Distributed Dynamic Security Control in Next-Generation Electrical Power Systems   Ensuring secure and reliable operation of complex energy systems represents one of the most essential tasks for the well-functioning of…

Novel methods and models for the analysis of harmonic instabilities in distribution grids with a high penetration of power electronics   The general objective of the study is the analysis…

Formal stability assessment of hybrid distribution grids based on the correct modeling of the effect of synchronization of the power electronics interfaces   Hybrid grids, which incorporate both AC and…

Development of Novel Control Strategies and Equivalent Models for Wide-Area Interconnected Hybrid and Multimodal AC-DC Power Systems   In order to reach the German and European policy to achieve an…

Development of Novel Models and Control Methods for Multilevel-VSC Multiterminal HVDC-Systems for Improving the Stability of Interconnected AC- and DC-Grids   The suggested work program comprises the development of models…

Multimodal Distribution Grid Control for the Decentralized Provision of Ancillary Services   Today, transmission and distribution grid operators ensure quality, security and reliability of the electrical power supply by continuous…

Loop Circle Arc Theory (LoCA) - New Method for comprehensive evaluation of Cross-Sectoral and Cellular Organized Energy Systems   The present use of renewable energy sources (RES) will increase strongly…