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ONTOLOGY BASED DESCRIPTION OF DER'S LEARNED ENVIRONMENTAL PERFORMANCE INDICATORS - Managing the Environmental Performance of Distributed Energy Resources

机译:基于本体的学习环境绩效指标的描述 - 管理分布式能源的环境绩效

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The current technology's upheaval in the electricity sector is leading to a need for new distributed control schemes for distributed electricity generation. In order to enable optimization of electricity generation and consumption for global objectives in distributed search spaces, meta-models of constrained spaces of operable schedules are indispensable for efficient communication. In order to qualify for being a green technology, indicators for individual environmental performance have to be incorporated into these meta-models. We here present insight into ongoing work concerning the integration of environmental performance indicators into the distributed control of energy resources. In order to ensure interoperability on the indicators, we will discuss the need for an ontology defining the description of such indicators.
机译:电力部门的目前的技术动态是需要进行分布式发电的新分布式控制方案。为了使分布式搜索空间中的全球目标的发电和消费能够优化,可操作时间表的约束空间的元模型对于有效的通信是必不可少的。为了有资格获得绿色技术,个人环境绩效指标必须纳入这些元模型。我们在这里介绍了关于将环境绩效指标整合到能源分布式控制的持续工作。为了确保指标对指标的互操作性,我们将讨论对本体的需求定义这些指标的描述。

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