Page 17 - EEEA REVIEW Volume 5

is also considered as one ofthe clean energy
The Kymogen is a type of C omposite construction
source which will change the revolutionize the
wave energy generator which ensures longevity and
world of green energy.
is also considered as one of reliability in the harshest of
The Kymogen is a platform which is fixed in
the clean energy source which marine environments
offshore tethered with a mooring, when a wave
will change the revolutionize Corrosion resistant
approaches the shore the platform rises
the world of green energy.
components to increase life
pulling on the mooring tether. The mooring
The Kymogen is a platform cycle and lower maintenance.
tether is connected to a drive system, and
which is fixed in offshore Since it is Highly portable, its
when it is pulled it spins a wheel which stores
tethered with a mooring, when size allows it to be transported
the energy. The energy then can be
a wave approaches the shore easily compared to other
transferred to an on-shore storing system.
the platform rises pulling on sources of renewable energy
Its dimensions are 8'L x 8'W x 18''H and
the mooring tether. The Cost effective. The simplicity
weight is 800 Lbs.
mooring tether is connected to of the system makes it less
Energy output: 2 HP in 1 feet waves / 8 HP in
a drive system, and when it is expensive to produce, giving a
4 feet waves.
pulled it spins a wheel which higher return on investment.
Estimated average output per day: 25 to 100
stores the energy. The energy Made with readily available
kilowatt hours
then can be transferred to an materials used and proven in
Shell construction: High Strength Marine
on-shore storing system.
the marine industry.
Composites
Its dimensions are 8'L x 8'W x Highly upgradable. The
Interior frame construction:Corrosion resistant
18''H and weight is 800 Lbs.
interior of the Kymogen has
the kymogen
tube frameFlywheel material: High strength
Energy output: 2 HP in 1 feet plenty of room for additional
compositGenerator Motor:
waves / 8 HP in 4 feet waves.
sensors, and other electronics.
BLDCmotor.ItGenerates energy from waves
Estimated average output per
Flywheel energy storagetechnology allows the
day: 25 to 100 kilowatt hours
The Kymogen can be equipped
Kymogen to output a consistent level of power
Shell construction: High with additional solar arrays or
between waves.
Strength Marine Composites
wind turbines to further w ave energy generator
Composite construction ensures longevity and
Interior frame construction: increase its energy footprint.
reliability in the harshest of marine
Corrosion resistant tube frame
The setup is very easy just
environments
Flywheel material: High attach the Kymogen to a
Corrosion resistant components to increase
strength composite
mooring of suitable size and it
life cycle and lower maintenance.
Generator Motor: BLDC is ready to generate power.
Since it is Highly portable, its size allows it to
motor.
Zero carbon emissions
be transported easily compared to other
It Generates energy from Small footprint. Compared to
sources of renewabljd vkf/j blfj
waves Flywheel energy other sources of renewable
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storage technology allows the energy, The Kymogen takes up
The simplicity of the system makes it less
Kymogen to output a a much smaller footprint, and
expensive to produce, giving a higher return
consistent level of power its low profile preserves sight
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between waves.
lines.
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Made with readily available materials
used and proven in the marine
industry.
Highly upgradable. The interior of the

Kymogen has plenty of room for
additional sensors, and other
electronics.
The Kymogen can be equipped with
additional solar arrays or wind
turbines to further increase its energy
footprint.

The setup is very easy just attach the
Kymogen to a mooring of suitable size
and it is ready to generate power.
Zero carbon emissions
Small footprint. Compared to other
sources of renewable energy, The
Kymogen takes up a much smaller
footprint, and its low profile preserves
sight lines.

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