Person

Christoph Höges

M. Sc.
Christoph Höges Copyright: © EBC
Lehrstuhl für Gebäude- und Raumklimatechnik

Address

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

Room: 20.32/33

Mathieustraße 10

52074 Aachen

Contact

WorkPhone
Phone: +49 241 80 49598
Fax Fax: +49 241 80 49769
 

Information

Teaching

Fields of activity

Christoph Höges works in the Refrigerant Cycles team and is primarily involved in the theoretical analysis of heat pumps and chillers. The focus is on the design of heat pumps starting by the refrigerant to the design and tuning of individual components of the refrigeration cycle. Various refrigerants (pure substances as well as mixtures) are systematically investigated with regard to their thermodynamic properties in compliance with political guidelines. Furthermore, different cycle schemes are evaluated. Based on the evaluation, the system components are designed. Finally, the designed system is examined in dynamic simulations and experiments.

CV

Christoph Höges studied mechanical engineering at the RWTH Aachen University and completed his studies with a specialization in renewable energy technologies in October 2019. During his studies, he supported, among other things, the Chair of Technical Thermodynamics in the field of sorption technology and teaching. After finishing his master‘s thesis at the Institute for Energy Efficient Building and Indoor Climate he started working as a research associate in March 2020.

 

Publications

Title Author(s)
Optimizing Mixture Composition in Alternative Flow Sheets in Residential Heat Pumps
Contribution to a conference proceedings (2022)
Höges, Christoph (Corresponding author)
Venzik, Valerius
Vering, Christian
Müller, Dirk
Bewertung von Hochtemperaturwärmepumpen zur Erzeugung von Prozessdampf
Conference Presentation (2022)
Höges, Christoph (Corresponding author)
Vering, Christian
Müller, Dirk
Analyzing the Influence of Alternative Flow Sheets on Optimal Mixture Composition in Residential Heat Pumps
Conference Presentation (2022)
Höges, Christoph
Venzik, Valerius
Müller, Dirk
Monobloc vs. split-design of heat pumps: fluid selection and thermodynamic analysis
Contribution to a conference proceedings (2022)
Höges, Christoph (Corresponding author)
Venzik, Valerius
Müller, Dirk
Bewertung alternativer Arbeitsmittel für Wärmepumpen im Gebäudesektor
Journal Article (2022)
Höges, Christoph (Corresponding author)
Venzik, Valerius
Vering, Christian
Müller, Dirk
Who Wants to Be a Millionfold Deployed Refrigerant?
Journal Article (2022)
Vering, Christian (Corresponding author)
Höges, Christoph
Müller, Dirk
Einfluss des Abtauzeitpunktes auf die Zykluseffizienz
Contribution to a conference proceedings (2021)
Klingebiel, Jonas (Corresponding author)
Höges, Christoph
Drexler, Lukas
Venzik, Valerius
Müller, Dirk
Theoretical Investigation of HFOs and Their Mixtures in Heat Pump Applications
Conference Presentation (2021)
Höges, Christoph (Corresponding author)
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
Theoretical Assessment of Binary Mixtures as Working Fluids in Heat Pump Cycles
Contribution to a conference proceedings (2021)
Höges, Christoph (Corresponding author)
Venzik, Valerius
Müller, Dirk
Design of Heat Pump Systems Considering Operation Dynamics
Contribution to a conference proceedings (2021)
Vering, Christian (Corresponding author)
Höges, Christoph
Nürenberg, Markus
Müller, Dirk
Design of Heat Pump Systems Considering Operation Dynamics
Poster (2021)
Vering, Christian
Höges, Christoph
Nürenberg, Markus
Müller, Dirk
Kältemittelkreisläufe als Wegbereiter für eine nachhaltige Gebäudeenergieversorgung
Journal Article (2021)
Müller, Dirk
Venzik, Valerius
Henn, Thomas
Klebig, Tim
Klingebiel, Jonas
Höges, Christoph
Vering, Christian (Corresponding author)
Pareto-Optimal System Structure and Process Design Including Natural Refrigerants for Heat Pump Systems
Contribution to a book, Contribution to a conference proceedings (2020)
Vering, Christian
Klingebiel, Jonas
Höges, Christoph
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