PhD Candidate, Team Energy Systems and Energy Economics, Department Energy System Analysis
Patrick Jürgens is a PhD student at Fraunhofer ISE. His research focuses on modelling the energy system transformation in Europe with a focus on sector coupling and flexibilities in a net-zero energy system.
Patrick Jürgens studied at the University of Freiburg and NTNU Trondheim and holds a Master's degree in Physics and a Bachelor's degree in Political Science.
| 2022 | Student Best Paper Award, 17th IAEE European Conference, Athens |
| since 2021 | Doctoral Scholarship of the German Academic Scholarship |
| 2013 – 2019 | Foundation, Scholarship of the Heinrich Böll Foundation |
| TransDE | Transformation of the German Infrastructure by 2050 in Harmony with the Energy Transformation of all Consumption Sectors |
| Copernicus-Ariadne | Evidence-Based Assessment to Map Out the German Energy Transformation |
External publication list on Google Scholar
Publication list from the Fraunhofer-Publica database:
| Jahr Year | Titel/Autor:in Title/Author | Publikationstyp Publication Type |
|---|---|---|
| 2024 | Flexibilität im deutschen Energiesystem bis 2045: Beitrag verschiedener Technologien auf dem Weg zur Klimaneutralität Jürgens, Patrick; Sepúlveda Schweiger, Jael; Gaafar, Nourelden; Kost, Christoph |
Studie Study |
| 2024 | Increasing Spatial Resolution of a Sector-coupled Long-term Energy System Model: The Case of the German States Brandes, Julian; Jürgens, Patrick; Kaiser, Markus; Kost, Christoph; Henning, Hans-Martin |
Zeitschriftenaufsatz Journal Article |
| 2024 | Pathways to a GHG-neutral German industry: Assessing the role of direct and indirect electrification and demand reduction Kaiser, Markus; Senkpiel, Charlotte; Jürgens, Patrick; Kost, Christoph |
Konferenzbeitrag Conference Paper |
| 2024 | System Flexibility in the Context of Transition towards a Net-zero Sector-coupled Renewable Energy System - Case Study of Germany Gaafar, Nourelden; Jürgens, Patrick; Sepúlveda Schweiger, Jael; Kost, Christoph |
Zeitschriftenaufsatz Journal Article |
| 2023 | Energy sovereignty in the German transformation pathways of the energy system by 2030 and 2045 Kost, Christoph; Kaiser, Markus; Brandes, Julian; Senkpiel, Charlotte; Jürgens, Patrick |
Vortrag Presentation |
| 2023 | How reduction of energy demand can help to reach or reinforce German mitigation targets Jürgens, Patrick; Brandes, Julian; Kaiser, Markus; Senkpiel, Charlotte; Kost, Christoph |
Vortrag Presentation |
| 2023 | Flexibilities in a sector coupled, net-zero energy system Jürgens, Patrick; Sepúlveda Schweiger, Jael; Gaafar, Nourelden; Kaiser, Markus; Kost, Christoph |
Vortrag Presentation |
| 2023 | Das Python-Package pyam: Szenario-Analyse, Datenvisualisierung und Schnittstelle zwischen Modellen mit einheitlichem Dateiformat Jürgens, Patrick |
Vortrag Presentation |
| 2023 | Energy policy scenarios for the German transformation pathways of the energy system by 2030 and 2045. A model analysis with the energy system model REMod Kost, Christoph; Kaiser, Markus; Brandes, Julian; Jürgens, Patrick; Senkpiel, Charlotte |
Vortrag Presentation |
| 2022 | Flexibility Capacities and Contributions in the Future German Energy System Kaiser, Markus; Jürgens, Patrick; Wrede, Daniel; Brandes, Julian; Kost, Christoph |
Vortrag Presentation |
| 2022 | Pathways to climate neutrality 2045 of the German energy system Brandes, Julian; Haun, Markus; Jürgens, Patrick; Kost, Christoph |
Vortrag Presentation |
| 2022 | Modelling Germany's energy transition within a 1.5°C-CO2-budget Jürgens, Patrick; Brandes, Julian; Kaiser, Markus; Kost, Christoph |
Vortrag Presentation |
| 2022 | The Impact of Energy Security on a German Energy System by 2030 and 2045 and the Role of Heat Pumps Kost, Christoph; Kaiser, Markus; Brandes, Julian; Jürgens, Patrick |
Vortrag Presentation |
| 2021 | Wege zu einem Klimaneutralen Energiesystem. Die deutsche Energiewende im Kontext gesellschaftlicher Verhaltensweisen Brandes, Julian; Haun, Markus; Wrede, Daniel; Jürgens, Patrick; Kost, Christoph; Henning, Hans-Martin |
Studie Study |
Fraunhofer Institute for Solar Energy Systems ISE