Project 3: Technically implementable concepts for hybrid power grids

The energy demand of Germany will be in future more covered by renewable energy sources. They could be used and converted into different energy-forms as electricity, thermal or chemical energy either centrally at locations of favorable supply or decentrally at locations of large energy demand. Due to an appropriate combination of energy-forms the energy demand can be covered exergy-oriented. Furthermore, a hybrid energy system simplifies the integration of different storage technologies.  Synergy-effects lead to an optimization of the whole energy-system. The objective of this dissertation project are development, evaluation and comparison of concepts for hybrid energy-systems, containing supply, storage, transformation, transport, distribution and use of energy. The concepts are based on scenarios, which will be developed in cooperation with other projects, especially P2. Based on the established concept follows the modelling of hybrid energy-systems. The model is the basis for an optimization under the additional condition of technical feasibility and within the target triangle of environment friendliness, economic attractiveness and social acceptance.

Doktorand: Rengin Cabadag

Hauptbetreuer: Prof. Schegner

Nebenbetreuer: Prof. Dr. Dominik Möst