The figures illustrate the interior structure and the function of a wave-energy machine and the location options for the machine installation respectively.
Overall, the wave-energy machine is utilized for electricity generation by renewable wave energy. Additionally, the installation prices and the output level entirely depend on the waves' size.
According to the first diagram, a wave-energy machine consists of two main chambers, an electricity generator, and two turbines. The water flows in the wave direction into the bottom chamber. Subsequently, an airflow is created by water's upswing, and another airflow troughs down from the top chamber simultaneously. The turbines are spun by airflows and this rotation causes electricity power generation by the generator.
The location of the machine plays a significant role in the amount of generated energy. In other words, the large waves result in a large amount of power. On the other hand, there is an economical issue that says that high installation costs are needed for massive energy generation. While generating by small waves requires fewer costs.
The figures illustrate the interior structure and the function of a wave-energy
machine
and the location options for the
machine
installation
respectively
.
Overall
, the wave-energy
machine
is utilized
for electricity generation by renewable
wave
energy.
Additionally
, the installation prices and the output level
entirely
depend on the waves' size.
According to the
first
diagram, a wave-energy
machine
consists of two main chambers, an electricity generator, and two turbines. The water flows in the
wave
direction into the bottom chamber.
Subsequently
, an airflow
is created
by water's upswing, and another airflow troughs down from the top chamber
simultaneously
. The turbines
are spun
by
airflows
and this rotation causes electricity power generation by the generator.
The location of the
machine
plays a significant role in the amount of generated energy.
In other words
, the large
waves
result in a large amount of power.
On the other hand
, there is an economical issue that says that high installation costs
are needed
for massive energy generation.
While
generating by
small
waves
requires fewer costs.