Against the backdrop of increasing complexity and meteorological uncertainty in the operation of regional water conservancy projects

improving scheduling accuracy and response efficiency has become a key focus of governance. The study takes the Mengcheng section of the Guohe River as the object

and builds an intelligent management system based on an information platform. The system integrates sensing devices

analysis models

and remote control technology

reconstructs scheduling logic and business processes

and achieves automatic water level and flow monitoring

intelligent scheduling response

and collaborative risk management through technical deployment and operation mechanism optimization. The pilot data shows that this management model has good performance in terms of real-time information

scheduling accuracy

and system stability

effectively supporting the modernization of regional water conservancy governance capabilities.