摘要
依据煤化工企业水资源监控与优化信息物理系统"厚平台、薄应用"的设计思路,搭建了基于"云、网、端"的煤化工水资源使用与优化信息物理系统总体架构,阐述了该系统采用优化水夹点、数学规划和实时信息处理、大数据分析等技术的创新点,为煤化工企业水资源监控与优化管理提供高效计算、泛在接入、智能操作的跨地域的水资源使用提供服务,降低新鲜水消耗和废水的产生,提高效益。
Overall architecture based on thick platform and thin application that included ＂cloud, net, end＂ was founded by optimizing and monitoring Cyber-Physical System of water resources in coal chemical enterprises. Innovation point including optimization of water pinch technology, mathematical programming and real time information processing, big data analysis and other techniques were elaborated. Optimizing and monitoring services was supplied to coal chemical enterprises by efficient computing, ubiquitous access, intelligent operation cross-regional using of cross regional water resources, fresh water consumption and wastewater were reduced, and economic performance was improved.
出处
《信息技术与标准化》
2016年第11期26-30,共5页
Information Technology & Standardization
基金
国家高技术研究发展计划(863计划)面向过程智能化的多态无线监控技术与系统研制
课题编号:2014AA041801
关键词
煤化工
水资源
监测
优化
水夹
点线性规划
信息物理系统
coal chemical industry
water resources
monitoring
optimizing
water pinch technology
linear programming
CPS
