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Doctoral Candidates

Impact of Financial Subsidy Schemes on Climate Goals in the Residential Building Sector
in: Journal of Cleaner Production, 2022
Wiethe, Christian
Explainable long-term building energy consumption prediction using QLattice
in: Applied Energy, 2022
Wenninger, Simon
Kaymacki, Can
Wiethe, Christian
Impact of socio-economic factors on local energetic retrofitting needs : A data analytics approach
in: Energy Policy, 2022
Ahlrichs, Jakob
Wenninger, Simon
Wiethe, Christian
Häckel, Björn
How Sustainable is Machine Learning in Energy Applications? The Sustainable Machine Learning Balance Sheet
in: Wirtschaftsinformatik 2022 Proceedings, Nürnberg, 2022
Wenninger, Simon
Kaymakci, Can
Wiethe, Christian
Römmelt, Jörg
Baur, Lukas
Häckel, Björn
Sauer, Alexander
The Human's Comfort Mystery : Supporting Energy Transition with Light-Color Dimmable Room Lighting
in: Sustainability, 2022
Wenninger, Simon
Wiethe, Christian
The Influence of Risk Perception on Energy Efficiency Investments : Evidence From a German Survey
in: Energy Policy, Bayreuth, 2022
Rockstuhl, Sebastian
Wenninger, Simon
Wiethe, Christian
Ahlrichs, Jakob
Leveraging Advanced Ensemble Models to Increase Building Energy Performance Prediction Accuracy in the Residential Building Sector
in: Energy and Buildings, 2022
Konhäuser, Koray
Wenninger, Simon
Werner, Tim
Wiethe, Christian
On the Surplus Accuracy of Data-Driven Energy Quantification Methods in the Residential Sector
in: Energy Informatics, 2022
Wederhake, Lars
Wenninger, Simon
Wiethe, Christian
Fridgen, Gilbert
Benchmarking Energy Quantification Methods to Predict Heating Energy Performance of Residential Buildings in Germany
in: Business & Information Systems Engineering, 2021
Wenninger, Simon
Wiethe, Christian
Understanding the risk perception of energy efficiency investments : Investment perspective vs. energy bill perspective
in: Energy Policy, 2021
Rockstuhl, Sebastian
Wenninger, Simon
Wiethe, Christian
Häckel, Björn
Managing the Risks of Energy Efficiency Insurances in a Portfolio Context : An Actuarial Diversification Approach
in: International Review of Financial Analysis, 2020
Baltuttis, Dennik
Töppel, Jannick
Tränkler, Timm
Wiethe, Christian
The Impact of Energy-Economical Behavior on Long-Term Energetic Retrofitting Roadmaps : A Vine Copula Quantile Regression Approach
in: Proceedings of the 11th International Conference on Applied Energy. Part 1, s.l., 2019
Töppel, Jannick
Tränkler, Timm
Wiethe, Christian

Christian Wiethe

Curriculum Vitae
Christian Wiethe graduated from Johann-Philipp von Schönborn-Gymnasium in Münnerstadt (Bavaria) in 2012. From 2013 he studied mathematics with a focus on statistics at the Julius-Maximilians University in Würzburg. After completing his Bachelor’s degree in 2016, Christian Wiethe studied in the Elite Graduate Program Finance and Information Management at the Universities of Augsburg, Bayreuth and the Technical University of Munich with a focus on Quantitative Finance. During this time he gained practical experience as an intern at an Asset Manager and as a research assistant at the Technical University of Munich. In November 2018 he started as a research assistant at the Finance & Information Management Research Center in Augsburg, becoming a Doctoral Candidate in August 2019.
Main Research
Within the scope of his research activities Christian Wiethe mainly focuses on heat and energy system transformation, in particular the financial analysis of energy efficiency measures as well as long-term grid expansion in supranational grids.
Publications
christian.wiethe@fim-rc.de
0821 480400 – 15
Alter Postweg 101
Augsburg 86159
.

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