HYBRID: Transient Process Models for Various Integrated Energy Systems

INL Software; Aaron Epiney; Cristian Rabiti; Kim Jong; Konor Frick; Paul Talbot; Robert Kinoshita; Derek Stucki; Michael Greenwood; Roberto  Poncierolli

HYBRID: Transient Process Models for Various Integrated Energy Systems

INL Software (Photographer)
, Aaron Epiney (Developer)
, Cristian Rabiti (Developer)
, Kim Jong (Developer)
, Konor Frick (Developer)
, Paul Talbot (Developer)
, Robert Kinoshita (Developer)
, Derek Stucki (Developer)
, Michael Greenwood (Developer)
, Roberto Poncierolli (Developer)

Research output: Non-textual form › Software

Abstract

HYBRID is a collection of a transient process models developed in the Modelica language capable of representing the physical dynamics of various integrated energy systems and processes. The models are developed in a modular way so as to allow users to quickly assemble and test various configurations and control systems. The systems studied are modular and made of an assembly of components. For example, a system could contain a hybrid nuclear reactor, a gas turbine, a battery and some renewables. This system would correspond to the size of a balance area, but in theory any size of system is imaginable. The system is modeled in the ‘Modelica/Dymola’ language.

This software is open source and available at no cost.

Original language	American English
State	Published - 2019

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title = "HYBRID: Transient Process Models for Various Integrated Energy Systems",

abstract = "HYBRID is a collection of a transient process models developed in the Modelica language capable of representing the physical dynamics of various integrated energy systems and processes. The models are developed in a modular way so as to allow users to quickly assemble and test various configurations and control systems. The systems studied are modular and made of an assembly of components. For example, a system could contain a hybrid nuclear reactor, a gas turbine, a battery and some renewables. This system would correspond to the size of a balance area, but in theory any size of system is imaginable. The system is modeled in the {\textquoteleft}Modelica/Dymola{\textquoteright} language. This software is open source and available at no cost.",

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A2 - Frick, Konor

A2 - Talbot, Paul

A2 - Kinoshita, Robert

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N2 - HYBRID is a collection of a transient process models developed in the Modelica language capable of representing the physical dynamics of various integrated energy systems and processes. The models are developed in a modular way so as to allow users to quickly assemble and test various configurations and control systems. The systems studied are modular and made of an assembly of components. For example, a system could contain a hybrid nuclear reactor, a gas turbine, a battery and some renewables. This system would correspond to the size of a balance area, but in theory any size of system is imaginable. The system is modeled in the ‘Modelica/Dymola’ language. This software is open source and available at no cost.

AB - HYBRID is a collection of a transient process models developed in the Modelica language capable of representing the physical dynamics of various integrated energy systems and processes. The models are developed in a modular way so as to allow users to quickly assemble and test various configurations and control systems. The systems studied are modular and made of an assembly of components. For example, a system could contain a hybrid nuclear reactor, a gas turbine, a battery and some renewables. This system would correspond to the size of a balance area, but in theory any size of system is imaginable. The system is modeled in the ‘Modelica/Dymola’ language. This software is open source and available at no cost.

M3 - Software

ER -

HYBRID: Transient Process Models for Various Integrated Energy Systems

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