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2014•Linköping electronic conference proceedingsOpen access

A Modelica Power System Component Library for Model Validation and Parameter Identification

Luigi Vanfretti, Tetiana Bogodorova, Maxime Baudette

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Abstract

This paper summarizes the work performed in one of the work-package of the FP7 iTesla project.This work consisted in the development of a power system component library for phasor time domain simulation in Modelica.The models were used to build power system network models, used in experiments for parameter identification.The experiments were carried out with the RAPID toolbox, which has been developed at SmarTS Lab within the same project.The toolbox was written in MATLAB, making use of FMI Technologies for interacting with Modelica models.

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What this paper is about

This paper summarizes the work performed in one of the work-package of the FP7 iTesla project.This work consisted in the development of a power system component library for phasor time domain simulation in Modelica.The models were used to build power system network models, used in experiments for parameter identification.The experiments were carried out with the RAPID toolbox, which has been developed at SmarTS Lab within the same project.The toolbox was written in MATLAB, making use of FMI Technologies for interacting with Modelica models.

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Available abstract

This paper summarizes the work performed in one of the work-package of the FP7 iTesla project.This work consisted in the development of a power system component library for phasor time domain simulation in Modelica.The models were used to build power system network models, used in experiments for parameter identification.The experiments were carried out with the RAPID toolbox, which has been developed at SmarTS Lab within the same project.The toolbox was written in MATLAB, making use of FMI Technologies for interacting with Modelica models.

Key concepts: Modelica, Toolbox, Component (thermodynamics), Identification (biology), MATLAB, Computer science, System identification, Power (physics)

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