WTAU's Bridge-Building Machine Information Monitoring System Empowers the Construction of the Tongsu-Jiaxing-Ningbo High-Speed Railway.

As a key backbone of the "eight vertical and eight horizontal" high-speed rail network in the Yangtze River Delta, the construction progress of the Tongsu-Jiaxing-Ningbo High-speed Railway has attracted much attention. Among them, the construction of continuous beams is a crucial part of the entire project due to its high precision requirements and significant safety risks. WTau's customized bridge-building machine information monitoring system for a certain bureau of China Railway has provided reliable safety assurance for the construction of continuous beams on this section of the high-speed railway through technological empowerment.

WTAU's bridge-building machine information monitoring system constructs a comprehensive construction monitoring system: For core load-bearing components such as anchor bolts and hangers, the system can collect and transmit tensile data in real time. When abnormal fluctuations occur in the data, an early warning mechanism is immediately activated to control structural safety hazards at the source. The environmental five-element monitoring module can accurately collect environmental parameters such as temperature, humidity, and wind speed in the construction area, providing data support for construction organization and scheduling, and ensuring controlled construction safety under special weather conditions. In terms of construction precision control, the system achieves refined management throughout the entire process.

Through high-definition video monitoring of key construction areas, the entire construction process is visualized and monitored. Relying on BeiDou positioning technology, the system can collect bridge-building machine construction posture data in real time, accurately monitor off-center loading, and calibrate construction parameters to ensure construction accuracy meets centimeter-level control requirements. The accompanying 3D modeling digital twin platform can virtually replicate the construction scene, achieving synchronous updates of real-time construction data and virtual models, providing technical support for construction risk prediction and construction plan optimization.

"This system has shifted the construction of continuous beams from traditional experience-based judgment to data-driven decision-making," said the project's construction manager. He added that WTAU's information-based monitoring system has effectively improved construction efficiency and safety. In major projects like the Tongsu-Jiaxing-Ningbo High-Speed Railway, the deep integration of technological innovation and construction practice has provided strong support for engineering construction under complex conditions.