Bim 技术在光伏场区支架排布优化与施工进度协同管理中的应用

Key Points

• The study aims to optimize the layout of photovoltaic support frames and manage construction schedules using BIM technology.
• Analyzed a large photovoltaic project located at high altitude (4000-4200m).
• Developed a BIM-based integrated scheme combining data-driven approach, 3D collaboration, and dynamic simulation.
• Implemented technologies for precise layout, optimized unit configuration, automated engineering quantity statistics, and visualized construction progress.
• The use of BIM improved design quality and construction efficiency.
• Cost control was enhanced through the automated framework.
• Provided a replicable model for similar photovoltaic projects.