Prof. Dr.-Ing. Matthias Luther

Lehrstuhl für Elektrische Energiesysteme

Security assessment for higher loaded power system operation to 2030 (2021) Raab A, Mehlmann G, Schindler J, Luther M, Abel M, Horn S, Heyde C, et al. Conference contribution Impact of Inverter-Based Generation on Voltage Stability in a Modified Nordic Test System (2021) Heusinger E, Porst J, Raab A, Luther M, Samaan S Conference contribution, Conference Contribution A novel Grid Forming Control Scheme revealing a True Inertia Principle (2021) Kuri A, Zurowski R, Mehlmann G, Audring D, Luther M Journal article, Original article Validation of a modular multilevel converter with additionally integrated energy storage for grid-supportive operation (2020) Richter M, Klein K, Luther M Conference contribution Generalized dynamic phasor model of an MMC using novel mathematical framework (2020) Dimitrovski R, Luther M Conference contribution Benefits and Challenges of the Kinetic Battery Model in System-Level Storage Unit Simulations (2020) Dicke P, Resch S, Steinbacher F, Luther M, German R Conference contribution, Conference Contribution The micro-hybrid method to assess transient stability quantitatively in pooled off-grid microgrids (2020) Veerashekar K, Flick M, Luther M Journal article, Original article Qualitative and Quantitative Transient Stability Assessment of Stand‐Alone Hybrid Microgrids in a Cluster Environment (2020) Veerashekar K, Askan H, Luther M Journal article, Original article Potential of Modular Multilevel Converter Technology providing Synthetic Inertia and AC Frequency Support for AC Grids (2020) Porst J, Richter M, Biller M, Luther M Conference contribution, Conference Contribution Reduction of Battery-Aging of a Hybrid Lithium-Ion and Vanadium-Redox-Flow Storage System in a Microgrid Application (2020) Resch S, Luther M Conference contribution, Conference Contribution