鹤壁市关于“基于数字孪生的工业园区水资源智慧配置系统”的构建研究

A Research on the Construction of “An Intelligent Water Resource Allocation System for Industrial Parks Based on Digital Twin” of Hebi City

摘要: 为解决中原城市工业发展与水资源短缺之间的矛盾，本文构建了基于数字孪生的工业园区水资源智慧配置系统。该系统通过数据采集层、数据孪生层、模型仿真层与应用服务层的四层架构，形成“监测–模拟–优化–调控”一体化智能闭环系统。该系统的核心在于建立虚实交互的水资源数字孪生体，集成多源数据融合、智能分析模型与动态决策引擎，实现从全局视角对鹤壁市工业园区水资源的精准感知、动态模拟与协同优化。经研究表明，该系统可为水资源高效配置、应急调度与可持续管理提供科学支撑，对推动类似工业城市的水资源集约化利用具有示范意义。

Abstract: To address the contradiction between industrial development and water resource shortage in Central Plains cities, this paper constructs an intelligent water resource allocation system for industrial zones based on digital twins. This system forms an integrated intelligent closed-loop system of “monitoring-simulation-optimization-regulation” through a four-layer architecture of data acquisition layer, data twin layer, model simulation layer and application service layer. The core of this system lies in establishing a virtual and real interactive digital twin of water resources, integrating multi-source data fusion, intelligent analysis models and dynamic decision-making engines, to achieve precise perception, dynamic simulation and collaborative optimization of water resources in the industrial zone of Hebi City from a global view. Research shows that this system can provide scientific support for the efficient allocation, emergency dispatch and sustainable management of water resources, and has a demonstration significance for promoting the intensive utilization of water resources in similar industrial cities.