首页> 外文会议>Asian conference on remote sensing;ACRS >DEVELOPMENT OF GEOSPATIAL TOOLS FOR TIDAL CURRENT ENERGY RESOURCE ASSESSMENT: A CASE OF VERDE ISLAND PASSAGE, PHILIPPINES
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DEVELOPMENT OF GEOSPATIAL TOOLS FOR TIDAL CURRENT ENERGY RESOURCE ASSESSMENT: A CASE OF VERDE ISLAND PASSAGE, PHILIPPINES

机译:潮汐能资源评估的地理空间工具的开发:以菲律宾佛得岛群岛为例

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Given the current and projected global demand for power, marine energy conversion projects offer viable alternatives as they are clean and renewable. Several projects and technologies are emerging worldwide to convert the energy from the vastly unexploited ocean tides and current to electric power. Resource assessment is a fundamental step for the development of these projects given the distributed nature of these resources. Nowadays, the use of geospatial tools for energy resource assessment has gained unprecedented interest globally and locally. This paper presents the development of geospatial tools for tidal current energy resource assessment. A multi-criteria assessment model that accounts for the physical, environmental and socioeconomic constraints is proposed to assist in the selection of the most suitable locations for tidal current power conversion projects. The proposed model is applied to the Verde Island Passage to find and rank the best locations for power conversion using a ranking procedure with equal weighting factors for all criteria. This model is also applicable to other sites where sufficient geospatial data are available.
机译:考虑到当前和预计的全球电力需求,海洋能源转换项目由于清洁和可再生,因此提供了可行的替代方案。全球正在出现一些项目和技术,以将能源从尚未开发的海潮和电流转换为电能。考虑到这些资源的分布式性质,资源评估是开发这些项目的基本步骤。如今,使用地理空间工具进行能源资源评估已在全球和本地引起了空前的兴趣。本文介绍了用于潮流能源资源评估的地理空间工具的开发。提出了一个多准则评估模型,该模型考虑了物理,环境和社会经济方面的限制,以帮助选择最适合潮流电力转换项目的位置。拟议的模型应用于Verde Island Passage,以使用对所有标准具有相等权重因子的排名程序,找到并排名最佳功率转换位置。该模型也适用于其他具有足够地理空间数据的站点。

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