Academic Staff

Academic Staff
M.Sc. Hendrik Kramer
- Room:
- R11 T09 C20
- Phone:
- +49 201 18-33994
- Fax:
- +49 201 18-32703
- Email:
- Hendrik.Kramer (at) uni-due.de
- Consultation Hour:
- by arrangement
- Address:
- Lehrstuhl für Energiewirtschaft
Universität Duisburg-Essen, Campus Essen
Fakultät für Wirtschaftswissenschaften
Universitätsstraße 12
45141 Essen
Curriculum Vitae:
since 01/2020 University Duisburg Essen
Academic Staff at the Chair for Management Science and Energy Economics
09/2019 - 12/2019 50 Hertz Transmission GmbH
Internship in the department Concepts and System Strategies, Medium-Term Planning
10/2016 - 09/2018 Technische Universität Berlin
Master studies in Industrial Engineering, focus on electrical engineering,
Major on Electrical engineering,
Degree: Master of Science
03/2016 - 09/2016 DB Energie GmbH
Internship in the Energy Trading and Risk Management Department
10/2013 - 09/2016 Technische Universität Dresden
Bachelor studies in Industrial Engineering,
Major on Transport Engineering,
Degree: Bachelor of Science
Fields of Research:
- Regionalization of renewable energy sources for enegy system modeling
(particulary assignment of national installed capacities and production amounts on local scale to allow calculation of grid utilization rates) - Markets and their efficiency for ancillary system services
- Market designs with regional price components to support local flexibility options
Projects:
ongoing:
- SysZell – Integrative approaches for the provision of system services in cellular systems (EWL)
- MOPPL – Model coupling for integrated optimization of long-term transformation pathways - coevolution, coordination and robustness considering different system levels. (EWL)
finished:
- ZellNetz2050 – Simulation of cellular energy grid strucutures for cross-sectoral energy exchange, particularily electricity, heat, gas and mobility (IEEE, VDE)
- SDL Zukunft – Project of the BMWK to dermine the future demand and procurement of ancillary system services (BMWK)
- Nemo VIII – Report to validate the network extension plan 2021 proposed by the transmission system operators (BNetzA)
- Osmose – Optimal system-mix of flexibility solutions for European electricity, H2020 EU Research Project (Projekt)
Publications:
- Rasti, Sasan Jacob; Kramer, Hendrik; Flatter, Felix; Schegner, Peter; Weber, Christoph; Goetz, Stefan: Generic Technology Models To Simulate Flexible Operation In Multi-Energy Cellular Energy Systems, 10755. CIRED Conference Poster 2023 (Ed.), Rom 2023. CitationDetails
- Schinke-Nendza, Aiko; Flatter, Felix; Kramer, Hendrik; Khalid, Abuzar; Uhlemeyer, Björn; Rasti, Sasan Jacob; Trossen, Christian; Mohammadi, Sara; Mayorga Gonzalez, Daniel; Spanel, Udo; Wellssow, Wolfram; Weber, Christoph; Zdrallek, Markus; Schegner, Peter; Kubis, Andreas: 'ZellNetz2050' - A Concept for the Efficient and Effective Operation of Multi-Sector Web-of-Cells Energy Systems. In: CIGRE Session 2022 (2021). Full textCitationDetails
- Gaete-Morales, Carlos; Kramer, Hendrik; Schill, Wolf-Peter; Zerrahn, Alexander: An open tool for creating battery-electric vehicle time series from empirical data, emobpy. In: Scientific Data, Vol 2021 (2021) No 8. doi:10.1038/s41597-021-00932-9CitationDetails
Talks:
- Kramer, Hendrik; Schinke-Nendza, Aiko; Khalid, Abuzar; Weber, Christoph: On assessing the value of decentral flexibility given different flexibility deployment and TSO-DSO coordination, Enerday 2023, 05.05.2023, Dresden. Details
- Schinke-Nendza, Aiko; Kramer, Hendrik; Weber, Christoph: Ergebnisvorstellung BMWK-Forschungsprojekt „ZellNetz 2050“, VDE ETG Sitzung, 16.03.2023, Frankfurt am Main. Details
- Kramer, Hendrik; Boehnke, Florian; Weber, Christoph: Estimating the value of distributed demand side management technologies in Central Western Europe - Assessing regional differences in view of locational pricing mechanisms, 17th IAEE Europen Energy Conference, 22.09.2022, Athens. Details
Courses:
Electricity, District Heating, Renewable Energy (Winter term, Master)
Exercises: Electrical load flow modeling, peak load pricing, combined heat and power production
Tutored Theses:
- Zukünftige Bedarfsdeckung von Momentanreserve: Modellentwicklung und -anwendung (Master Thesis Business Administration - Energy and Finance, in progress)
- Regionalisierung von Elektrolysekapazitäten unter Berücksichtigung der Residuallast - Modellentwicklung und -anwendung (Bachelor Thesis Industrial Engineering, in progress)
- Modellierung von Windenergie Einspeisezeitreihen mit Reanalysedaten - Gegenüberstellung von COSMO-REA6 und ERA5 Winddaten (Bachelor Thesis Industrial Engineering, in progress)
- Entwicklung eines Konzepts zur Priorisierung von Instandhaltungsmaßnahmen im elektrischen Energiesystem (Master Thesis Industrial Engineering, 2023)
- Bereitstellung von Trägheit der lokalen Netzstabilität im zukünftigen elektrischen Energiesystem (Bachelor Thesis Industrial Engineering, 2023)
- Analyse von systemförderlichen Photovoltaik-Speicher-Fahrweisen von Prosumern im Energiesystem (Bachelor Thesis Industrial Engineering, 2022)
- Die Wirtschaftlichkeit von PV-Batteriesystemen bei aktuellen Strompreisen und zeitvariablen Tarifen (Bachelor Thesis Business Administration, 2022)
- Modellierung von Onshore-Windenergie-Einspeisezeitreihen mittels globaler meteorologischer Reanalysedaten (Master Thesis Business Administration - Energy and Finance, 2022) AbstractDetails
Weitere Informationen finden Sie hier.
- Einbeziehung von HGÜ-Leitungen und (n-1)-Sicherheit in optimale Leistungsflussberechnung (Bachelor Thesis Business Administration, 2022)
- Assessment of Demand Side Flexibility Products for prosumers in a European Context (Master Thesis Industrial Engineering, 2021)
- Analyse von Privatfahrzeug-Mobilitätsverhalten und Eignung dessen zur Erhöhung des Photovoltaik-Eigenstromverbrauchs (Bachelor Thesis Business Administration)