Labor für Energieerzeugung und Simulationsprojekt

• carry out sampling and sample preparation,
• analyse solid and liquid fuels in accordance with applicable standards, …
• analyse fuel cells characteristics using hydrogen as fuel,
• develop concepts for the use of renewable and fossil energy sources,
• design and dimension power generation plants with software support,
• assess and evaluate power generation plants, and
• apply group and teamwork methods

• Project report ”Development of a concept for a thermal power generation plant” (20-30 pages, depending on the topic): 30 %
• Presentation to the report ”Development of a concept for a thermal power generation plant” (20 min): 20 %
• Laboratory work in ”Power Plant Chemistry” - 5-6 h (1 day at BTU): 5%
• Laboratory report ”Power Plant Chemistry” - 3-4 h: 10 %
• Laboratory work ”Renewable Energies” - 5-6 h (1 day at BTU): 5 %
• Laboratory report ”Renewable Energies” - 3-4 h: 10 %
• Manual calculation of a thermodynamic process - 7-8 h: 15 %
• Modelling of a thermodynamic process using EBSILON Professional- 10-12 h (2 days at BTU): 5 %

The course documents are provided in the learning management system Moodle.

• 30 h laboratory training (lab experiments
• 60 h self-organised studies
• 30 h laboratory training (simulation
• 60 h self-organised studies

Bewertungen von Studierenden

Was Studierende über dieses Modul sagen. Die BTU hat damit nichts zu tun — hier schreiben nur Studierende, und jede Bewertung ist die Meinung einer einzelnen Person.