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GRS Power Platform — avaliação de balanço paramétrico

Client · WavEC Offshore RenewablesYear · 2015Location · Belmullet · IENote · 6 OWCs · hybrid wind+wave
Construção de plataforma de renováveis offshore — imagem ilustrativa para o projeto GRS Power Platform.
✦ At a glance

Análise de risco pré-implantação de um conceito híbrido eólico-ondas fixo no fundo (seis Colunas de Água Oscilante). Difração-radiação em WAMIT e simulação não-linear no domínio temporal em Ship@Sea.

07 · References

Further reading.

  • Ribeiro e Silva, S. et al. (2011). Numerical modelling and assessment of the UGEN floating wave energy converter. International Journal of Marine Engineering, Vol. 153.
  • Ribeiro e Silva, S. et al. (2016). Hydrodynamic optimization of the UGEN: Wave energy converter. International Journal of Marine Energy, Vol. 15.
  • Ribeiro e Silva, S. et al. (2017). Experimental study on reduction of dynamic instability in oscillating water column spar buoy. 12th European Wave and Tidal Energy Conference.
  • Ribeiro e Silva, S. et al. (2021). Model testing of floating wave energy converter with internal U-shaped oscillating water column. Energy Conversion and Management, Vol. 240.
  • Lourenço, D., Ribeiro e Silva, S., Pinto, L. (2025). Wave Energy Conversion Efficiency of the UGEN along the Western Portuguese Coast. EWTEC 2025, Funchal.
✦ A note on confidentiality

Most of what we do never appears on this page. References, technical drawings, and full reports are available on request, under NDA where required.

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