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Technico-economical analysis of a hybrid wave power-air compression storage system

机译:混合波浪动力空气压缩存储系统的技术经济分析

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This paper presents a technico-economical analysis of a Pelamis wave power generator coupled with a proposed air compression storage system. Ocean wave measurements and forecasts are used from a site near the city of Saint-Pierre in Reunion island, France. The insular context requires both smoothing and forecast of the output power from the wave power system. The storage system is a solution to meet this requirement. Several power network services are defined by the utility operator in order to meet different load needs. The goal is to analyze the role of the proposed storage device for each desired network service. An optimization procedure, from previous works, based on available wave energy forecast, is used to compute the optimal storage size for each service. An economical analysis shows the feasibility from the addition of the storage device, as the hybrid source power output may be economically profitable compared to a raw wave power production.
机译:本文介绍了结合建议的空气压缩存储系统的Pelamis波浪发电机的技术经济分析。在法国留尼汪岛圣皮埃尔市附近的地点使用了海浪测量和预报。岛屿环境要求对波浪发电系统的输出功率进行平滑和预测。存储系统是满足此要求的解决方案。公用事业运营商定义了几种电力网络服务,以满足不同的负载需求。目标是针对每个所需的网络服务分析建议的存储设备的作用。基于以前的工作,基于可用波能预测的优化程序用于计算每种服务的最佳存储大小。经济分析表明,增加存储设备是可行的,因为与原始波浪发电相比,混合动力源的输出可能在经济上有利可图。

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