Framework Factsheet

Overview / Model Order Reduction for Gas and Energy Networks (morgen)

Framework Model Order Reduction for Gas and Energy Networks (morgen)

Overview
Last updated 2021-08-08
Open Source
License BSD 2-Clause
/media/logos/morgen.png
General Information
Framework Name Model Order Reduction for Gas and Energy Networks
Acronym morgen
Contact (e-mail) himpe@mpi-magdeburg.mpg.de
Current contact person Christian Himpe
Website https://git.io/morgen
Institution(s)
Geographical Scope -
Sectoral Scope Other specific sectors, Gas
General Problem Scope Forecasting, Exploring
Specific Problem Scope Energy demand, Energy supply, Energy dispatch
Inital purpose Gas Network Simulation
Inital purpose change -
Research questions
Inital Release Date 2021-11-24
Parent Framework -
Version 1.1
Source of funding BMWi
Mathematical Description
GUI
Programming Framework Matlab, Octave
External Solver -
Input Data Format CSV, XML
Auto model generator
data preprocessing
Output Data Format Plots (png, pdf), CSV
data postprocessing
plotting functionalities
The analytical approach -
Additional software
interfaces -
The mathematical approach Model Reduction
The underlying methodology Simulation
Objective function type -
Openness
Open Source
License BSD 2-Clause
Code availability https://git.io/morgen
Data availability https://git.io/morgen
Data provided all data
Open to developers
Support Model Examples
Link to User Documentation https://git.io/morgen
Installation guide
Link to installation guide -
Link to code documentation https://git.io/morgen
Skills basic Basic MATLAB
Skills advanced Advanced MATLAB
Model Building
Fixed units
Renewable Technology Inclusion -
Storage Technology Inclusion -
Transport Demand -
Residential Demand -
Commercial Demand -
Agricultural demand
Grid model Single-node model
Cost Inclusion -
New components
Variable time step
Variable rolling
Commonly used time step Minutely
Commonly modelled time horizon Short term (<= 5 years)
References
Reference Studies/Models C. Himpe, S. Grundel, P. Benner: Next-Gen Gas Network Simulation; arXiv (math.OC): 2108.02651, 2021.
Citation reference C. Himpe, S. Grundel, P. Benner: Model Order Reduction for Gas and Energy Networks; Journal of Mathematics in Industry 11: 13, 2021.
Citation C. Himpe, S. Grundel: morgen - Model Order Reduction for Gas and Energy Networks; Software (Version: 1.1), 2021.
Projects using the framework MathEnergy
Model usage -

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Tags

Gas Biogas Gas Transport Gas Pipeline Gas Network Model Reduction Model Order Reduction Digital Twins Gas Network Simulation