摘要：The objective of the present work is to estimate the influence of several hybrid wind and wave farm
configurations on the wave conditions reported in the vicinity of the Saint George coastal area, in the
Romanian nearshore of the Black Sea. Based on the wave data coming from a climatological database
(ERA20C) and also on in situ measurements, it was possible to identify the most relevant wave patterns, which
will be further considered for assessment. The numerical simulations were carried out with the SWAN
(Simulating Waves Nearshore) wave model, which may provide a comprehensive picture of the wave
transformation in the presence of the marine farms. Although the impact of the wind farm is not visible from
the spatial maps, from the analysis of the values corresponding to the reference points, it was noticed that a
maximum variation of 2% may occur for several wave parameters.
其他摘要：The objective of the present work is to estimate the influence of several hybrid wind and wave farm configurations on the wave conditions reported in the vicinity of the Saint George coastal area, in the Romanian nearshore of the Black Sea. Based on the wave data coming from a climatological database (ERA20C) and also on in situ measurements, it was possible to identify the most relevant wave patterns, which will be further considered for assessment. The numerical simulations were carried out with the SWAN (Simulating Waves Nearshore) wave model, which may provide a comprehensive picture of the wave transformation in the presence of the marine farms. Although the impact of the wind farm is not visible from the spatial maps, from the analysis of the values corresponding to the reference points, it was noticed that a maximum variation of 2% may occur for several wave parameters.
