The figure illustrates the process involved in the generation of electricity with the support of a wave energy machine and the options for installing it in two different locations.
The wave energy machine takes the support of waves in the water, which produces a flow of air in to the machine from the bottom end and the flow of air from the top to actuate the electricity generator, which results in the formation of electricity.
The simple mechanism of it involves two chambers with two rotary fans in one chamber and an air flow regulator in the second at the bottom. The air flow created by the wave and surrounding environment moves the rotary fans. This rotary fans in turn actuates the turbine. This mechanical energy supports the electricity generator to produce electricity.
The two different location options for the machine installation have it's own outcomes. If installed in a location with lower water levels helps in reducing the installation costs but generates a low output. A higher output can be created at a location with increased water level supporting larger waves but results in inclined costs for installation.
The figure illustrates the process involved in the generation of electricity with the support of a
wave
energy
machine
and the options for installing it in two
different
locations.
The
wave
energy
machine
takes the support of
waves
in the water, which produces a
flow
of
air
in to the
machine
from the bottom
end
and the
flow
of
air
from the top to actuate the electricity generator, which results in the formation of electricity.
The
simple mechanism of it involves two chambers with two rotary fans in one chamber and an
air
flow
regulator in the second at the bottom.
The
air
flow
created by the
wave
and surrounding environment
moves
the rotary fans. This rotary fans in turn actuates the turbine. This mechanical energy supports the electricity generator to produce electricity.
The two
different
location options for the
machine
installation have
it's
own
outcomes. If installed in a location with lower water levels
helps
in reducing the installation costs
but
generates a low output. A higher output can
be created
at a location with increased water level supporting larger
waves
but
results in inclined costs for installation.