Research Focus
- Integrated operation of electricity, gas and hydrogen transmission networks
- Energy system analysis
- Mixed integer linear programming (MILP)
- DC optimal power flow analysis (OPF)
- Generation, consumption, storage, and transmission of hydrogen
- Spatially distributed modelling of demand and renewable generation
Current and finished Projects
- Kopernicus Project - New Energy Grid Structures for the Energy Transition II (ENSURE II)
Duration: 2019-2023 - Kopernicus Project - New Energy Grid Structures for the Energy Transition III (ENSURE III)
Duration: 2023-2026
Teaching
- Supervision of seminars
- Supervision of team projects
- Supervision of bachelor- and master theses (see open thesis options)
- Completed theses:
- Optimal allocation planning of hydrogen electrolysis in the energy system of the future with a high share of renewable energies (Master thesis)
- Sector coupling via green hydrogen - which lines could be important? (Bachelor thesis)
- Time series aggregation in order to investigate sector coupling under consideration of seasonal storages (Master thesis)
- Identification of potential lines in electricity, gas, and hydrogen systems with high shares of renewable energies (Master thesis)
- Allocation of thermal power plants depending on market design aspects (Master thesis)