日本船舶海洋工学会論文集
初期検討・FS に資する海洋再生可能エネルギー資源量推定
-波浪・海流・潮流・温度差発電エネルギーポテンシャル-
早稲田 卓爾Adrean Webb清松 啓司藤本 航宮澤 泰正Sergey Varlamov堀内 一敏藤原 敏文谷口 友基松田 和宏吉川 潤
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23 巻 (2016) p. 189-198

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Resource assessment is an essential step in the reconnaissance to feasibility study stages of marine renewable energy development. However, minimization of uncertainties associated with the estimation requires that data be provided at a sufficiently high resolution and duration long enough to include effects of climate variation. This paper describes a recently completed dataset of wave power, ocean and tidal current power, and ocean temperature power. The estimate is based on a 21-year hindcast of waves at a 1 km resolution along the coast of Japan and a 10-year hindcast of ocean and tidal current at a 3 km resolution around Japan. Power is estimated as a long-time mean at various scales and uncertainties are quantified as well.

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© 2016 社団法人 日本船舶海洋工学会
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