A low cost open source-based IEC 61850/61499 automation platform for distributed energy resources

Claudia Zanabria, F. Andrén, F. Leimgruber, R. Brundlinger, T. Strasser
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引用次数: 4

Abstract

The integration of distributed renewable energy resources into active power distribution grids (Smart Grids) is an important activity nowadays. Advanced but also standardized remote control functions for such renewable sources are necessary to allow a higher penetration degree of them in power distribution grids. These functions are defined by the power utility automation approach IEC 61850 but their implementation is not really covered by this important power system standard. IEC 61499 know from distributed automation is a feasible way to implement IEC 61850 functions but a low cost automation platform for research projects - especially master and PhD projects - which integrates both approaches is not really existing. This paper addresses this point and introduces an IEC 61850/ 61499 open source-based environment together with a low cost controller platform for upgrading off-the-shelf distributed energy resources in Smart Grid applications.
一个低成本的基于开源的IEC 61850/61499自动化平台,用于分布式能源
将分布式可再生能源资源整合到有功配电网(智能电网)中是当今的一项重要活动。这种可再生能源的先进但标准化的远程控制功能是必要的,以使其在配电网中的渗透程度更高。这些功能是由电力公司自动化方法IEC 61850定义的,但它们的实现并没有真正涵盖在这个重要的电力系统标准中。IEC 61499从分布式自动化中了解到,分布式自动化是实现IEC 61850功能的可行方法,但集成了这两种方法的研究项目(特别是硕士和博士项目)的低成本自动化平台实际上并不存在。本文解决了这一点,并介绍了一个基于IEC 61850/ 61499的开源环境以及一个低成本的控制器平台,用于升级智能电网应用中现成的分布式能源。
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