waves are directed to the first chamber and the seawater fills it. Then, the movement of the water impacts the airflow in the lower chamber and transmits the air to the upper chamber. The airflow then triggers the turbine to rotate. While the turbine is rotating the airflow escapes from the chamber and at the same time it triggered the air from the outside to enter the upper chamber as well. The second airflow impacts the turbine to move as well. The rotation of the turbine generates the generator to create electricity.
There are two options of wave-energy location. The first one is near the beach and the second one further. The first one costs more affordable than the second one. However, the electricity produces by the second one is larger than the first one.
The pictures illustrate engineering drawings of wave-energy machinery and its preferable location. There are two main components that built the machine and two choices of the site offered.
Firstly
, the waves
are directed
to the
first
chamber
and the seawater fills it. Then, the movement of the water impacts the
airflow
in the lower
chamber
and transmits the air to the upper
chamber
. The
airflow
then triggers the
turbine
to rotate. While the
turbine
is rotating the
airflow
escapes from the
chamber
and at the same time it triggered the air from the outside to enter the upper
chamber
as well
. The second
airflow
impacts the
turbine
to
move
as well
. The rotation of the
turbine
generates the generator to create electricity.
There are two options of wave-energy location. The
first
one is near the beach and the second one
further
. The
first
one costs more affordable than the second one.
However
, the electricity produces by the second one is larger than the
first
one.