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Preliminary assessment of wave energy use in an off-grid minor island desalination plant

机译:流域轻微岛海水淡化厂中波能源的初步评估

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Small islands are often characterized by water availability problems becoming critical in summer time during the touristic season. The current water supply systems rely on the shipping of water from the mainland, with relevant fall backs in terms of water price and CO2 emissions. On the other hand the recur to local desalination raises the other issue in minor islands: energy supply. In this respect, the use of renewable energy appears to be the most natural option to the power mix pending the adequate consideration of the environmental constraints. In minor islands, the high environmental quality could often results in more severe landscape conservation rules as such introducing limitations to the most common renewable energy based installations. To this end, this paper discusses the use of near-shore wave energy technologies as a solution to cope with low impact energy generation to the water demand of a typical island in the Tyrrhenian Sea, the island of Ponza. The preliminary assessment focuses on the analysis of the impact on diesel fuel oil use and GHG emissions reduction.
机译:小岛屿通常是在旅游季节期间夏季时间批判的水可用性问题。目前供水系统依靠大陆的水运输,在水价和二氧化碳排放方面有相关的跌倒。另一方面,局部海水淡化的反复会提高小岛屿的另一个问题:能源供应。在这方面,使用可再生能源的使用似乎是电力混合的最自然的选择,等待对环境限制的充分考虑。在未成年岛屿中,高环境质量可能导致更严重的景观保护规则,因为对最常见的可再生能源的装置引入了局限性。为此,本文讨论了近岸波能源技术用作应对低冲击能量发电的解决方案,以对庞扎岛典型岛屿的典型岛屿的需求。初步评估侧重于分析柴油燃油利用的影响,减少温室气体排放。

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