GFI Pilot research project – Pilot studies and development of operating concepts for the rollout of grid-forming battery converters in medium and low voltage systems
Grid- and system-friendly integration of (grid-forming) electrolysis plants and (grid-forming) battery storage systems
Collaboration in the focus group smart grid
in the research group Network dynamics and system stability
Studentic theses
Assigned
Assessment of the plant- and voltage-level-specific influence of grid-forming battery storage systems on the short-term frequency stability of the interconnected grid
Finished
Development and evaluation of different abstracted AEM electrolyzer models for dynamic grid stability studies
Analysis of the potential of electrolysers to meet future instantaneous reserve requirements
Analysis and evaluation of the influence of highly dynamic frequency maintenance mechanisms on future demand for instantaneous reserve
Investigation and evaluation of the integration of emergency power systems into an industrial network including a gas and steam power plant in the context of a blackout scenario
Economic evaluation of the synergy potential of a hybrid battery storage electrolyzer project
Optimization of balancing processes in industrial battery storage systems
Evaluation of the potential of different types and topologies of electrolysis rectifiers in terms of their suitability for the power grid and processes
Evaluation of different topologies of electrolysis rectifiers for the provision of system services
Assessment of the energy industry integration possibilities of electrolysers and battery storage systems for energy flexibility, taking into account regulatory framework conditions for sustainable green energy storage
Development of an operating strategy for the combination of battery storage system, electrolyzer, and PV system using mathematical optimization
Design and development of a dashboard for the public presentation of project-specific research aspects of the Hydrogen Terminal Braunschweig research project
Development of a voltage-regulated electrolysis model for investigating dynamic power consumption
Development of an operating strategy for the combination of battery storage, electrolyzer and PV system
Development of an electric electrolyzer model including dynamic power control to provide frequency stabilizing measures
Optimization of the prime costs for power-to-X products in Python
Implementation of current limiting of grid-forming inverters for unbalanced grid fault situations
Development of a dynamic model to analyze the potential of providing inertia from electrolysers
