智能泵站机组监测平台的设计与数字孪生技术应用OA

In response to the strategic requirement of building comprehensive,digitalized networked,and intelligent management capabilities for all elements and processes of water conservancy projects,a digital twin status monitoring platform for pump station units based on the theoretical framework of a five-dimensional digital twin model was developed,combined with the LabVIEW platform and various sensor hardware and software technologies.This platform integrated online monitoring,fault warning,flow state visualization,and operating status identification.This research focused on key technologies such as data foundation construction,model library development,and visualization interaction.The data foundation ensured comprehensive perception of the pump station unit's operational status by in-tegrating various sensor data.The standardized and modular model library enabled modeling and real-time updating of operating conditions,providing accurate mapping for the platform.Driven by data,the digital twin continuously mapped the internal flow state and operating conditions of the actual pump sta-tion unit in real-time,accurately reflecting dynamic changes in the pump station.Applied to the Huai'an Three Station,the platform demonstrated excellent performance in practical operation.The user in-terface design is simple and intuitive,with strong interactivity,enabling accurate simulation of the pump station unit's real operational status and achieving precise reproduction of various operating con-ditions of the pump station.