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由水力发电的监狱漂浮在海面上产生可更新能源 建筑师：Margot Krasojevic 位置：加拿大海岸线附近的太平洋上 建筑师Margot Krasojevic设计了一座由水力发电的瀑布式监狱，这既是一座具有可持续发展性的监狱，也是一座水电站，漂浮在海面上可以产生可更新能源。这座钢筋混凝土结构的监狱位于加拿大海岸线附近的太平洋上，漂浮在一个底端固定在海床上的平台上。深海水通过大泵抽上来，通过cantilevered表面的喷嘴喷出来，继而经过下面一系列的Tyson涡轮机，就可以发电；最后再通过地下水电缆可以将电能输送到大陆上。
Architect Margot Krasojevic’s Hydroelectric Waterfall Prison is a sustainable prison that doubles as a hydroelectric power station. Designed for a site in the Pacific Ocean close to the Canadian coastline， the concrete and steel structure floats upon a tension-leg platform tethered to the seabed. Deep ocean water is pumped up into the main structure and distributed through nozzles in the cantilevered surface， which direct water onto a series of Tyson turbines below to generate electricity. Underwater cables then run the electrical power to the mainland.
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本主题需向作者支付 2 元RMB 才能浏览 购买主题 由水力发电的监狱漂浮在海面上产生可更新能源 建筑师：Margot Krasojevic 位置：加拿大海岸线附近的太平洋上 建筑师Margot Krasojevic设计了一座由水力发电的瀑布式监狱，这既是一座具有可持续发展性的监狱，也是一座水电站，漂浮在海面上可以产生可更新能源。这座钢筋混凝土结构的监狱位于加拿大海岸线附近的太平洋上，漂浮在一个底端固定在海床上的平台上。深海水通过大泵抽上来，通过cantilevered表面的喷嘴喷出来，继而经过下面一系列的Tyson涡轮机，就可以发电；最后再通过地下水电缆可以将电能输送到大陆上。
Architect Margot Krasojevic’s Hydroelectric Waterfall Prison is a sustainable prison that doubles as a hydroelectric power station. Designed for a site in the Pacific Ocean close to the Canadian coastline， the concrete and steel structure floats upon a tension-leg platform tethered to the seabed. Deep ocean water is pumped up into the main structure and distributed through nozzles in the cantilevered surface， which direct water onto a series of Tyson turbines below to generate electricity. Underwater cables then run the electrical power to the mainland.
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