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Offshore Renewables for a Transition to a Low Carbon Society
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Taking into account the increasing general concern related to the necessity of reducing CO2 emissions, a very important aspect of this topic refers to the green energy sector. In this vein, the present Special Issue is focused on the area of Offshore Renewable Energy (ORE). This Special Issue contains valuable works related to ORE.
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Keywords
- AHP
- assessment criteria
- Economic Analysis
- EEZ
- Energy resources
- entropy weight method
- ERA5
- European seas
- floating flapping-panel
- floating solar panels (FPV)
- Galician coast
- hardware-in-the-loop
- heaving point absorber WEC
- heaving point-absorber WEC
- hydrodynamic performance
- interconnected model
- marine renewable energy
- Mathematics & science
- MATLAB-Simulink
- Model Predictive Control
- n/a
- offshore wind
- Offshore wind turbines
- Philippines
- physical modelling
- Physics
- Real-time control
- Reference, information & interdisciplinary subjects
- Research & information: general
- Romanian nearshore
- sea state conditions
- slope
- solar farm siting
- Solar radiation
- statistical analysis
- sustainability
- SWAN
- system identification (SID)
- technical analysis
- TOPSIS
- water depth
- wave climate
- wave energy converter
- wave energy converter (WEC)
- wave energy converters (WECs)
- Wave Power
- wave-energy converter array
- WEC array
- WECfarm
- wind climate
Links
DOI: 10.3390/books978-3-0365-9230-5Editions