Pattern-based automatic translation of structured power system data to functional models for decision support applications

Pattern-based automatic translation of structured power system data to functional models for decision support applications

Improved information and insight for decision support in operations and design are central promises of a smart grid. Well-structured information about the composition of power systems is increasingly becoming available in the domain, e.g. due to standard information models (e.g. CIM or IEC61850) or...

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Hauptverfasser: Heussen, Kai, Weckesser, Johannes T. G., Kullmann, Daniel
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Cognition
Data models
decision support
functional modeling
Generators
knowledge-based methods
Load modeling
model translation
Object oriented modeling
Ontologies
power system modeling
Power systems
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Weckesser, Johannes T. G.
Kullmann, Daniel
description Improved information and insight for decision support in operations and design are central promises of a smart grid. Well-structured information about the composition of power systems is increasingly becoming available in the domain, e.g. due to standard information models (e.g. CIM or IEC61850) or otherwise structured databases. More measurements and data do not automatically improve decisions, but there is an opportunity to capitalize on this information for decision support. With suitable reasoning strategies data can be contextualized and decision-relevant events can be promoted and identified. This paper presents an approach to link available structured power system data directly to a functional representation suitable for diagnostic reasoning. The translation method is applied to test cases also illustrating decision support.
doi_str_mv 10.1109/IWIES.2013.6698579
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Cognition
Data models
decision support
functional modeling
Generators
knowledge-based methods
Load modeling
model translation
Object oriented modeling
Ontologies
power system modeling
Power systems
title Pattern-based automatic translation of structured power system data to functional models for decision support applications
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