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凭借其深思熟虑的城市设计，天际线定义的形式，以及对可持续发展的关注，Sequis塔是印尼新兴首都的新典范。

“Sequis塔的设计从一个简单的直线形开始，我们把它变成了一系列的束状，并调整它们的高度，以创造景观露台，”KPF设计负责人Robert Whitlock，FAIA说。”我们用榕树作为塔楼的隐喻，作为一系列细微尺度的元素有机地上升。”

该塔楼由四根捆绑和偏转的 “超级管 “组成，相互嵌套和偏移。这种形式不仅创造了视觉上的趣味性，还产生了一系列的楼板，从而形成了独特的办公类型，并在活跃的地震区提供了更大的结构稳定性。

在塔楼的顶部，管子的高度不同，形成了多个俯瞰城市的宏伟空中花园，而在裙楼，它们向外延伸，以支持更大的办公楼层，并增加了场地的人行孔隙。

The tower consists of four bundled and deflected “super-tubes,” nested and offset from one another. This formation not only creates visual interest; it also generates a range of floorplates resulting in unique office types and provides greater structural stability in an active seismic zone. At the top of the tower, the tubes vary in height to form multiple grand sky-gardens overlooking the city, while at the podium, they extend outward to support larger office floors and increase pedestrian porosity through the site.

平面图

对环境和场地限制的仔细分析，以及优化效率和性能的目标，推动了该建筑的设计策略。

雅加达的标准规划模式是以交通和停车为主导的人行道连接，与此不同的是，该塔楼的设计强调了地面行人体验的重要性。

通过将现场交通循环拉到地面以下，并提升停车位，该设计释放了地面的绿色区域和行人活动。

墙体设计图

悬架在地面的人行道上，一个悬空的裙楼在塔楼底部创造了一个更有吸引力的体验，并形成了一个户外公共房间，免受赤道强烈的阳光和季节性雨水的影响。

裙楼的屋顶还与内部公共空间相连，形成一个高架公园，扩大了公共、城市领域。”该建筑为该区设想了一个新的城市战略，”KPF设计负责人AIA Jeffrey Kenoff说。

“在地面上，该项目将目前分离的相邻街区重新整合成一条蜿蜒的行人连接带。在其体量上，四个捆绑的管子的变形不仅产生了结构意义，而且增加了整个塔楼的编程机会，允许大的楼板与公共设施在底部和天空花园向顶部。

塔墙的翅片密度随着塔身的上升而独特地增加，在减少太阳能热获得的同时，还能欣赏到美景。”

Cantilevered over the pedestrian path at grade, a hovering podium creates a more engaging experience at the tower’s base and forms an outdoor public room shielded from the intense equatorial sun and seasonal rain. The roof of the podium also connects to inner public spaces to form an elevated park that expands the public, urban realm. “The building envisions a new urban strategy for the district,” said Jeffrey Kenoff, AIA, KPF Design Principal. “At the ground, the project reunites the currently separated adjacent blocks into a sinuous strip of pedestrian connectivity. In its massing, the distortion of the four bundled tubes yields not only a structural significance but also increases programming opportunities throughout the tower, allowing for large floor plates with public amenities at the base and sky gardens toward the top. The tower wall has a fin density which uniquely increases as it rises, allowing for views while reducing the solar heat gain.”

Sequis大厦整合了多种可持续发展设计策略，性能比LEED基线高出36%。高效率的建筑系统，加上塔楼外立面的渐变式翅片阵列，通过最大限度地减少消耗和解决太阳辐射问题，创造了一个节能的塔楼，同时在建筑中使用的当地采购和回收材料减少了塔楼中的能源消耗。

Sequis Tower integrates a variety of sustainable design strategies to perform 36% better than the LEED baseline. High-efficiency building systems, coupled with a gradated array of fins on the tower’s facade, create an energy-efficient tower by minimizing consumption and addressing solar radiation, while locally-sourced and recycled materials used in construction reduce the amount of embedded energy in the tower.

“这座塔楼最大的优势之一就是它对环境的反应能力，我们很高兴该建筑是印尼首批LEED铂金认证项目之一，”KPF执行董事、AIA Peter Gross说。”这体现了KPF对全球可持续发展的承诺。”

“One of the tower’s greatest strengths is its environmental responsiveness, and we’re very pleased that the building is one of the first LEED Platinum-certified projects in Indonesia,” said Peter Gross, AIA, KPF Managing Principal. “This is reflective of KPF’s commitment to sustainable development throughout the world.”

设计理念图

空间组成分析图

结构分析图

区位图

剖面图

墙体细部分析图

绿色宜居设计分析图

设计单位：KPF建筑事务所

地点：印尼

建筑年份：2019

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