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Integration von Free and Open Source Software zur Optimierung von Energiesystemen in ein bestehendes Framework von Energiesystem Modellen
Citation Link: https://doi.org/10.15480/882.4877
Publikationstyp
Thesis
Thesis Type
Master Thesis
Publikationsdatum
2023
Sprache
German
Author
Advisor
Title Granting Institution
Technische Universität Hamburg
Place of Title Granting Institution
Hamburg
Examination Date
2022-12-15
Institut
The Transforming Energy Supply System (Modelling) Framework, or Tessif for short,
is a framework developed with Python at the Institute of Energy Technology of the
Technical University of Hamburg that enables the comparison of different software tools
for modeling and optimizing energy systems. For the comparison, Tessif transforms a
previously created energy system model into the model of the software tools integrated
in Tessif, which then optimizes the energy system. The results of the optimizations are
finally unified by Tessif and thus become comparable. Currently, the programs Oemof,
PyPSA, FINE and Calliope are integrated in Tessif and can be used within the framework
of Tessif for the modeling and optimization of energy systems.
In the context of this work, Urbs, another program for modeling and optimization, is
integrated into Tessif. The integration consists to a large extent of the transformation
of the energy system model from Tessif into Urbs model formulation (es2es) as well
as the conversion of the optimization results into Tessifs uniform representation mode
(es2mapping). Herein, the various modeling approaches and their differences as well as
the implementation of the transformation are discussed in detail.
The correct integration of Urbs is ensured by comparing various example energy system
models. In addition, the differences between the various software tools are elaborated.
Finally, the results of the comparison are used to classify Urbs in the context of Tessif
and to identify the advantages and disadvantages of using Urbs.
is a framework developed with Python at the Institute of Energy Technology of the
Technical University of Hamburg that enables the comparison of different software tools
for modeling and optimizing energy systems. For the comparison, Tessif transforms a
previously created energy system model into the model of the software tools integrated
in Tessif, which then optimizes the energy system. The results of the optimizations are
finally unified by Tessif and thus become comparable. Currently, the programs Oemof,
PyPSA, FINE and Calliope are integrated in Tessif and can be used within the framework
of Tessif for the modeling and optimization of energy systems.
In the context of this work, Urbs, another program for modeling and optimization, is
integrated into Tessif. The integration consists to a large extent of the transformation
of the energy system model from Tessif into Urbs model formulation (es2es) as well
as the conversion of the optimization results into Tessifs uniform representation mode
(es2mapping). Herein, the various modeling approaches and their differences as well as
the implementation of the transformation are discussed in detail.
The correct integration of Urbs is ensured by comparing various example energy system
models. In addition, the differences between the various software tools are elaborated.
Finally, the results of the comparison are used to classify Urbs in the context of Tessif
and to identify the advantages and disadvantages of using Urbs.
DDC Class
620: Ingenieurwissenschaften