人民黄河2026，Vol.48Issue(6)：136-139,148,5.DOI:10.3969/j.issn.1000-1379.2026.06.020
数字孪生驱动的水利工程维修养护经费智能算审技术研究
Research on Intelligent Calculation and Dynamic Audit Technology for Maintenance and Repair Funds of Water Conservancy Project Driven by Digital Twins
摘要
Abstract
In order to solve the problems of low efficiency,large error and difficult audit of traditional water conservancy project maintenance and repair funds calculation,this study introduced digital twin technology,and constructed an intelligent calculation model based on the product matrix of project quantities,quota standards and adjustment coefficients.The model collected the basic engineering data through the digital twin platform,constructed the rule base according to the calculation standard,realized the automatic matching of the adjustment coeffi-cient,and used matrix operations to improve the calculation efficiency.At the same time,a set of multi-dimensional dynamic audit mecha-nism was designed,which integrated state perception,spatial feature review,business rule verification and blockchain certificate deposit technology to realize multi-level and whole-process audit of fund declaration data.The budget management system for water conservancy pro-ject maintenance funds,developed based on the above model and mechanism,was put into use in 79 water management units of the Yellow River Conservancy Commission.It increased the work efficiency of multi-level manual filling,review and summary by three times.The calcu-lation results were verified to be accurate and reliable,achieving a two-way breakthrough in speed and accuracy,and providing a scalable digital application solution for quota-based fund management in the water conservancy industry.关键词
维修养护经费/智能测算/定额测算/动态审核/数字孪生Key words
maintenance and repair funds/intelligent calculation/quota calculation/dynamic audit/digital twin分类
信息技术与安全科学引用本文复制引用
刘可,陈济民,陈卓,齐予海,孙昌朴,刘青昊..数字孪生驱动的水利工程维修养护经费智能算审技术研究[J].人民黄河,2026,48(6):136-139,148,5.基金项目
国家重点研发计划项目(2023YFC3209201) （2023YFC3209201）
中国保护黄河基金会公益资助项目(CYRF2025-ZZ007) （CYRF2025-ZZ007）
