Reprint
Offshore Renewable Energy: Ocean Waves, Tides and Offshore Wind
Edited by
February 2019
370 pages
- ISBN978-3-03897-592-2 (Paperback)
- ISBN978-3-03897-593-9 (PDF)
This book is a reprint of the Special Issue Offshore Renewable Energy: Ocean Waves, Tides and Offshore Wind that was published in
Chemistry & Materials Science
Engineering
Environmental & Earth Sciences
Physical Sciences
Summary
This book covers technical articles based on individual contributions from a number of authors working on offshore wind, wave and tidal energy research. Articles describing various aspects of offshore wind, wave and tidal energies including resource prediction, shape optimisation of energy converters, optimal design of rotors for cost reductions, numerical modelling of large scale array energy converters, numerical simulation of electricity converting machines, hybrid energy converters, control system for generators, farm interactions, assessing economic benefits, and energy production benefits have been included in this book. This book will find its use to researchers and industries working in offshore renewable technologies.
Format
- Paperback
License
© 2019 by the authors; CC BY-NC-ND license
Keywords
wave energy; hybrid wind-wave; concept development; oscillating water column (OWC); physical modelling; hydrodynamic response; Iberian nearshore; coastal areas; wave power; numerical modeling; Simulating waves nearshore (SWAN); wave power resource; desalination; freshwater; wave energy converter; Kilifi; Kenya; hybrid systems; multi-source systems; marine renewable energy; combined platform; renewable energy; marine environment; wave energy converters; variable bathymetry effects; arrays; tidal energy; actuator disc; turbulence; wake analysis; Telemac3D; Black Sea; wind power; nearshore; reanalysis data; satellite measurements; wave energy converter; point absorber; shape optimization; Taguchi design; RSM; South China Sea; absorption power spectrum; offshore wind turbines; cost of energy; annual energy production; optimal design; wave energy; wind energy; renewable energy; co-generation; offshore energy; input-output modeling; macro-economic assessment; wave energy; oscillating water column; wave energy converter; model predictive control; robustness analysis; embedded integrator; mathematical model; system identification; JONSWAP spectrum; coupling; wave propagation model; MILDwave; BEM; NEMOH; array; farm; near field; far field; WECwakes project; experimental validation; WECWakes Hydralab IV project; renewable energy; wave energy; adaptive SMC; DFIG; lyapunov methods; wave energy converter; interaction effect; array condition; disturbed tidal resource; fuzzy gain scheduling; fuzzy supervisor; proportional integral derivative controller; pitch angle control; tidal energy; tidal stream generator; marine current energy converter; control system; vertical axis turbine; permanent magnet synchronous generator; load control; vortex model; coupled model; wind speed; wind power; Black Sea; EURO-CORDEX; ERA-Interim; n/a