多用途，创新“森林生态”办公和住宅

VCA（Vincent Callebaut architectures）提出了 "Archiborescence"，一个位于法国Lilles的新的城市生态系统。

"Archiborescence "这个名字是一个新词--将建筑和树栖相结合--表达了团队的建筑理念："将城市转化为生态系统，将社区转化为森林，将建筑转化为居住的树木"。

这个多用途的作品将成为办公室和住宅的所在地，并从当地的生物仿生遗产 "les anciens marais vauban-esquermes "或 "vauban-esquermes的古老沼泽 "中获得灵感，这个生态系统通过光合作用产生自己的能量，不排放任何污染，并将所有废物转化为资源。

vincent callebaut architectures (VCA) proposes ‘archiborescence,’ a new urban ecosystem in lilles, france. taking its name as a neologism — combining architecture and arborescence — the name expresses the team’s architectural thesis of ‘transforming the city into an ecosystem, neighborhoods into forests and buildings into inhabited trees’. the multipurpose work will host offices and residences and takes inspiration from the local bio-mimetic heritage, ‘les anciens marais vauban-esquermes’ or the ‘ancient marshes of vauban-esquermes.’ this ecosystem produces its own energy by photosynthesis, emitted no pollution, and transformed all its waste into resources.

受天然沼泽的影响，Vincent Callebaut architectures的 "Archiborescence "试图引入一个具有强烈绿色和水生特征的实木区域。该区域建议唤起人们对这一生态系统的记忆及其积极的生物多样性。

设计团队的目标是在里尔的城市环境中提供绿色和蓝色的地标。通过动态热模拟(DTS)，实现了生物基材料的性能，以及生物气候设计选择和可再生能源的集成。

influenced by natural marshes, vincent callebaut architectures’ ‘archiborescence’ seeks to introduce a district in solid wood with a strong green and aquatic character. the area proposes to recall the memory of this ecosystem and its positive biodiversity. the design team aims to offer lille both a green and blue landmark within its urban context. with its dynamic thermal simulation (DTS), the performance of the bio-based materials implemented, as well as the bioclimatic design choices and the integration of renewable energies.

vincent callebaut建筑事务所试图通过中性的碳足迹来实现其“归档”。即使在可再生能源产量较低的阶段，该地区生产的能源也将超过其日常消耗的能源。该团队计划开发在办公室和家庭之间交换能量流的低技术。

正如动态热模拟(DTS)所证明的那样，这两个项目的能源需求能够满足典型的一天的需求——办公室在一天结束时积累的能量在夜晚被住宅回收。

vincent callebaut architectures seeks to realize its ‘archiborescence’ with a neutral carbon footprint. the area will produce more energy than it consumes on a regular basis, even during phases of low renewable energy production. the team plans to develop low technology for exchanging energy flow between offices and homes. as demonstrated by the dynamic thermal simulation (DTS), the energy requirements of these two programs makes it possible to cover the needs across a typical day — the energy accumulated in offices at the end of the day being recycled during the night in residences.

vincent callebaut建筑事务所在设计其“档案”时，通过五个支柱致力于建设一个低碳城市。城市将包括一个渗透性的城市设计，使每个人都能进入该地区，并将其转变为一个目的地。

多功能编程将由具有不同身份和高质量实践的体系结构主导。改造和重建的区域将主要由交叉层压木材建造。该项目将被定义为树状建筑，是对生物多样性的颂歌。被动式建筑将与可再生能源相结合，以实现自给自足。

designing its ‘archiborescence,’ vincent callebaut architectures works toward a low-carbon city through five pillars. the city will comprise a permeable urban design to make the district accessible to everyone and transform it into a destination. multifunctional programming will be led by architectures with distinct identities and high-quality practices. the renovated and reconstructed district will be constructed primarily of cross-laminated timber. the project will be defined by arborescent architecture, an ode to biodiversity. passive buildings will be allied with renewable energies, aiming toward self-sufficiency.

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轴测分析图

建筑师：文森特-卡勒布特建筑事务所 VCA（Vincent Callebaut architectures）

地点：法国

面积：14465平方米