A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
POWER GENERATION METHOD UTILIZING SEA WATER AREA RESERVOIR AND FACILITY CONSTRUCTION STRUCTURE UTILIZING OTHER MATTER
PROBLEM TO BE SOLVED: To provide a method for constantly introducing sea water used for a power source for power generation in the sea to a high land.SOLUTION: Jetty which uses a sawtooth-shaped coast and is opened to the seaside along its bay with a constant angle is constructed, such a jetty construction length as to secure a plurality of points doubling a wave height is determined, and the jetty is constructed along a land coast. The sew water intake structure is a W type jetty construction structure, one of the W type jetty is such a construction structure as to rise the sea water from a suppression type refrigerator body introduction port of a V shaped jetty 1 to a sea water rise limit height, on other hand, even when the sea wave height is small or even large, the structure can be such a dam water storage water area construction structure to which the sea water can be introduced, when the height is large, the structure makes the sea water freely intrude and overflows the sea water from a discharge port of 45 m, and guides the stored sea water from a tower exhaust port for power generation to an open channel and discharges the sea water to the sea through a power generation device.SELECTED DRAWING: Figure 1
【課題】海洋における発電のための動力源となる海洋水を高い陸地に常時導入出来る方法を提供する。【解決手段】リアス式沿岸を利用しその湾内に沿うように突堤を海側へ一定の角度で開いた突堤を構築し波高さの倍加するポイントを複数確保できる突堤構築長を決定し、陸地沿岸沿いに突堤を構築する。海洋水取り入れをＷ型突堤構築構造としＷ型突堤のー方はＶ字状突堤１から抑制タイプ躯体導入口から海洋水上昇限界高さ迄上昇出来る構築構造とし、ー方、海洋波高さが小さい場合又は大きい場合でも海洋水を導入出来るダム貯水水域構築構造とし、大きい場合は自由に侵入させ４５ｍの排水口をオーバーフローさせ貯水した海洋水は発電用タワー排水口から開水路へ導き発電装置を経て海洋へ排出する。【選択図】図１
POWER GENERATION METHOD UTILIZING SEA WATER AREA RESERVOIR AND FACILITY CONSTRUCTION STRUCTURE UTILIZING OTHER MATTER
PROBLEM TO BE SOLVED: To provide a method for constantly introducing sea water used for a power source for power generation in the sea to a high land.SOLUTION: Jetty which uses a sawtooth-shaped coast and is opened to the seaside along its bay with a constant angle is constructed, such a jetty construction length as to secure a plurality of points doubling a wave height is determined, and the jetty is constructed along a land coast. The sew water intake structure is a W type jetty construction structure, one of the W type jetty is such a construction structure as to rise the sea water from a suppression type refrigerator body introduction port of a V shaped jetty 1 to a sea water rise limit height, on other hand, even when the sea wave height is small or even large, the structure can be such a dam water storage water area construction structure to which the sea water can be introduced, when the height is large, the structure makes the sea water freely intrude and overflows the sea water from a discharge port of 45 m, and guides the stored sea water from a tower exhaust port for power generation to an open channel and discharges the sea water to the sea through a power generation device.SELECTED DRAWING: Figure 1
【課題】海洋における発電のための動力源となる海洋水を高い陸地に常時導入出来る方法を提供する。【解決手段】リアス式沿岸を利用しその湾内に沿うように突堤を海側へ一定の角度で開いた突堤を構築し波高さの倍加するポイントを複数確保できる突堤構築長を決定し、陸地沿岸沿いに突堤を構築する。海洋水取り入れをＷ型突堤構築構造としＷ型突堤のー方はＶ字状突堤１から抑制タイプ躯体導入口から海洋水上昇限界高さ迄上昇出来る構築構造とし、ー方、海洋波高さが小さい場合又は大きい場合でも海洋水を導入出来るダム貯水水域構築構造とし、大きい場合は自由に侵入させ４５ｍの排水口をオーバーフローさせ貯水した海洋水は発電用タワー排水口から開水路へ導き発電装置を経て海洋へ排出する。【選択図】図１
POWER GENERATION METHOD UTILIZING SEA WATER AREA RESERVOIR AND FACILITY CONSTRUCTION STRUCTURE UTILIZING OTHER MATTER
海洋水域貯水池利用発電方式及び他種目利用施設構築構造
ISHII KAZUE (author)
2018-04-26
Patent
Electronic Resource
Japanese
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