爱尔兰100兆瓦波浪能农场的运行和维护优化

Q3 Engineering
S. Giorgi, A. Henry, Ben Kennedy, Joseph Van't Hoff, R. Costello, Pierre Lourdais, Hervé Gaviglio, Matt Dickson
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引用次数: 0

摘要

海上波浪能发电场的开发和服务所需的海上作业占项目总成本的很大一部分。这些操作可以通过设计和创新进行优化,以提高项目的LCOE。本文对海上可再生能源项目中的海洋作业进行了分析,并强调了对这些活动进行早期、详细分析和优化的重要性。该分析使用Wave Venture开发的通用技术经济分析软件。该软件提供了专门为海上可再生能源技术需求设计的集成工程和财务模拟。定义并分析了位于爱尔兰西海岸的一个由250个CorPower设备组成的100MW波浪能发电场,以证明结合海洋作业物流模型的技术经济分析的能力。研究结果证明了综合物流和金融软件在波浪场分析和设计中的优势,以及这些模拟如何显著改善海上可再生能源项目的LCOE。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Operations and maintenance optimisation for a 100 MW wave energy farm in Ireland
Marine operations that are required for the development and service of offshore wave energy farms represent a significant proportion of the total project costs. These operations can be optimised through design and innovation to improve the LCOE of the project. This paper presents an analysis of marine operations in offshore renewable energy projects and ows the importance of early, detailed analysis and optimisation of these activities. The analysis uses general-purpose techno-economic analysis software developed by Wave Venture. The software provides an integrated engineering and financial simulation specifically designed for the needs of offshore renewable energy technology. A 100 MW wave energy farm, made up of 250 CorPower devices, off the west coast of Ireland is defined and analysed to demonstrate the capabilities of the techno-economic analysis incorporating a marine operations logistics model. The results demonstrate the strength of integrated logistics and finance software in the analysis and design of wave farms, and how these simulations can lead to significant improvements in the LCOE of offshore renewable energy projects.
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来源期刊
International Marine Energy Journal
International Marine Energy Journal Engineering-Ocean Engineering
CiteScore
1.70
自引率
0.00%
发文量
24
审稿时长
12 weeks
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