​IAPA新作|光启明日：沙漠人居的创新实践

简介 

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 Introduction

当迪拜塔刺破热浪，阿联酋正书写文明新篇。

BENEATH THE ARABIAN SKY, A NEW CHAPTER UNFOLDS.

这片曾孕育贝都因游牧传奇的土地，如今在50℃高温与突发洪水的双重挑战下，探索一条“传统智慧+现代技术”的可持续路径。2024未来之家国际竞赛（由BUILDNER

建筑竞赛组织者

主办）面向全球征集方案，旨在将沙漠生存经验转化为可复制的生态居住模型——让建筑既承载文化记忆，又能应对气候危机。

Once defined by nomadic traditions, the UAE now explores sustainable pathways amid 50°C heatwaves and flash floods. The 2024 Future Home International Competition(

Buildner Architecture Competition Organisers

) invites global proposals to transform desert survival wisdom into replicable eco-habitats—where architecture preserves cultural identity while combating climate crises.

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Residential view 居住空间视角 

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Urban Planning 规划图 

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设计理念 

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 General Design Description

本方案聚焦沙漠气候适应性设计，融合地域传统经验与现代技术：优化通风结构实现被动降温，利用庭院水景增强蒸发散热效果，结合预制模块化墙体提升建造效率——450㎡标准化单元灵活组合，满足独栋至多代同堂多元需求；地下循环水系统串联蓝绿空间，高温下维持室内舒适温度，激活传统经验现代生命力。

Focusing on desert climate adaptation, this proposal integrates regional traditional experience with modern technology: optimizing ventilation structures enables passive cooling, courtyard water features enhance evaporative cooling effects, and prefabricated rammed earth modules (450㎡ units) allow flexible configurations. Meanwhile, underground water networks sustain comfortable indoor temperatures in high heat, activating the modern vitality of traditional experience.

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Central Courtyard 中央庭院

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Majlis 会客厅

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技术亮点 

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 Key Innovations

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生态降温系统：整合通风结构优化、地下循环水网络与光伏薄膜技术，实现全年大部分时段自然降温；

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低碳建造体系：3D打印夯土模块，抗压强度高，施工周期短，垃圾排放少；

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智能能源管理：AI系统联动光伏穹顶与储能陶罐，提升能源自给能力；

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生态缓冲网络：12米宽蓝绿空间串联社区，有效缓解社区内涝，降低区域热岛效应。

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Eco-Cooling System: Combines optimized ventilation, subsurface water circulation, and photovoltaic films to enhance natural cooling;

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Low-Carbon Construction: 3D-printed rammed earth modules (high compressive strength) shorten construction time and reduce waste

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Smart Energy:AI system integrates solar domes and storage pots to improve energy self-sufficiency

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Flood Mitigation: 12m-wide green corridors mitigate urban flooding and reduce regional heat island effect

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Master bedroom 主卧套房

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▲ Second-floor corridor 二楼廊道

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Swimming pool & DINNING ROOM 游泳池及餐厅

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建造革新 

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 Construction Breakthroughs

应用BIM+AR协同建造系统，施工精度高，装配效率显著提升；模块化设计减少构件浪费，降低建筑垃圾产生。相变涂料通过被动调温技术降低空调能耗。

BIM+AR system ensures high construction precision and significantly improves assembly efficiency; modular design reduces component waste and construction debris. Phase-change coatings regulate temperature passively to lower air conditioning energy use.

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Living room 客厅

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Living courtyard 生活庭院

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LOBBY/Access control 大堂/门禁系统

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Entrance courtyard & majlis 入口庭院与会客厅

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原标题：NOOR AL-GHAD COMMUNITY—"WHERE LIGHT MEETS TOMORROW"

（本案为概念方案，版权和技术参数归IAPA Design设计团队2025）