Diplom- und Masterarbeiten
At the Chair of Energy Economics, the research seminar and the Master's or Diploma thesis are considered a joint project . The research seminar aims to develop and refine the problem or research question for the subsequent thesis. The process is as follows:
Formal requirements
Formal requirementsFormal requirementsFormal requirementsFormal requirementsFormal requirementsFormal requirements
Start dates and application
Start dates and applicationStart dates and applicationStart dates and applicationStart dates and applicationStart dates and applicationStart dates and application
The research seminar is offered every semester and can be started continuously in consultation with your thesis supervisor. Please apply as described in the section on project and final theses, stating your three preferred topics, your CV, and a transcript of records, directly to the following contact person: Dr. Hannes Hobbie .
Possible topics for theses
Possible topics for thesesPossible topics for thesesPossible topics for thesesPossible topics for thesesPossible topics for thesesPossible topics for theses
Currently available topics for diploma and master's theses are listed below and are currently only offered upon prior application or consultation. For further topics related to the research interests of our staff, please feel free to contact the relevant staff members.
| Theme | Supervisor/ Contact Person |
further information |
|---|---|---|
| Energy Security, Critical Chokepoints, and Dependencies in Global Oil and Gas Markets |
Prof. Dr. Dominik Möst | |
| Public Acceptance and Preferences or the Deployment of Carbon Capture and Storage in Germany | Prof. Dr. Dominik Möst / Prof. Dr. Sven Anders |
Cooperation between the Chair of Energy Economics, TU Dresden and the University of Alberta, Edmonton, Canada |
| Probabilistic short-term forecasting and storage management in power systems with stochastic dispatch optimization | Dr. Hannes Hobbie |
Cooperation between the Chair of Energy Economics, TU Dresden and the Institute for Networked Energy Systems, German Aerospace Center |
| Model-based Investigation of multiple ensemble systems in power system dispatch using DLR Probabilistic Power Forecast Evaluation Tool (ProPower) | Dr. Hannes Hobbie |
Cooperation between the Chair of Energy Economics, TU Dresden and the Institute for Networked Energy Systems, German Aerospace Center |
| Model-based analysis of the marketing options of renewable energy electricity producers, taking into account uncertainty as well as the availability of flexibility options and portfolio effects. |
Dr. Hannes Hobbie |
Cooperation between the Chair of Energy Economics at TU Dresden and UKA Environmentally Friendly Power Plants |
| Model-based assessment of the risks in the marketing of renewable electricity in the context of a change from monthly and annual market values in direct marketing under the Renewable Energy Sources Act (EEG). |
Dr. Hannes Hobbie |
Cooperation between the Chair of Energy Economics at TU Dresden and UKA Environmentally Friendly Power Plants |
|
Analysis and forecast of the development of electricity grid fees in Germany |
Andreas Büttner |
in cooperation with the Fraunhofer Institute for Transportation Systems and Infrastructure ( IVI tender ) |
|
Analysis of global supply chains for microchip and semiconductor technologies and dependencies on critical raw materials |
Jannis Eichenberg / Prof. Dr. Dominik Möst |
in cooperation with the Institute for Climate and Energy Systems of the Jülich Research Center ( call for proposals ) |
|
Analysis of global supply chains for wind turbines and dependencies on critical raw materials |
Jannis Eichenberg / Prof. Dr. Dominik Möst | in cooperation with the Institute for Climate and Energy Systems of the Jülich Research Center ( call for proposals ) |
| Development of a Forecasting Method to Predict Volatile Available Grid Capacity in High Voltage Networks for Optimal Battery Storage System Operation | Dimitrios Glynos |
Cooperation between the Chair of Energy Economics at TU Dresden and ARGE Netz ( call for proposals ) |
| Stochastic methods for load flow-based market coupling (FBMC) | Dimitrios Glynos | |
| Implementation of the current regulatory electricity market design in open source energy system models | Dimitrios Glynos | |
|
Flow Based Market Coupling - Optimal Generation Shift Keys |
Dimitrios Glynos | |
| Modeling international hydrogen markets taking geopolitical risks into account | Hendrik Scharf | |
| Analysis of the influence of future energy prices on industrial location decisions | Hendrik Scharf | |
| Methods for reducing model complexity in energy system analysis | Dimitrios Glynos | |
| At what point does an energy system become dominated by renewable energy sources? A model-based analysis. | Jannis Eichenberg | |
| What impact would a potential elimination of compensation for lost work (curtailment of wind turbines) have on the electricity system? | Jannis Eichenberg | |
|
Cost-optimized use of heat pumps: Balancing COP effects and variable electricity prices |
Jannis Eichenberg | |
| Quantifying the additional emissions from LNG in the electricity sector: A model-based analysis of the German electricity market | Jannis Eichenberg | |
| GIS-based analysis and categorization of distribution network topologies in Germany | Andreas Büttner | |
| Model-based investigation of the influence of extreme weather scenarios on grid bottlenecks in Germany | Lisa Lorenz | |
| Flexibility options to ensure security of supply in renewable energy systems | Lisa Lorenz | |
|
Extension of the ELTRAMOD electricity market model to include CO2 avoidance options in the industrial sector |
Andreas Büttner | |
|
Model-based representation of decarbonization technologies in the transport sector, especially electromobility, in ELTRAMOD |
Andreas Büttner | |
| Implementation and optimization of load flow control network elements in the German transmission network using the ELMOD power grid model | Andreas Büttner | |
| Development of hourly hydrogen demand profiles for energy-intensive industries: A bottom-up approach for steel, chemical industry and ceramics | Sophie Jacobs | |
| A systematic analysis of H2 storage sizing under variable temporal resolution | Sophie Jacobs | |
|
How do different hydrogen ramp-up scenarios affect the requirements for storage infrastructure in Germany? |
Sophie Jacobs | |
| Cost and Benefit Sharing Mechanisms for Offshore Hybrid Interconnectors: A Schematic Model-Based Analysis | Akshay Singh Yadav | |
| Effect of Inflow Variability on the Water Value of Run-of-River Hydropower Plants | Akshay Singh Yadav |