Primary conversion in non-resonant wave energy converter with floating buoy

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Primary conversion in non-resonant wave energy converter with floating buoyData
2019Cita bibliográfica
Borrás Formoso, R.G., Ferreiro García, R., & Antelo González, F. (2019). Primary conversion in Non-Resonant Wave Energy Converter With Floating Buoy. Journal of Maritime Research: JMR, 16(2), 3-9. https://www.jmr.unican.es/index.php/jmr/article/view/490/610
Resumo
[Abstract] This paper studies one of the technical problems that occur in the process of moving from ”waves toelectricity” in floating wave buoys converters located near the coast: to maximize the product force bydisplacement. It is proposed a first converter stage only with mechanical elements of low inertia andabsence of fluids, showing the advantage of using a accumulator with spring to achieve high accelera-tions by means of a converter design suitable to mount the mentioned stage. A comparative analysis ismade with the most suitable tension for the springs according to the height of the waves provided at thelocation of the converter.
Palabras chave
Wave energy converter (WEC)
Wave energy
Renewable energies
Energy storage
Moment of inertia decoupling
Wave energy
Renewable energies
Energy storage
Moment of inertia decoupling
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ISSN
1697-404
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