Vergleich von Modellierungsprogrammen zur Optimierung von Energiesystemen durch Integration in ein bestehendes Framework zur Transformation von Energiesystem-Modellen

At the Institute of Energy Technology as part of the Technical University Hamburg the python based framework Tessif, which aims to be a platform for a uniform comparison of softwaretools for modelling and optimization of energy systems, is being developed. In this context a model build in Tessif is automatically transformed into a model of an integrated tool and then optimized before the results are displayed uniformly. Within this thesis work the list of integrated tools FINE, Oemof and PyPSA is going to be expanded by another appropriate tool. In a comparison of different Tools, Calliope is being identified as an adequate tool and going to be integrated in Tessif. The main parts of the integration is the transformation of the Tessif model into a Calliope model as well as the restructuring of the results given by Calliope into Tessif ’s uniform data output. Not all Tessif models can be perfectly transformed into Calliope models due to differences in model parameters. Differences are pointed out and their impact is analysed. Opportunities to handle these as well as ensure a proper integration are proposed. With the help of chosen example models the correct integration of Calliope is ensured and differences between the compared tools are pointed out. The identified differences are going to be related to the already integrated tools, to derive specific use cases.