Design of pumping station lifecycle management system based on digital twin
基于数字孪生的泵站全生命周期管理系统设计

摘要

传统泵站管理模式在信息孤岛、运维效率低、全生命周期可视化不足等方面存在显著局限。数字孪生技术的兴起为泵站管理系统带来了转型契机。本文以数字孪生为核心，构建涵盖设计、施工、运维、改造等阶段的泵站全生命周期管理系统。系统集成三维建模、实时监控、预测性维护、虚实同步等功能，实现数据驱动的管理模式转变。该系统可有效提升设备管理智能化水平与运行安全性，促进泵站运维决策科学化。通过实际场景测试，验证了系统在工程全周期中的实用性与可拓展性，为智慧水利建设提供了理论基础与技术支撑。

Abstract

The traditional pumping station management model has significant limitations, such as information silos, low operation and maintenance efficiency, and insufficient lifecycle visualization. The rise of digital twin technology has brought a transformation opportunity for pumping station management systems. With digital twin as the core, this paper constructs a pumping station lifecycle management system covering the stages of design, construction, operation and maintenance, and renovation. The system integrates functions including 3D modeling, real-time monitoring, predictive maintenance, and virtual-real synchronization, realizing the transformation of a data-driven management model. This system can effectively improve the intelligence level of equipment management and operational safety, and promote the scientificization of pumping station operation and maintenance decisions. Through testing in actual scenarios, the practicality and scalability of the system in the entire engineering cycle are verified, providing a theoretical basis and technical support for the construction of smart water conservancy.