Fig 5 - Wave to Wire Power Maximisation from a Wave Energy Converter

Average power extracted from monochromatic waves via a LPMG with MPC optimised without LPMG losses included in the MPC cost (i)ideal absorbed power using Reactive control (ii)lossless power absorbed via MPC with N=160(16s) (iii)lossless power absorbed via MPC with N=40(4s) (iv)power absorbed with losses via MPC with N=160(16s) (v)power absorbed with losses via MPC with N=40(4s)

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Reference

Wave to Wire Power Maximisation from a Wave Energy Converter - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Average-power-extracted-from-monochromatic-waves-via-a-LPMG-with-MPC-optimised-without_fig5_281857811 [accessed 31 May, 2023]

Caption

Fig. 5. Average power extracted from monochromatic waves via a LPMG with MPC optimised without LPMG losses included in the MPC cost (i)ideal absorbed power using Reactive control (ii)lossless power absorbed via MPC with N=160(16s) (iii)lossless power absorbed via MPC with N=40(4s) (iv)power absorbed with losses via MPC with N=160(16s) (v)power absorbed with losses via MPC with N=40(4s)

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<a href="https://www.researchgate.net/figure/Average-power-extracted-from-monochromatic-waves-via-a-LPMG-with-MPC-optimised-without_fig5_281857811"><img src="https://www.researchgate.net/profile/Adrian-O-Sullivan/publication/281857811/figure/fig5/AS:637357174841344@1528969200527/Average-power-extracted-from-monochromatic-waves-via-a-LPMG-with-MPC-optimised-without.png" alt="Average power extracted from monochromatic waves via a LPMG with MPC optimised without LPMG losses included in the MPC cost (i)ideal absorbed power using Reactive control (ii)lossless power absorbed via MPC with N=160(16s) (iii)lossless power absorbed via MPC with N=40(4s) (iv)power absorbed with losses via MPC with N=160(16s) (v)power absorbed with losses via MPC with N=40(4s)"/></a>