M. Sc. Walter Schittek

Research assistant

1980–1984: Studied electrical engineering, specializing in communications processing, at the Wilhelmshaven University of Applied Sciences, now known as Jade University.
Thesis: “Development of a Measurement Data Acquisition System (Hardware and Software) for a 16-bit Microcomputer (MC68000 CPU)”
1984–1995: Development engineer at Deutsche Fernsprecher Gesellschaft mbH in Marburg.
1995–1996: Advanced training as a network specialist at iad Marburg.
1996 – 2015: IT Coordinator in the Human Resources Department of the University Hospital of Marburg, now the University Hospital of Giessen and Marburg.
2013–2017: Studied electrical engineering, specializing in electrical power systems, at the University of Kassel.
Master’s thesis: “Augmented Block-Diagram Model for Investigating Primary-Control Performance at Low Inertia”
2015–2019: Student assistant, master’s student, and research assistant at the University of Kassel, e²n Department, and at Fraunhofer IEE, Transmission Networks Group.
2019–2020: Research Employee (part-time position) at the Cologne University of Applied Sciences.
Since May 2019: Research Assistant in the Department of Energy Management and Operation of Electrical Networks at the University of Kassel.

Publications

2023

W. Schittek, J. Massmann, T. Hennig, D. S. Stock, M. Braun, Potential Contributions of Loads and Storage Systems to Inertia: A Qualitative and Quantitative Feasibility Study, ETG Congress 2023, May 25–26, 2023

2022

J. Heid, W. Schittek, Asymmetric and Confined Operation of a Generic Virtual Synchronous Machine, PESS + PELSS 2022, November 2–4, 2022
J. Heid, W. Schittek, C. Hachmann, M. Braun, Asymmetric Contributions to Instantaneous Reserve through Generation, Consumption, and Storage, Conference on Future Power Grids 2022, January 26–27, 2022
J. Heid, W. Schittek, C. Hachmann, M. Braun, Asymmetric Contributions to Instantaneous Reserve by Generation, Loads, and Storage, English version of the previous article

2019

W. Schittek, Electricity—Ready for the Future? Dynamic Electricity Prices and Virtual Secondary Control, Second, revised, and expanded edition (online version 2.911 dated April 2, 2019), 2019

2007

W. Schittek, Electricity – Ready for the Future? Fewer Power Plants Through Dynamic Electricity Pricing, Görich und Weiershäuser Publishers, Marburg, 2007

W. Schittek, C. Hachmann, N. Wiese, E. Prieto-Araujo, S. Brammer, J. Ferry, O. Gomis-Bellmunt, und M. Braun, „Complementary Grid Forming: Inertia Gathered from Constrained Resources“, IEEE Open Access Journal of Power and Energy, S. TBD, 2026.
W. Schittek, N. Wiese, C. Hachmann, X. He, J. Heid, J. Ferry, und M. Braun, „How to Tailor Power-Electronic Inertia to the Constraints of its Resource“, IEEE Open Access Journal of Power and Energy, S. 1–1, 2026.

W. Schittek, J. Massmann, T. Hennig, D. S. Stock, und M. Braun, „Potential Contributions of Loads and Storages to Inertia: A Qualita-tive and Quantitative Feasibility Study“, in Die Energiewende beschleunigen : ETG-Kongress 2023 : 25.-26. Mai 2023 in Kassel, M. Schwan, Hrsg. Berlin and Offenbach: VDE Verlag GMBH, 2023, S. 1–7.

J. Heid, W. Schittek, C. Hachmann, und M. Braun, „Unsymmetrische Beiträge zur Momentanreserve durch Erzeugung, Verbrauch und Speicher“, in Tagung Zukünftige Stromnetze 2022, Conexio-PSE, Hrsg. Pforzheim: Conexio-PSE GmbH, 2022, S. 32–51.
M. Braun, W. Schittek, C. Hachmann, und J. Heid, „Asymmetric Contributions to Instantaneous Reserve by Generation, Loads, and Storage“, in Tagung Zukünftige Stromnetze 2022, Conexio-PSE, Hrsg. Pforzheim: Conexio-PSE GmbH, 2022, S. TBD.