Optimization and Characterization of Storage Applications

Simulation offers a wide range of options for analyzing and optimizing storage systems and their use in the context of an energy system consisting of other generators and consumers. This applies to both planned and already implemented storage systems. For planned projects, a simulation-based characterization and optimization of the envisaged storage system can be carried out on the basis of conceptual planning. The resulting simulation enables an analysis of economic and ecological indicators and thus allows an optimal design of the components under realistic framework conditions. All other producers and consumers in the energy system are also taken into account and included in the optimization process. Existing storage-based energy systems can also be characterized on the basis of simulation in order to gain insights into the system behaviour and reveal possible optimization potential. For example, it is possible to increase the economic value of an installed storage system by using alternative operational management strategies. Simulation offers a cost-efficient solution for identifying corresponding potential while minimizing risk at the same time.

 

Our R&D-Services on the Topic "Optimization and Characzterization of Storage Applications" Include:

  • Modeling of digital twins of storage-based energy systems
  • Preparation and generation of time series data
  • Development of algorithms for economic and ecological optimization
  • Carrying out simulations and evaluating the results

More Information on this Research Topic

 

Center for Electrical Energy Storage

Novel materials and innovative production processes for battery systems technology

Characterization

  • Characterization of battery cells
  • Characterization of Si/C materials and pastes for Si-based anodes
  • Characterization of sulfidic materials
  • Electrochemical characterization of new battery chemistries
 

ReAktiv

Highly Efficient Recycling of Li-Ion Active Materials from Round and Button Cells

 

VORAN

Innovative Sodium-Ion Battery Storage for Stationary and Mobile Applications

 

WinZIB2

Globally Applicable, Innovative Zinc Ion Battery System