城市建筑2026，Vol.23Issue(6)：190-193,4.DOI:10.19892/j.cnki.csjz.2026.06.47
低空应用场景视角下基础设施工程全生命周期管理研究
Study on the Whole Life Cycle Management of Infrastructure Projects in Low-Altitude Application Scenarios:A Case of Guangdong Water Resources Allocation Project in Beibu Gulf
摘要
Abstract
Taking Guangdong Water Resources Allocation Project in Beibu Gulf as an example,the paper proposes to integrate low-altitude application technology into the whole life cycle management of the project.By establishing a continuous data flow across surveying,design,construction,and operation,the technology enhances efficiency and risk control.It also strengthens public awareness and social trust through visualized information and real-time monitoring.The research demonstrates that a model built on infrastructure as the carrier and whole-process collaboration as the pathway effectively shifts the low-altitude economy from"scene adaptation"to"system embedding".This offers a practical operational framework for integrating the low-altitude economy with major engineering projects.As a key national water network initiative and one of 150 national major water conservation projects,Guangdong Water Resources Allocation Project in Beibu Gulf has pioneered the standardized use of low-altitude technology in complex linear projects,achieving integrated data collaboration,intelligent inspection,and public visual communication in western Guangdong.It provides a replicable model for institutionalizing and scaling low-altitude applications in infrastructure projects.关键词
低空应用场景/基础设施/全生命周期管理/环北部湾广东水资源配置工程/管-降-产-用分类
建筑与水利引用本文复制引用
陈彦,王振,王晢宇,方舟..低空应用场景视角下基础设施工程全生命周期管理研究[J].城市建筑,2026,23(6):190-193,4.基金项目
国家自然科学基金面上项目"城市街区绿色基础设施的空间模式与微气候、雨洪过程的联动影响机理研究"(52078229) （52078229）
光影交互服务技术文化和旅游部重点实验室开放课题"基于多模态感知和交互叙事的古建数字复原研究"(2025GY01) （2025GY01）
