杜灿阳1，张兆波1，刘  丹2，朱晓斌3

（1. 广东粤海珠三角供水有限公司，广东 广州 510000；

2. 上海勘测设计研究院有限公司，上海 200335；

3. 水利部水利水电规划设计总院，北京 100120）

　　摘  要：针对水利工程行业数字化、信息化、智慧化水平较低，生产管理手段较落后问题，基于珠三角水资源配置工程探索研究施工阶段BIM技术的集成应用。以BIM技术为基础，结合其他数字化与信息技术，搭建基于BIM技术的多维度数据管理支撑平台，从态势分析与辅助决策（进度、质量、安全、资金）、基于BIM+GIS的专题应用（盾构机与TBM设备状态跟踪与高效运行可视化应用场景、地下工程与地面设施影响监控保障可视化应用场景、地面场景720全景图像虚拟现实呈现、VR/AR培训体验）两大方面为切入点进行深度应用，将BIM+GIS模型与工程建设管理要素相结合，实现精确、可视化的工程管理，提高工程管理的精细化程度和业务决策效率。这一应用经验也标志着数字化技术正颠覆着原先的传统工程建管模式，积极推动数字化转型。

　　关键词：BIM；水利工程；水资源配置；信息技术；集成应用；珠三角工程

Integrated application of BIM in water resources allocation project of Pearl River Dlta

DU Canyang1，ZHANG Zhaobo1，LIU Dan2，ZHU Xiaobin3

(1. Guangdong Gdh Pearl River Delta Water Supply Co., Ltd., Guangzhou 510000, China;

2.Shanghai Investigation, Design & Research Institute Co., Ltd., Shanghai 200335, China;

3. General Institute of Water Resources and Hydropower Planning and Design, the Ministry of Water Resources, Beijing 100120, China)

　　Abstract：Aiming at the problems of low level of digitization, informatization and intelligence and backward production and management means in water conservancy industry, the integrated application of BIM in the construction stage is explored and studied based on water resources allocation project of Pearl River Delta. Combined with other digital technology and information technology, a multi-dimensional data management support platform is built based on BIM. In-deep application is carried out from two aspects of situation analysis and auxiliary decision-making (progress, quality, safety and funds), and BIM+GIS based on thematic application (visualization application scenarios for state tracking and efficient operation of shield tunneling machine and TBM equipment, visualization application scenarios for impact monitoring and guarantee of underground engineering and surface facilities, ground scenarios for panoramic picture of 720 virtual reality presentation, VR / AR training experience). BIM+GIS model combines with engineering construction management elements, which can realize accurate and visual engineering management, and improves the delicacy of project management and the efficiency of business decision-making. This application experience also marks that digital technology is subverting the original traditional mode of project construction and management, and actively promoting digital transformation.

　　Key words：BIM; water conservancy project; water resources allocation; information technologies;  integrated application; the Pearl River Delta project