Analysis of Long-Term Voltage Stability in Hybrid Power Systems under Consideration of Changing System Dynamics and Underlying Multi-Modal Active Distribution Networks Due to the changing conditions in power systems…
Consistent modeling, design and analysis of multi-layered hybrid power systems with distributed control The objective of this project is to develop methods for the design andanalysis of distributed control…
Distributed Optimization in Smart Grids The goal of this project is to find a structural approach to distributed optimization and regulation in Smart Grids, which will take into account…
Stochastic optimisation for secure dynamic AC-load flow in hybrid multi-modal energy systems under uncertainty Grid-bound resources, in the present project foremostly electricity, but also gas and water, will have…
Analysis of controller conflicts in multimodal Smart Grid systems using the concept of emergence in technical systems Four transition driving forces characterize the ongoing and upcoming changes in the transition…
Multi-Objective Black-Start in ICT-reliant Renewable Energy Systems This project aims at developing a rapid recovery method for ICT-reliant energy systems after a wide-area power loss. A so-called black-start requires…
Reliable Operation of Inverter-Dominated ICT-Reliant Energy Systems -- from Centralized Structures to Agent-Based Decentralized Control Das Ziel dieses Vorhabens ist es, eine integrierte, mehrschichtige Architektur für die Netzregelung von umrichterdominierten…
Multi-Resilience, Resilience in ICT-based Multimodal Energy Distribution Systems Energy distribution systems are increasingly based on the interconnection between different infrastructures (electricity, gas, heat, ICT), transforming them into smart multimodal…