首页> 外文会议>International Conference on Applied Energy >Integrated dynamic energy management for steel production F. Marchiorf, A. Belloni3, M. Benini6, S. Catenib,V. Collab, A. Ebeld, M.
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Integrated dynamic energy management for steel production F. Marchiorf, A. Belloni3, M. Benini6, S. Catenib,V. Collab, A. Ebeld, M.

机译:钢铁生产的综合动态能源管理F. Marchiorf,A. Belloni3,M. Benini6,S. Catenib,v。 Collab,A.Epeld,M.

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The steel industry is an important consumer of electrical energy having a significant impact on the electricity network and accounting to a significant part of production costs. Thus, there is the opportunity of closer cooperation between grid operators and steel industry to improve the power consumption prediction and actively contribute to a secure network operation. This paper aims to describe an overall dynamical approach for electricity demand monitoring and timely reactions to the grid situation, to avoid non flexible equipment disconnection, financial fines when deviating from energy contingent and contributing to the grid stability. Energy management, simulation, decision support procedures and process control tools will be integrated in an agent based system able to predict and manage power consumption. Keywords:Eneigy Management System; Demand Side Management, Agent Technology
机译:钢铁工业是电能对电网产生重大影响的重要消费者,占生产成本的重要组成部分。因此,有机会在电网运营商和钢铁行业之间密切合​​作,以提高功耗预测,并积极贡献安全的网络操作。本文旨在描述电力需求监测和及时反应对电网情况的整体动力学方法,以避免非柔性设备断开,金融罚款偏离能源队伍并有助于电网稳定性。能源管理,仿真,决策支持程序和过程控制工具将集成在能够预测和管理功耗的基于代理的系统中。关键词:Eneigy管理系统;需求方管理,代理技术

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