Person
Stephan Göbel
M.Sc.Chair of Energy Efficient Buildings and Indoor Climate
Research Assistant
Address
Building: 4120
Room: 20.34
Mathieustr. 10
52074 Aachen
Contact
- WorkPhone
- Phone: +49 241 80 49772
Fax
Fax:
+49 241 80 49769
Information
Fields of activity
Stephan Göbel works in the team Building Energy Systems and deals with hardware-in-the-loop solutions for energy systems. These enable a realistic evaluation of heat pump systems under dynamic boundary conditions.
Competences: Modelica/Dymola, Python, Matlab, TwinCAT 3, Heat Pump Systems, Hardware-in-the-Loop for Building Energy Systems
CV
Stephan Göbel studied mechanical engineering at the RWTH Aachen University and completed his studies with a specialisation in renewable energy technologies in March 2019. He completed his internship at Viessmann GmbH & Co. KG in the research and development of gas-operated absorption heat pumps. During his studies he supported the Institute of technical thermodynamics in the field of sorption technology as a student assistant. After completing his master's thesis at the Institute for Energy Efficient Building and Indoor Climate, he took up his position as a research associate in June 2019.
Publications
| Title | Author(s) |
|---|---|
| The Impact of Controller Settings in Heat Pumps: Numerical Findings and Experimental Verification Contribution to a book, Contribution to a conference proceedings (2023) | Göbel, Stephan Antonius (Corresponding author) Waiz, Kevin Vering, Christian Müller, Dirk |
| Maximizing operational efficiency of heat pumps with Model Predictive Control: An experimental case study for residential application Contribution to a conference proceedings (2023) | Göbel, Stephan Antonius Stoffel, Phillip Will, Florian Vering, Christian Müller, Dirk |
| Energiewende mit Wärmepumpen meistern: Systemverständnis aus dem Kältemittellabor durch das Digital Teaching Lab (DTL#2) digital vermitteln Poster (2022) | Vering, Christian (Corresponding author) Wüllhorst, Fabian Romberg, Hannah Breuer, Katharina Theresa Höges, Christoph Klingebiel, Jonas Ostlender, Sebastian Hubert Klebig, Tim Göbel, Stephan Antonius Müller, Dirk |
| Experimental Investigation of Rule-Based Control Strategies for Hybrid Heat Pump Systems Using the Smart Grid Ready Interface Contribution to a conference proceedings (2022) | Göbel, Stephan Antonius Vering, Christian Müller, Dirk |
| How to calibrate heat pump test stands for load-based testing - towards technology-neutral prescriptions Contribution to a conference proceedings (2022) | Göbel, Stephan Antonius Zottl, Andreas Noack, Ralf Mock, Daniel Wachau, André Vering, Christian Müller, Dirk |
| Development and experimental validation of model-based superheat control strategies for air-to-water heat pumps Contribution to a conference proceedings (2022) | Göbel, Stephan Antonius Fiedler, Tobin Klingebiel, Jonas Vering, Christian Müller, Dirk |
| How to measure and evaluate refrigerant cycles - in a representative, reproducible manner? An experimental case study for water-to-water heat pumps Contribution to a conference proceedings (2022) | Göbel, Stephan Antonius Vering, Christian Müller, Dirk Wachau, André |
| Evaluation of machine learning methods for optimizing the defrosting process of air-to-water heat pumps Contribution to a book, Contribution to a conference proceedings (2022) | Klingebiel, Jonas (Corresponding author) Göbel, Stephan Antonius Venzik, Valerius Müller, Dirk |
| Open‐Source vapor compression library (VCLib): Heat pump modeling for education and research Journal Article (2022) | Vering, Christian (Corresponding author) Engelpracht, Mirko Göbel, Stephan Antonius Hoseinpoori, Sina Wüllhorst, Fabian Schwenzer, Christian Rademacher, Matti Hinrichs, Sven Chandra, Friederike Mehrfeld, Philipp Müller, Dirk |
| Urban Energy Lab 4.0 - An integrated step towards a sustainable future of city districts Contribution to a book, Contribution to a conference proceedings (2022) | Vering, Christian Göbel, Stephan Antonius Streblow, Rita Müller, Dirk |
| Urban Energy Lab 4.0 - An integrated step towards a sustainable future of city districts Contribution to a book, Contribution to a conference proceedings (2022) | Vering, Christian (Corresponding author) Göbel, Stephan Antonius Streblow, Rita Müller, Dirk |
| Influence of refrigerant and compressor construction forms on efficiencies assessed by dynamic simulation models Contribution to a book, Contribution to a conference proceedings (2021) | Vering, Christian (Corresponding author) Schwenzer, Christian Göbel, Stephan Antonius Venzik, Valerius Müller, Dirk |
| Refrigerant Lab 4.0: Integrated Optimization of Heat Pump Systems from Theory to Accessible Practice Conference Presentation (2021) | Vering, Christian (Corresponding author) Göbel, Stephan Antonius Klingebiel, Jonas Höges, Christoph Mehrfeld, Philipp Venzik, Valerius Streblow, Rita Müller, Dirk |
| Underfloor heating system model for building performance simulations Contribution to a book, Contribution to a conference proceedings (2021) | Göbel, Stephan Antonius (Corresponding author) Schmitt, Elaine Mehrfeld, Philipp Müller, Dirk |
| Application of the DevOps methodology on heat pump controllers Contribution to a book, Contribution to a conference proceedings (2021) | Nürenberg, Markus (Corresponding author) Göbel, Stephan Antonius Mehrfeld, Philipp Müller, Dirk |
| Evaluating Refrigerants Using a Dynamic Reciprocating Compressor Model Contribution to a book, Contribution to a conference proceedings (2021) | Göbel, Stephan Antonius (Corresponding author) Vering, Christian Venzik, Valerius Nürenberg, Markus Müller, Dirk |
| Heat Pumps with natural Refrigerants investigated in the "Urban Energy Lab 4.0 - Refrigerant Lab" Contribution to a conference proceedings (2020) | Vering, Christian (Corresponding author) Streblow, Rita Höges, Christoph Venzik, Valerius Göbel, Stephan Antonius Klingebiel, Jonas Mehrfeld, Philipp Müller, Dirk |