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(00092)A Comparison between the Past and Future Expected Wind Conditions in the European Coastal Environment of the Mediterranean Sea

机译:(00092)地中海欧洲沿海环境的过去和未来预期风条件的比较

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In the last years, exploitation of the wind power has been constantly increasing together with the size of the turbines. Furthermore, by 2030 wind energy is expected to supply around 30% of EU's power demand. Offshore wind represents a significant future opportunity, since resources are abundant and more stable. In the North and Baltic seas more experience is gained on bottom fixed turbines, but also many initiatives emerge to accelerate the development of floating devices, such as the projects in the Mediterranean and Atlantic. From this perspective, the objective of this work is to analyze the expected dynamics of the of the wind conditions in the European coastal environment of the Mediterranean Sea. The study is focused on estimating the average and extreme wind speeds for the 30-year time interval 2021-2050. In parallel, an analysis of the historical wind data for the 30-year period 1976-2005 is also performed. The climatic wind fields provided by the Global Change Assessment Model are considered in the analysis under the Representative Concentration Pathway scenario 4.5. This is the most probable scenario and assumes that the CO2 emissions will increase until 2040 and then decline.
机译:在过去几年中,风电的开发与涡轮机的大小一起不断增加。此外,到2030年,风能预计将提供约30%的欧盟电力需求。海上风代表了一个重要的未来机会,因为资源丰富,更稳定。在北部和波罗的海中,底部固定涡轮机中获得了更多的经验,也有许多举措出现,以加快浮动设备的发展,例如地中海和大西洋的项目。从这个角度来看,这项工作的目的是分析地中海欧洲沿海环境的风力条件的预期动态。该研究专注于估计30年间隔内隔2021-2050的平均和极端风速。同时,还执行了对3076-2005的30年期间历史风数据的分析。在代表浓度通路情景4.5下的分析中考虑了全球变化评估模型提供的气候风力。这是最可能的场景,并假设二氧化碳排放量将增加到2040,然后下降。

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