CIMbaT - automated generation of CIM-based OPC UA-address spaces
CIMbaT - automated generation of CIM-based OPC UA-address spaces
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CIMbaT - 自动生成基于 CIM 的 OPC UA 地址空间
DOI：
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发表时间：
2011
期刊：
影响因子：
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通讯作者：
Jean
中科院分区：
文献类型：
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作者：
S. Rohjans;Klaus Piech;M. Uslar;Jean
所谓智能电网的实现意味着能源领域的利益相关者面临许多挑战。 ICT 提供了促进智能电网应用的方法和途径，因此发挥着越来越重要的作用。挑战之一是解决能源管理系统、配电管理系统、发电系统和 SCADA 系统之间的集成通信。在这种情况下，需要考虑的一个关键问题是语法和语义方面的互操作性。对于两者来说，使用接口、协议和数据模型等标准化组件对于应对不断增加的参与者和系统至关重要。涵盖这些组件的标准在各种路线图和提出建议的研究中进行了讨论。通用信息模型是智能电网推荐的核心标准之一，为能源领域提供了全面的数据模型。另一个推荐的标准是 OPC 统一架构，它是服务器-客户端通信的抽象标准，可以在特定领域的上下文中使用。因此，将 CIM 数据模型和 UA 通信架构相结合，可以形成满足句法和语义要求的高度可互操作的基础设施。在本贡献中，引入了实现这种架构的两步方法。
Realizations of so called smart grids imply numerous challenges for stakeholders within the energy domain. ICT plays more and more a key role as it provides methodologies and approaches fostering smart grid applications. One of the challenges addresses integrated communications among energy management systems, distribution management systems, power generation systems and SCADA systems. In this case, a key issue to be considered is interoperability in terms of both syntax and semantics. For both, using standardized components like interfaces, protocols and data models, is essential to cope with the increasing number of actors and systems. Standards covering these components are discussed in various roadmaps and studies making recommendations. The Common Information Model is one of the recommended core standards for the smart grid and provides amongst others, a comprehensive data model for the energy domain. Another recommended standard is the OPC Unified Architecture being an abstract standard for server-client-communications which could be used in domain-specific contexts. Thus, combining the CIM data model and the UA communication architecture leads to a highly interoperable infrastructure meeting syntactic and semantic requirements. In this contribution, a two-step-approach is introduced realizing such an architecture.