The above process diagrams demonstrate how a wave energy machine simulates and named the parts of a wave energy machine. And also given where a machine can work accurately and its location options.
Overall, The diagram illustrates the process and function of a wave energy machine and the location that suits this machine where it can work accurately.
To begin with, Place the bottom chamber of the wave energy machine under the sea level and another chamber which consists of a turbine should be placed above the sea level. The direction of the wave should be towards the machine. when a wave hits the machine the water level reaches the bottom chamber the airflow produced by the wave move towards the turbine. Here turbine rotates in a clockwise direction where the air moves towards the open channel and for the cooling process, there will be a filter that pushes air towards the turbine during this process the energy produced from the turbine will secure in the electricity generator.
After this, Location options for wave energy machines are should be placed only in seas where tides forms frequently. and this should be placed onshore side of the sea in between where large waves and small waves produce. The starting side gives the low output due to small waves and installation costs are low compared to where large waves from the depth of sea level were high and installation costs are also high as it produces high outputs.
In conclusion, it is the procedure of how a wave energy machine simulates and where it should be placed.
The above
process
diagrams demonstrate how a
wave
energy
machine
simulates and named the parts of a
wave
energy
machine
. And
also
given
where a
machine
can work
accurately
and its location options.
Overall
, The diagram illustrates the
process
and function of a
wave
energy
machine
and the location that suits this
machine
where it can work
accurately
.
To
begin
with, Place the bottom chamber of the
wave
energy
machine
under the
sea
level
and another chamber which consists of a
turbine
should be
placed
above the
sea
level
. The direction of the
wave
should be towards the
machine
.
when
a
wave
hits the
machine
the water
level
reaches the bottom chamber the airflow produced by the
wave
move
towards the
turbine
. Here
turbine
rotates in a clockwise direction where the air
moves
towards the open channel and for the cooling
process
, there will be a filter that pushes air towards the
turbine
during this
process
the
energy
produced from the
turbine
will secure in the electricity generator.
After this, Location options for
wave
energy
machines
are should be
placed
only
in
seas
where tides forms
frequently
.
and
this should be
placed
onshore side of the
sea
in between where large
waves
and
small
waves
produce. The starting side gives the low output due to
small
waves
and installation costs are low compared to where large
waves
from the depth of
sea
level
were high and installation costs are
also
high as it produces high outputs.
In conclusion
, it is the procedure of how a
wave
energy
machine
simulates and where it should be
placed
.