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Hierarchical Network Management of Industrial DC-Microgrids

机译:工业直流微电网的分层网络管理

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The energy transition is a necessary component of the sustainable transformation of society. To achieve the Paris Climate Agreement´s goals, on one hand new, more energy-efficient approaches must be applied in industrial production. On the other hand, production must profit from these approaches inexpensively and reliably. Concerning the electrical energy supply of factories, direct current (DC) microgrids represent an efficient compromise for these often conflicting requirements. To effectively integrate the DC-microgrids in industrial environment, a standard framework for their management is identified. The aim of this paper is to define a hierarchical structure of the network management of industrial DC-microgrids, from the single device control to the large production facility scale, and discuss the functions of each management level. These functions are further prioritized and described in sequence diagrams. In the end, examples of practical applications of this structure are introduced.
机译:能源转型是社会可持续转型的必要组成部分。为实现巴黎气候协议的目标,一方面,必须在工业生产中适用更新的节能方法。另一方面,生产必须以这些方法廉价和可靠地从这些方法中获利。关于工厂的电能供应,直流(DC)微电网代表这些经常相互矛盾的需求的有效折衷。为了有效地集成了工业环境中的DC微电网,确定了其管理的标准框架。本文的目的是定义工业DC-Microgrids网络管理的层次结构,从单个设备控制到大型生产设施规模,并讨论每个管理级别的功能。这些功能进一步优先考虑并以序列图中描述。最后,介绍了这种结构的实际应用的实例。

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