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Sea state characterisation of the test site of an offshore wave energy plant

机译:海上波浪能发电厂测试现场的海况表征

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The Archimedes Wave Swing (AWS) pilot plant, rated at 2 MW, was tested offshore at Povoa de Varzim in northern Portugal in 2004, gathering a large team of engineers and scientists. The Mechanical Engineering Department of Instituto Superior Tecnico was involved, following previous work done for the project. The present paper describes one of the studies conducted. It aims to characterise the sea state at the actual location of the pilot plant using the available pressure sensors. Two approaches were performed: a first one purely based in linear wave theory, neglecting the presence of the device, and a second one, based on the results from a Boundary Element Method (BEM) code named AQUADYN, originally developed at Ecole Centrale de Nantes (France), which allowed a detailed quantification of the effects of the presence of the plant on the wave profile directly above it. Comparisons with a Datawell Waverider buoy located at a certain distance from the plant also played an important role in the current study.
机译:额定功率为2兆瓦的阿基米德波动秋千(AWS)试点工厂于2004年在葡萄牙北部的波瓦·德瓦尔津(Povoa de Varzim)进行了海上测试,聚集了一大批工程师和科学家。继为该项目完成之前的工作之后,高级技术学院的机械工程系也参与其中。本文介绍了其中一项研究。它旨在使用可用的压力传感器来表征中试工厂实际位置的海况。执行了两种方法:第一种方法完全基于线性波理论,而忽略了设备的存在;第二种方法是基于最初在南特Ecole中心开发的名为AQUADYN的边界元方法(BEM)代码的结果(法国),该方法可以对植物的存在对其正上方的波浪剖面的影响进行详细的量化。与距工厂一定距离的Datawell Waverider浮标的比较在当前研究中也发挥了重要作用。

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