Paul E. Seifert
About
Hei, I'm a PhD Candidate at the department of Industrial Economics and Technology Management (IØT). I obtained an MSc in Sustainable Energy from NTNU and one in Industrial Engineering and Management from TU Berlin through the Sustainable Energy Systems and Markets (SESAM) program. Currently, I work on short-term electricity markets, where we aim to improve the flexibility of electricity markets with digitalisation and dynamic market designs.
Competencies
Publications
2023
-
Lüth, Alexandra Rebecca;
Seifert, Paul Erich;
Egging-Bratseth, Rudolf Gerardus;
Weibezahn, Jens.
(2023)
How to connect energy islands: Trade-offs between hydrogen and electricity infrastructure.
Applied Energy
Academic article
-
Wendelborg, Magnus Aleksander;
Backe, Stian;
Granado, Pedro Andres Crespo del;
Seifert, Paul Erich.
(2023)
Consequences of Uncertainty from Intraday Operations to a Capacity Expansion Model of the European Power System.
Academic chapter/article/Conference paper
2022
-
Eerma, Mirjam Helena;
Manning, Dylan Pius;
Økland, Gro Lill;
Angel, Citlali Rodriguez del;
Seifert, Paul;
Winkler, Johanna.
(2022)
The potential of behavioral changes to achieve a fully renewable energy system - A case study for Germany.
Renewable and Sustainable Energy Transition
Academic article
Journal publications
-
Lüth, Alexandra Rebecca;
Seifert, Paul Erich;
Egging-Bratseth, Rudolf Gerardus;
Weibezahn, Jens.
(2023)
How to connect energy islands: Trade-offs between hydrogen and electricity infrastructure.
Applied Energy
Academic article
-
Eerma, Mirjam Helena;
Manning, Dylan Pius;
Økland, Gro Lill;
Angel, Citlali Rodriguez del;
Seifert, Paul;
Winkler, Johanna.
(2022)
The potential of behavioral changes to achieve a fully renewable energy system - A case study for Germany.
Renewable and Sustainable Energy Transition
Academic article
Part of book/report
-
Wendelborg, Magnus Aleksander;
Backe, Stian;
Granado, Pedro Andres Crespo del;
Seifert, Paul Erich.
(2023)
Consequences of Uncertainty from Intraday Operations to a Capacity Expansion Model of the European Power System.
Academic chapter/article/Conference paper