“Digital Slope” Solution
“Digital Slope” Solution: As an integrated digital construction management platform developed for high slope excavation and support construction, the platform is underlain by the BIM technology to comprehensively manage survey and design information; manage dynamic information such as geological cataloging, measurement data, and safety monitoring data, so as to provide all construction participants with a tool that manages, shares and analyzes the construction progress, quality and safety information.
Product mix
Connected by the Internet, smart phones are becoming an economical and reliable terminal device for data collection and receipt on construction sites.
Comprehensive acquisition/intelligent analysis/decision making
Equipped with the leading application of BIM+ safety monitoring, the system provides full-lifecycle management for monitoring devices, categorizes monitoring devices and instrument burying ledger , provides mobile patrol APP, automatically analyzes safety monitoring data and generates an evaluation report.
Automatic data collection, real and timely statistics
Monitor grouting quality, master dynamic situation, and send alert for abnormality. Grouting result organization, compatible with market instruments, immediately display of completion outcomes. Special quality analysis, instruction combined with practice, supporting management decision-making.
Program value
Aimed at resolving the industrial challenges such as difficult construction layout and unstable slope, the platform can effectively accelerate the excavation, coordinate with the order of excavation and supporting, and ensure project quality and the stable operation of hydropower projects.
- The excavation and supporting of slopes in geologically poor conditions has been a challenge requiring solutions in the hydropower industry for a long time, which, if not properly addressed, will impact project quality, implementation and operation.
- It can run analysis and predict possible changes and critical conditions according to the geo-technical structure of the project area. It can predict possible destruction modes according to surrounding environment, engineering and other factors; compute and analyze various parameters of rocks according to physical mechanics knowledge. Combining theories with practice, it can predict possible dangers so as to arrange safety monitoring and preventive measures in advance.
Technical advantages
