全球能源景观--以巴塔哥尼亚新区为例的基础设施演变过程

Global Energy Landscapes——Evolutionary Process of Infrastructures with the Case Study in New Territories of the Patagonia

海洋占地球表面积的71%,是产生地表能源潜力最大的区域之一。方案基于此将潮汐能源的利用作为一个模式进行设计。设计选址位于世界上著名的自然保护区之一的巴塔哥尼亚地区内的里奥加耶戈斯河口,这也是世界上潮汐变化最大的海岸之一。尝试将景观理解为整体系统和网络中一个可供人们进入并建设的平台。在以持续消费和工业生产为代表的大都市时代,基础设施被赋予了新的可利用程度和复杂性,需要承担起连通人类和自然环境的作用。出于这样的理解,方案将自然基底作为可建设用地。建筑设计师眼中最强有力的策略是在一个大区域尺度的项目中引入小巧的建筑结构模式并连接各结构形成网络,以实现这些新基础设施的落地实施。

The sea represents 71%of the Planet surface and one of the greatest potential of energy generation.This is why the authors take as a model the development of tidal energy,in one of the highest tidal range coasts in the world,Rio Gallegos estuary,located in one of the greatest natural reserves,the Patagonia.The project proposes to understand the landscape as an operative platform of systems and networks that allow human existence.In the era of megalopolis,of the continuous consumption and industrial state,the infrastructures acquire a new degree of visibility and complexity;being responsible for connecting human and environmental spheres.It is through this understanding that the authors intend to develop a proposal that uses the landscape as operative land.As architects,the authors'strongest strategy was to introduce minimal components in a territorial scale project,forming networks in order to achieve the domestication of these new infrastructures.