一个智能制造应用案例带来的启示
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摘要
美国大河钢厂(Big River Steel)智能制造应用案例带来的启示:找对应用场景,项目分步实施;将工程项目和科研项目区分开,做工程项目所采用的技术要保证可靠、稳定、安全,并尽量采用经过验证的技术;数据分析重在价值,数据分析的价值是产生有用、可靠、可以重用的知识,包括生产控制和经营决策方面的知识;把MES功能提升作为重点,以钢铁企业为主体,结合大学、科研院所的研究成果,在提高软件产品成熟度方面下功夫,开发适用于钢铁企业的MES及其他工业软件,先进钢铁企业和行业中的示范工程应该起到引领作用。
The intelligent manufacturing application case of Big River Steel of the USA gives us some inspirations: find the right application scene and implement projects step by step,separate engineering projects and research projects. The technology used in engineering projects should be reliable,stable and safe,and the proven technology should be used. The value of data analysis is to generate useful,reliable and reusable knowledge,including knowledge of production control and business decisionmaking. Taking MES function improvement as a key project,taking steel enterprise as main body and combining with research results of universities and research institutes,we should improve the maturity of software products,and develop MES and other industrial software suitable for steel enterprises. Advanced steel enterprises and their demonstration projects should play a leading role.
The intelligent manufacturing application case of Big River Steel of the USA gives us some inspirations: find the right application scene and implement projects step by step,separate engineering projects and research projects. The technology used in engineering projects should be reliable,stable and safe,and the proven technology should be used. The value of data analysis is to generate useful,reliable and reusable knowledge,including knowledge of production control and business decisionmaking. Taking MES function improvement as a key project,taking steel enterprise as main body and combining with research results of universities and research institutes,we should improve the maturity of software products,and develop MES and other industrial software suitable for steel enterprises. Advanced steel enterprises and their demonstration projects should play a leading role.
引文
[1]赵敏.智能制造定义之我见(增补版)[EB/OL].[2018-07-20]. http://www. sohu. com/a/190760247_680938.
[2]刘文仲.中国轧钢自动化现状及实现轧钢智能化的思考[J].冶金自动化,2016,40(6):1.
[3]刘文仲.关于中国钢铁工业智能制造的思考[J].冶金自动化,2018,42(4):1.
[4]赵楠,王甜甜.美国大河钢铁厂产线装备技术[N].世界金属导报,2018-06-05(B07).
[5]丛力群.工业4. 0时代的工业软件[J].冶金自动化,2016,40(1):1.
[2]刘文仲.中国轧钢自动化现状及实现轧钢智能化的思考[J].冶金自动化,2016,40(6):1.
[3]刘文仲.关于中国钢铁工业智能制造的思考[J].冶金自动化,2018,42(4):1.
[4]赵楠,王甜甜.美国大河钢铁厂产线装备技术[N].世界金属导报,2018-06-05(B07).
[5]丛力群.工业4. 0时代的工业软件[J].冶金自动化,2016,40(1):1.