获奖作品--胡安·卡洛斯一世

双刃刀

Glorieta Juan Carlos I / ESC Studio

      ESC工作室分享他们获奖的提案ArchDaily格洛列塔胡安·卡洛斯一世在西班牙重建为2009年的国际竞争。更多产品图片，建筑师描述和突破后的视频。

       计划，目前正在开发集成了目前围栏的广场到周围的城市肌理，空间返回到社区，通过创建，打破了刚性以前的配置，并建立城市之间的直接连接和心脏的公共长廊广场，同时保留现有植被的全部。

环流主要是雕刻成的方目前的水平，揭示了动态模式运行的编程活动岛屿之间通过空间，主机的孩子，老人和表现的空间，并允许访问的平方少了一步从相邻的街道。最大景观意向图

       已经产生的平方的空间规划与定制软件实现的Voronoi算法环流和活动区的空间细分成。这种互动式的应用程序允许公众谘询过程中，于2009年12月发生在穆拉，给公民的机会，积极参与，提出自己的设计思路，在设计过程中。每个用户的建议将是个人的感知的空间和他的个性化的方法，以新的设计的反射。

该计划的目的是作为一个自给自足的，碳中立的空间。通过将分散的广场上，配备了太阳能电池，照明和雾系统，将温度降低夏季的平方，同时产生的空间的正常运作所需的所有能量，在一系列的气候控制单元同时具体地提醒与环境的一个连续的妥协。

英语原文：

ESC Studio has shared with ArchDaily their winning proposal for the 2009 international competition for the redevelopment of the Glorieta Juan Carlos I in Spain. More Images, architects description and a video after the break.

The scheme, presently in development, integrates the currently fenced plaza into the surrounding urban fabric, returning the space to the community by creating a public promenade that breaks the rigidity of the previous configuration and establishes a direct connection between the city and the heart of the square, while preserving the entirety of the existing vegetation.

The main circulations are carved into the current levels of the square, revealing a dynamic pattern that runs through the space among the programmed activity islands that host children, elderly and performance spaces, and allowing a step less aess to the square from the adjacent streets. 最大景观意向图

The space planning of the square has been generated with custom software that implements a Voronoi algorithm to subdivide the space into circulations and activity areas. This interactive application allowed for a public consultation process that took place in Mula in December 2009, and gave the citizens the opportunity to actively participate in the design process by proposing their own design ideas. Each of the user’s proposals will be the reflection of the individual’s perception of the space and his personal approach to the new design.

The scheme is designed as a self-sufficient, carbon neutral space. A series of climate control units will be scattered through the square, equipped with PV cells, lighting and fog systems that will lower the temperature of the square in Summer, while producing all the energy required for the normal functioning of the space, being at the same time a physical reminder of a continuous compromise with the environment.