A Method for Identifying Compatible Locations for Wave Energy Exploration With Different WECs

S. Ramos, M. Gonçalves, C. Guedes Soares
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引用次数: 2

Abstract

This paper aims to assess the marine space availability for the nearshore and offshore wave energy exploration while avoiding conflict with any technical, environmental, legal or other use restriction. Within the available areas retrieved in a GIS environment, it is presented a method to evaluate the performance of various state-of-the-art Wave Energy Converter technologies in terms of the expected Power Output Capacity Factor and Capture Width, when potentially working in the characteristic sea states found on the selected areas. The method is applied to a case study in the Archipelago of Azores. The data of the wave resource utilized comes from a hindcast model refined down to a spatial resolution of 0.05° that makes possible the detailed analysis and spatial comparison of results at insular local scales. The results intend to provide stakeholders and decision-makers with meaningful information about the suitable locations for the wave energy exploration and about the most efficient converter devices in such locations for the potential deployment of a wave energy exploration facility.
不同wcs波浪能勘探兼容位置的确定方法
本文旨在评估近岸和近海波浪能勘探的海洋空间可用性,同时避免与任何技术,环境,法律或其他使用限制相冲突。在GIS环境中检索的可用区域内,提出了一种方法来评估各种最先进的波浪能量转换器技术在预期功率输出容量因子和捕获宽度方面的性能,当可能在选定区域的特征海况中工作时。该方法应用于亚速尔群岛的一个案例研究。所利用的波浪资源数据来自精确到0.05°空间分辨率的后发模式,这使得在岛屿局部尺度上对结果进行详细分析和空间比较成为可能。这些结果旨在为利益相关者和决策者提供有关波浪能勘探的合适地点以及在这些地点部署波浪能勘探设施的最有效转换装置的有意义的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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