Room 206

Tel.: +49 30 314 24639

Fax: +49 30 314 21683

E-Mail: elisa.papadis(at)tu-berlin.de [2]

Consultation Hours: upon agreement

• Design, Analysis and Optimization of Energy Coversion Systems [3]
  
• Project Energy Systems (Campus El Gouna, WiSe17/18 until WiSe19/20)
• Computer-Aided Modelling and Simulation of Energy Systems (Campus El Gouna, SoSe 18)
• Power plant technology (block-course) (WiSe 16/17)
  
• First semester project on Process Engineering (PIW) (WiSe 16/17)

Research focus

• Development and application of mathematical optimization methods for the unit commitment of energy systems

Research and industry projects

• DEKADE-F-Wärme: Dekarbonisierung der Fernwärmeversorgung [4]

Offered Theses

• Currently none

Ongoing / Completed Theses

• Sarah Louisa Al Hussein, Economic analysis of a hydrogen electrolysis plant (preliminary title), Master thesis, 2021, ongoing.
• Furkan Özbeg, Development of a problem-based relaxation for efficient description of MILP models for energy systems, Bachelor thesis, 2021, ongoing. In collaboration with GFaI.
• Luise Hellige, Die Rolle von Stromspeichern in Stromversorgungssystemen mit 100% Einspeisung aus Regenerativen Energien, Master thesis, 2021, completed. In collaboration with Engie.
• Maxim Hoellein, Thermische Verwertung von Klärschlamm in der Fernwärmeversorgung, Bachelor thesis, 2021, ongoing.
• Néstor Millan, Design and analysis of a hybrid combined heat and power plant for improving the flexibility of district heating supply, Master thesis, 2021, completed. In collaboration with Vatttenfall Wärme Berlin AG.
• Lei Zhang, Optimization of transformation paths to decarbonize typical district heating networks in Germany, Master thesis, 2021, completed. In collaboration with Fraunhofer IEE.
• Sergio Tomasinelli, Entwicklung von Methoden zur Abschätzung des zukünftigen Strombedarfs in Deutschland, Bachelor thesis, 2020, completed. In collaboration with M.S. Triebs.
• Hannes Burgis, Entwicklung von Methoden zur Abschätzung des zukünftigen Wärmebedarfs in Deutschland, Bachelor thesis, 2020, completed. In collaboration with M.S. Triebs.
• Anna Christin Manke, Power-to-Gas in der Energieversorgung – Untersuchung zur Realisierbarkeit und modellbasierte Einsatzplanung am Beispiel des Anlagenparks der Stadtwerke Lübeck GmbH, Bachelor thesis, 2019, completed.
• Rakesh Kumar, Analysis of district heating networks with respect to energetic aspects, Master thesis, completed, 2019.
• Max Heidt, Solarthermie in der Fernwärmeversorgung - Untersuchung zur Dimensionierung und Einsatzplanung, Bachelor thesis, completed, 2019.