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Optimal Operation of Industrial Energy Hubs in Smart Grids

机译:智能电网中工业能源枢纽的优化运行

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摘要

This paper presents the development of a generic optimal industrial load management (OILM) model, which can be readily incorporated into energy hub management systems (EHMSs) for industrial customers, in interaction with local distribution companies (LDCs), for automated and optimal scheduling of their processes. The mathematical models comprise an objective function to minimize the total energy costs and/or demand charges for industrial customers, and a set of equality and inequality constraints to represent the industrial process, storage units, distribution system components, operator’s requirements, and other relevant constraints. The effectiveness of the proposed OILM model is demonstrated in two industrial customers: 1) a flour mill; and 2) a water pumping facility. The results show that the proposed OILM model, in conjunction with communication and control infrastructures at the customer and LDC levels, would allow optimal operation of industrial EHMSs in smart grids.
机译:本文介绍了通用最佳工业负载管理(OILM)模型的开发,该模型可与本地配电公司(LDC)交互,轻松地纳入针对工业客户的能源枢纽管理系统(EHMS)中,以实现自动化和最佳调度他们的过程。数学模型包括一个目标函数,该函数可最大程度地减少工业客户的总能源成本和/或需求费用,以及一组表示工业过程,存储单元,分配系统组件,运营商需求和其他相关约束的等式和不等式约束。在两个工业客户中证明了所提出的OILM模型的有效性:1)面粉厂; 2)抽水设施。结果表明,提出的OILM模型与客户和LDC级别的通信和控制基础结构相结合,将可以使智能电网中的工业EHMS达到最佳运行状态。

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