Educational Resources

The cards below link available university courses and teaching material specifically for tespy or using it in the context of the topic.

Note

These resources may not be up to date with the latest version of tespy at all times. If you want to help updating them, please reach out to the respective developers or open an issue on the tespy repository, so we can get things started.

Model thermodynamic systems with tespy

This is a complete master course with slides, exercises and documentation in the form of a script. The course is still under development and the script is not yet complete.

https://github.com/IljaTuschy/tespy-znes-course/

Build component based systems at the example of a simple heat pump

This introduces the fundamental concepts of component based thermodynamic modeling and three different solution approaches (at the) example of a heat pump. These are sequential and equation based models, and then how to model the same system using tespy.

https://fwitte.github.io/intro-to-thermal-engineering/

Simulate and analyse concentrating solar power systems

This course is a short introduction to modeling concentrating solar power systems starting from solar irradiation calculations, considering different types of solar collectors and then using tespy to analyse Rankine cycles and supercritical CO₂ power cycles.

https://github.com/ddceruti/csp-exercises/

Integrate thermodynamic models with economic dispatch assessment

This workshop is an introduction how to connect thermodynamic modeling of a heat pump with a dispatch optimization problem.

https://oemof.github.io/heat-pump-tutorial/

Introduction to exergy analysis

These resources show how exergy analysis works fundamentally and how it can be carried out automatically with tespy.

https://fwitte.github.io/TESPy_teaching_exergy/