The diagrams show how a wave-energy machine produces electricity and where it is located.
As you can see, wave will move directly toward the machine, in to the chamber. It raises the water levels inside the chamber and causes the air to flow up. There are also air flows from the upward side in. As the air flow, it passes the turbine and makes it run, it's generate electricity.
In the second diagram, there are two machines located in a low and high installation cost. The high instalation costs face the lager wave than the low installation, as it placed futher to the cost. Therefore more airs flow through the turbine, and produces higher output. On the other hand, the low installation costs, as placed closer to the land, faces smaller waves, so less airs flow across the engine. Therefore when compared to the machine on the higher installation cost, it provides a lower output.
The diagrams
show
how a wave-energy
machine
produces electricity and where it
is located
.
As you can
see
, wave will
move
directly
toward the
machine
, in to the chamber. It raises the water levels inside the chamber and causes the
air
to
flow
up. There are
also
air
flows
from the upward side in. As the
air
flow
, it passes the turbine and
makes
it run, it's generate electricity.
In the second diagram, there are two
machines
located in a low and high installation
cost
. The high
instalation
costs
face the lager wave than the low installation, as it placed
futher
to the
cost
.
Therefore
more airs
flow
through the turbine, and produces higher output.
On the other hand
, the low installation
costs
, as placed closer to the land, faces smaller waves,
so
less
airs
flow
across the engine.
Therefore
when compared to the
machine
on the higher installation
cost
, it provides a lower output.