The following diagram shows the model of wave-energy machine along with the second diagram showing the location options for installing wave-energy machines.
The first diagram depicts the pictorial representation of wave-energy machine which generates electricity using tidal wave energy. The machine has mainly two chambers, the underneath chamber has inlet point for water waves and the upper part contains the set of turbines which generates the electricity using the generator. As shown in the figure, when the water levels rises in the below chamber, it generates a gust of air wind into the above part of machine. Due to the airflow generated into the second chamber, the turbines starts to revolve around the axis, which gradually rotates the axle of generator attached to them. The amount of water levels in beneath segment is directly proportional to blow of air, which in turn spins the turbines.
The second diagram represent the possible location options into the reservoirs, to install the wave-energy machines. It clearly shows that the to get large waves-high output, the machine must be installed away from the shore, which incurres the high cost. It also shows that to get lower the cost the machine should be installed near the shoreline.
The following diagram
shows
the model of wave-energy
machine
along with the second diagram showing the location options for installing wave-energy machines.
The
first
diagram depicts the pictorial representation of wave-energy
machine
which generates electricity using tidal wave energy.
The
machine
has
mainly
two
chambers
, the underneath
chamber
has inlet point for water waves and the upper part contains the set of turbines which generates the electricity using the generator. As shown in the figure, when the water levels rises in the below
chamber
, it generates a gust of air wind into the above part of
machine
. Due to the airflow generated into the second
chamber
, the turbines
starts
to revolve around the axis, which
gradually
rotates the axle of generator attached to them. The amount of water levels in beneath segment is
directly
proportional to blow of air, which in turn spins the turbines.
The second diagram represent the possible location options into the reservoirs, to install the wave-energy
machines
. It
clearly
shows
that the to
get
large waves-high output, the
machine
must
be installed
away from the shore, which
incurres
the high cost. It
also
shows
that to
get
lower the cost the
machine
should
be installed
near the shoreline.