首页> 外文会议>2014 Oceans-St. John's Conference >Marine radar derived current vector mapping at a planned commercial tidal stream turbine array in the Pentland Firth, U.K.
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Marine radar derived current vector mapping at a planned commercial tidal stream turbine array in the Pentland Firth, U.K.

机译:英国Pentland Firth计划中的商用潮汐流涡轮机阵列上的船用雷达导出的当前矢量映射。

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A marine radar was deployed on a remote clifftop overlooking a 4.8km radius area of the Inner Sound of Stroma in the Pentland Firth for 3 months during spring 2013. The area viewed by the radar includes The Crown Estate lease areas for MeyGen Ltd (Inner Sound of Stroma) and Scottish Power Renewables (Ness of Duncansby), although the data analysis has focussed solely on the MeyGen area. Data were post processed to extract current vector maps based on determining the Doppler shift of sea surface waves by the tidal current. Comparisons between current time series from two Acoustic Doppler Current Profiler (ADCP) surveys and the radar derived data are presented and show excellent correlation. The quality of the data has enabled tidal analyses to be performed and spatial variations in tidal current constituents to be mapped.
机译:在2013年春季期间,在偏远的悬崖顶上部署了一个海上雷达,俯瞰彭特兰峡湾内基质声音的4.8公里半径区域,为期3个月。雷达观察到的区域包括MeyGen Ltd(内部声音)的Crown Estate租赁区。尽管数据分析只集中在MeyGen地区,但苏格兰电力公司(Ness of Duncansby)和苏格兰电力可再生能源公司。对数据进行后处理,以基于由潮流确定的海面波的多普勒频移提取电流矢量图。提出了两次声学多普勒电流剖面仪(ADCP)测量的当前时间序列与雷达得出的数据之间的比较,并显示出极好的相关性。数据的质量使潮汐分析得以执行,并且潮汐流成分的空间变化得以绘制。

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