Person

Stephan Göbel

M. Sc.
Göbel, Stephan Copyright: © EBC
Lehrstuhl für Gebäude- und Raumklimatechnik

Address

Building: E.ON ERC, Geb. Nr. 4120

Room: 20.34

Mathieustraße 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)
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 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
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
Urban Energy Lab 4.0 - An integrated step towards a sustainable future of city districts
Contribution to a conference proceedings (2021)
Vering, Christian (Corresponding author)
Göbel, Stephan Antonius
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 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