October 18, 2022, Champaign, IL
Wolfram Conference 2022
Model Transformation for Smart Grid Applications We will be presenting a demonstration of a faulted bus includes the translation of both PSS/E and CIM model files into WSM and a discussion of the verification and validation of the translations using OpenIPSL, a library of power system components that work with Wolfram’s System Modeler. Translation prevents the need to recreate the model and can more rapidly solve problems. The model is easier to understand for PSS/E users because it is a one-for-one translation. The Common Grid Model Exchange Specification (CGMES) standardizes model exchange in an IEC specification. This translation tool could be the starting point for many model sources.GKH SOFTWARE
Our mission is to create more opportunities to utilize Modellica in power system work. Currently, we utilize Wolfram in our power system designs. Recently, we have been involved in creating ways to use OpenIPSL to simplify the translation. We hope to continue to see OpenIPSL improve, making it easier to use Modellica in more power system analysis and design.
WHO WE ARE
Glen Halley, P.E. is currently an electrical engineer with a public utility company in Southwest Missouri. He has over thirty years experience ranging from building design to power distribution to equipment testing. He has worked with Mathematica and Modellica to create easier ways to analyze, test and design all aspects of power systems for the last twenty years.
CONTACT OFFICE: 417-345-4151 MOBILE: 417-501-6470 Glen@GKHSoftware.com Contact us to arranage speakers or get information on how to implement any of the topics addressd on this website.
MODEL
WOLFRAM
OpenIPSL
BLOGS
IEEE 9-BUS Example
COMING SOON
Model Creation
Translating PSS/E to System Modeler
COMING SOON
FOLLOW US
Visit our social profiles for regular tweets and posts
Model Creation
October 1, 2022 Alset Labs, Prof. Luigi Vanfretti's research team at Rensselaer Polytechnic Institute, created OpenIPSL. OpenIPSL, written in Modelica language, models power system dynamics including faults, system abberations, and other electrical anomolies. It includes components used in other modeling software. Some machine components have over 30 parameters. Many systems have at least nine machines. It is a chore to create a model and validate it. It is why our utility dedicates a department to this task. The planning department creates the model and provides a method to update the state. Users analyze the model for their particular questions. Extensibility, extending the analysis, is the goal. There are many videos on the Wolfram site that highlight the ability to analyze the models. How do you generate a valid model? CIM to Modelica and PSS/E translations moves models that work into OpenIPSL.WHO WE ARE
Glen Halley, P.E. is currently an electrical engineer with a public utility company in Southwest Missouri. He has over thirty years experience ranging from building design to power distribution to equipment testing. He has worked with Mathematica and Modellica to create easier ways to analyze, test and design all aspects of power systems for the last twenty years.
BLOGS
IEEE 9-BUS Example
COMING SOON
Translating CIM to System Modeler
COMING SOON
Translating PSS/E to System Modeler
COMING SOON
October 18, 2022, Champaign, IL
Wolfram
Conference 2022
Model Transformation for Smart Grid Applications We will be presenting a demonstration of a faulted bus includes the translation of both PSS/E and CIM model files into WSM and a discussion of the verification and validation of the translations using OpenIPSL, a library of power system components that work with Wolfram’s System Modeler. Translation prevents the need to recreate the model and can more rapidly solve problems. The model is easier to understand for PSS/E users because it is a one-for-one translation. The Common Grid Model Exchange Specification (CGMES) standardizes model exchange in an IEC specification. This translation tool could be the starting point for many model sources.FOLLOW US
Visit our social profiles for regular tweets and posts
PORTRAIT IMAGE HOVERS
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CONTACT OFFICE: 417-345-4151 MOBILE: 417-501-6470 Glen@GKHSoftware.com Contact us to arranage speakers or get information on how to implement any of the topics addressd on this website.
MODEL
WOLFRAM
OpenIPSL
GKH SOFTWARE
Our mission is to create more opportunities to utilize Modellica in power system work. Currently, we utilize Wolfram in our power system designs. Recently, we have been involved in creating ways to use OpenIPSL to simplify the translation. We hope to continue to see OpenIPSL improve, making it easier to use Modellica in more power system analysis and design.
