摘要
能源管控系统存在生产组织层级多、系统架构离散、管控依靠经验等诸多问题,难以面对钢铁工业智能制造的目标。能源管控系统应按流程工业智能制造的范式构建自身的人-信息-物理融合系统(HCPS),学习生产工艺智能优化和生产全流程整体智能优化的技术思维,借鉴能源互联网的供需互动理念,部署与企业整体协同的IT架构。在此基础上,从生产管理模式变革、系统的数字化组建、优化控制功能、精细化能源管理等角度描述了能源管控系统的发展愿景。
There are some problems in the energy management and control system,such as multi-level production organization,discrete system architecture,experiential management and control,which make it difficult to achieve the goal of intelligent manufacturing in the iron and steel industry.In terms of methodology,the energy management and control system should build its own HCPS according to the paradigm of intelligent manufacturing in the process industry,learn the technical thinking of intelligent optimization of production processes and overall intelligent optimization of the entire production process,and learn from the concept of supply and demand interaction of Energy Internet,deployment of IT architecture that is synergistic with the enterprise as a whole.On this basis,the prospect of energy management and control system is described from production management model change,digital system establishment,optimized control functions,and refined energy management.
作者
邓万里
DENG Wan-li(Energy and Environmental Protection Department,Baosteel,Shanghai 200941,China)
出处
《钢铁》
CAS
CSCD
北大核心
2020年第11期1-9,共9页
Iron and Steel
关键词
能源管控
智能制造
HCPS
协同优化
融合系统
energy management and control
intelligent manufacturing
HCPS
synergetic optimization
fusion system
作者简介
邓万里(1974-),男,硕士,教授级高级工程师,E-mail:wanli@baosteel.com。
