© Nacho Uribe Salazar

(Nacho Uribe Salazar)

架构师提供的文本描述。我们的工作开始审查干旱地区绿洲的自发表现，在干旱地区，遮荫、植被和水的正确组合会使室外环境的能耗降到最低。在航天研究实验中，封闭循环的效率是一个雄心勃勃的目标。

Text description provided by the architects. Our work starts reviewing the spontaneous performance of the oases in arid geographies, where the right combination of shade, vegetation and water refrigerates an outdoor environment with minimal power consumption.  The efficiency of closed cycles in aerospace research experiments points an ambitious target

 © Nacho Uribe Salazar

(Nacho Uribe Salazar)

在富含水的景观中，蒸发和凝结消散了高达70%的太阳辐射。与空调不同的是，空调可以冷却相邻的空间暖气，嵌入在蒸汽颗粒中的能量会迁移到大气层的上层，从而减少土壤和建筑材料的变暖。另一方面，机械激活的生态系统，作为低能量性能的活机器，就地净化水，用于植被灌溉和蒸腾。

In landscapes well stocked with water, evaporation and condensation dissipate up to 70% of solar radiation. Unlike air conditioning, which cools a space heating an adjoining one, energy embedded in vapor particles migrates to upper layers of the atmosphere, decreasing the warming of the soil and building materials. In the other hand, mechanically activated ecosystems, as living machines of low energy performance, purify water in situ, used for vegetation irrigation and transpiration.

 © Nacho Uribe Salazar

(Nacho Uribe Salazar)

目前的技术可以作为建筑设计内容对这些工艺进行优化：软件仪器对空气运动、材料辐射和温度进行建模，以便尽可能长时间地定义冷却空气的形状和材料，改善水和能源消耗与舒适性之间的关系。

Current technology can optimize these processes as a design content in architecture: software instruments model the air movement, the materials radiation and the temperatures, in order to define shapes and materials for the preservation of the cooled air as long as possible, improving the relationship between water and energy consumptions and the level of comfort.

卡萨迪科屋顶露台一直是一个很好的机会来测试这一概念。它作为一个特权的平台上的紧凑型结构，提供了一个直接接触城市天空的巨大范围。

Casadecor rooftop terrace has been a very good opportunity to test this concept. It appears as a privileged platform on the tight built fabric, offering a direct contact with the urban sky of enormous scope.

 © Nacho Uribe Salazar

(Nacho Uribe Salazar)

我们的目标是保持这一特性，而不是在国内，而是更接近一个景观，目标是建立一个大气观测站，以增强对空气和水动力学的感知。同时，我们把它转化为一种机制，展示了建筑设计的巨大潜力，将形式、蒸发和阴影结合起来，将城市热岛变成一片新鲜的绿洲。

Our goal has been to preserve this identity, not domestic at all but closer to a landscape, with the target of building an atmospheric observatory that enhances the perception of air and water dynamics. At the same, we have turned it into a mechanism that shows the enormous potential of architectural design, combining form, evaporation and shadow, to transform the urban heat island into an fresh oasis.

 © Nacho Uribe Salazar

(Nacho Uribe Salazar)

介绍了很少的元素：通过形成低云、三个充气盖来解决防晒和防雨的问题，从而完成了水的前景。它的结构非常轻，有助于突出空气的厚度和密度，能够容纳悬浮塑料板。在它们下面，汽化形成了更密集、更新鲜的空气。

Very few elements are introduced: protection from sun and rain is solved with the formation of low clouds, three inflatable covers that complete the watery foreground. Its construction is very light and serves to underscore the thickness and density of air, capable of holding suspended plastic sheeting. Under them, vaporization forms a denser and fresh air

 © Nacho Uribe Salazar

(Nacho Uribe Salazar)

另一方面，路面和瓦片屋顶上的斜坡的几何形状继续以新的表面存在，就像人造山丘一样，可以俯瞰地面。他们的功能也是尽量减少包围空间的围墙的存在。

On the other hand, the geometry of slopes in the pavement and tiled roofs continues with new surfaces, as artificial hills where to lie and look upwards. Their function is to also minimize the presence of perimeter walls that enclose the space.

 © Nacho Uribe Salazar

(Nacho Uribe Salazar)

同样地，在不同倾斜方向的镜子上印出的图像与最高的墙壁相接，在不同的尺度上增加云彩和屋顶的景观。

Likewise, printed images on mirrors with different inclinations meet the highest walls, to multiply at different scales the landscape of clouds and roofs

Architects Carolina González Vives

Location Madrid, Spain

Category Temporal Installations

Architect in Charge Carolina González Vives (Ojo de Pez Arquitectura)

Context Design exhibition Casa Decor 2015