NETWORK DYNAMICS

Our research focuses on principles of self-organization in high-dimensional dynamical systems to identify critical features of future-compliant energy systems. We build on fundamental aspects of dynamical systems theory, network dynamics, and time series analysis to characterize the dynamics of power grids and energy systems. This understanding enables us to predict and ultimately control instabilities emerging from the collective dynamics during the ongoing transition... Concepts and tools from network dynamics help us to understand a broad range of phenomena. We develop and transfer fundamental theoretical insights across applications towards a foundational understanding of network dynamical processes... The goal of our research at the Chair for Network Dynamics is a unifying understanding of the fundamental mechanisms underlying the collective dynamics of all of these large, nonlinear, interconnected systems. We combine first-principles theory with data-driven analysis and..

Primary location: Dresden United States