光伏漂浮与水力发电厂的整合。
Integration of PV floating with hydroelectric power plants.
作者信息
Cazzaniga Raniero, Rosa-Clot Marco, Rosa-Clot Paolo, Tina Giuseppe Marco
机构信息
Koiné Multimedia srl, Pisa, Italy.
Dipartimento di Ingegneria Elettrica Elettronica e Informatica, University of Catania, Catania, Italy.
出版信息
Heliyon. 2019 Jun 20;5(6):e01918. doi: 10.1016/j.heliyon.2019.e01918. eCollection 2019 Jun.
The integration of floating a PV plant (FPV) with a Hydroelectric Power plant (HPP) is studied and it is shown that several advantages come from this hybridization. The FPV power potential is analysed for the first 20 largest HPPs in the world and it is shown that when covering 10% of the HPP basin surfaces the HPP energy production is increased by 65%. The experience of China Longyangxa basin and of its connected PV power plant is examined together with the suggestion to install a FPV whose rated power is equal to HPP rated power. This hypothesis is applied to an analysis of the geographic potential worldwide and it is shown that covering 2.4% of the existing HPP basin surfaces the energy produced by HPP will be increased by 35.9%. The advantages of the coupling of the two power production technologies are discussed.
研究了漂浮式光伏电站（FPV）与水电站（HPP）的集成，结果表明这种混合具有诸多优势。分析了全球前20大水电站的FPV发电潜力，结果表明，当覆盖水电站流域面积的10%时，水电站的发电量可增加65%。考察了中国龙羊峡流域及其相连光伏电站的经验，并建议安装额定功率与水电站额定功率相等的FPV。将这一假设应用于全球地理潜力分析，结果表明，当覆盖现有水电站流域面积的2.4%时，水电站的发电量将增加35.9%。讨论了两种发电技术耦合的优势。
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