Raffael Schwanninger M.Sc.
Leuchtturm der Energieforschung / Person
/ Raffael Schwanninger M.Sc.

Raffael Schwanninger M.Sc.

Lehre, Gleichspannungsnetze
Raffael Schwanninger M.Sc.
FAU Erlangen-Nürnberg / Lehrstuhl für Leistungselektronik
+49 9131 761 551
+49 9131 761 312

Publikationen

Hier finden Sie alle bisher veröffentlichten Publikationen – Zeitschriftenartikel, Rezensionen, Entscheidungsanmerkungen, Fallbesprechungen, Sammelwerke, Kommentare, Konferenz- oder Diskussionsberichte, Konferenzbeiträge und andere Beiträge, Editorials, Festschriften usw.
Yang X, Wunder B, Yin S, Schwanninger R, März M, Lorentz V (2024)
Hybrid Modulation Scheme for CLLC Resonant Converter with Ultra-wide Voltage Range in V2G Mode
Lavery M, Schwanninger R, März M (2024)
Exploration of Use-Case-Dependent Modeling Approach for Distributed DC-Grids
Schwanninger R, Friedrich J, Lavery M, März M (2024)
Investigation of a Decentralized Energy Management System for Undersupplied EV Charging Parks
Gehring J, Wunder B, Schwanninger R, März M, Lorentz VRH (2024)
Novel Device for Fast Detection and Limitation of Short-Circuit Currents in LVDC Grids
Martin Barth, Benjamin Gutwald, Eva Russwurm, Melanie Lavery, Raffael Schwanninger, Martin März, Jörg Franke (2024)
Holistic Concept for Simulation-based Planning and Design of Hybrid AC/DC Energy Grids for Production Systems
Simulation Notes Europe
Xiaotian Yang, Bernd Wunder, Shi Yin, Raffael Schwanninger, Martin Maerz, Vincent Lorentz (2024)
Hybrid Modulation Scheme for CLLC Resonant Converter with Ultra-Wide Voltage Range for V2G Applications
Melanie Lavery, Raffael Schwanninger, Martin März (2024)
Investigation of Use-Case-Dependent Modeling Approach for Switched-Mode Power Converters for LVDC Grid Evaluation
Schwanninger R, Schmitt D, Lavery M, Wunder B, März M (2024)
Output Impedance Measurement of Digitally Controlled Power Converters in LVDC-Grids
Barth Martin, Gutwald Benjamin, Russwurm Eva, Franke Jörg, Lavery Melanie, Schwanninger Raffael, März Martin (2023)
Simulation-based planning and design of hybrid AC/DC energy grids for production systems: a holistic approach
Schmidt H, Gutierrez A, Romani A, Crescentini M, Borger K, Chacon R, Forster A, Schwanninger R, Eberle T, März M (2023)
The PROGRESSUS project - Highly efficient and trustworthy electronics, components and systems for the next generation energy supply infrastructure
Johannes Gehring, Alexander Nowak, Raffael Schwanninger, Bernd Wunder, Martin März (2023)
Energy-Equivalent Inductance Measurement System
Raffael Schwanninger, Georg Roeder, Peter Wienzek, Melanie Lavery, Bernd Wunder, Martin Schellenberger, Vincent Lorentz, Martin Maerz (2023)
Experimental Assessment of LVDC-Grid Stability Optimization using Circuit Simulation and Machine Learning
Xiaotian Yang, Stephan Pohlenz, Raffael Schwanninger, Nico Schleippmann, Bernd Wunder, Martin März (2023)
Modelling and Design of a Droop-Based Cascaded Controller for LLC Resonant Converter
Melanie Lavery, Raffael Schwanninger, Martin März (2023)
Use-Case- Dependent Modeling Approach for Computer Simulation of Hybrid AC-DC Grids
Johannes Gehring, Raffael Schwanninger, Julian Kaiser, Bernd Wunder, Martin Marz (2023)
Device Providing DC Short-Circuit Current
Johannes Gehring, Kilian Gosses, Raffael Schwanninger, Bernd Zeilmann, Bernd Wunder (2022)
Novel compensation scheme for low dynamic converters in droop-controlled DC grids
Julian Dobusch, Raffael Schwanninger, Benedikt Kohlhepp, Thomas Duerbaum (2021)
How to choose the optimal gan-hemt for a hard switching application – a guide
Julian Dobusch, Raffael Schwanninger, Thomas Duerbaum (2021)
Novel approach to model gan-hemt capacitances using sigmoid functions
Benedikt Kohlhepp, Daniel Kübrich, Raffael Schwanninger, Thomas Dürbaum (2021)
Switching loss estimation of gan-hemts by thermal measurement procedure
M. Angerer, R. Schwanninger, M. März (2020)
Active common-mode filter for capacitive-coupled isolated signalling
Electronics Letters