Advances in Constructional Engineering

The construction of super high-rise buildings heavily relies on vertical transportation systems, where operational efficiency directly impacts project timelines and cost control. To address challenges such as improper equipment allocation, complex transport route organization, and uneven resource distribution, this study proposes optimization strategies through systematic analysis of construction elevator layout, zoning management of transport corridors, and application of information-based scheduling systems. By implementing intelligent scheduling and real-time monitoring, the research demonstrates how to achieve efficient utilization of transport equipment while maintaining synchronized construction rhythms. The findings indicate that rational optimization of vertical transportation systems not only enhances operational efficiency but also reduces construction delays and safety risks, providing robust support for super high-rise building projects.

Super high-rise buildings; Vertical transportation; Construction elevators; Scheduling optimization; Efficiency improvement