B.C-induce.R Electricity generation on random motions.
A first & second concept arose from my desire to maximise the conversion factor of ocean waves,
as their randomness is not ideal for achieving complete cycles.
Most engines make / need a 360° rotation or a start-to-finish linear motion. Each B.C-induce.R
makes asymmetic, incomplete cycles at varying speeds usable for generating an electric potential.
The Sea-wiggle.R provides a damping between wave dynamics and motions at the B.C-induce.R, but do not
require heavy-duty mechanical, pneumatic or hydraulic transmissions. Optimal settings
for the extraction parameters depend on the wave profiles of the harvested ocean area.
Dimensioning the B.C-induce.R to provide the necessary voltage for electrolysis is a specialised engineering task.
The outlined design may inspire (better) variants that make random motion useful; in this case, an EM modelling will be conclusive.
One of the breakthroughs in the Sea-Wiggle.R is a set of plug-and-play adapters that allow
simple to extreme wave profiles to be optimally utilized for energy generation. Thanks to parameterization, each set
can be further fine-tuned in real time via remote control or an AI model.
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i-DEPOT at BOIP.int: Registratie 141130 ( 25 p.)
Details: Ready for modelling
TRL: 1 - 2
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E-BOOKLETS
Limited public: ( Not yet )
Under N.D.A.: ( 25 p. )
"Er is niets zo praktisch als een goede theorie". Kurt Lewin