| Title: |
EES Hydro Generators |
| Short Code: |
EES HYG |
| ECTS Credits: |
1 |
| UAS: |
FHNW
|
| Organizer Details: |
Prof. Georg Traxler-Samek |
| Evaluation: |
Active participation (three days) is required. The course is part of EVA EES. |
| Decision Date: |
10 April 2024 |
| Start Date: |
12 April 2024 |
| End Date: |
26 April 2024 |
| Date Details: |
Three course days: - 12.04.2024: 09:00 - 15:45 (6 x 45' including lunch break)
- 19.04.2024: 09:00 - 15:45 (6 x 45' including lunch break)
- 26.04.2024: 09:00 - 15:45 (6 x 45' including lunch break)
|
| Type: |
The course is part of EVA-EES (electrical energy systems) which is offered by different schools. The goal of EVA-EES is to strenghten the knowledge in the field of electrical energy, drives and conversion. |
| Language(s): |
german or english |
| Description (max. 300 characters): |
Dieser Kurs widmet sich der Auslegung und Berechnung von Wasserkraft-Grossgeneratoren im Leistungsbereich bis zu mehreren hundert Megawatt. Solche Maschinen werden in der Praxis für ein spezifisches Kraftwerk als Prototypen dimensioniert. Diese Dimensionierung ist ein multi-disziplinäres Problem, bei dem elektromagnetische, mechanische und kühlungstechnische Aspekte betrachtet werden müssen. This course is dedicated to the design and calculation of large hydro-generators in the power range up to serveral hundred megawatts. In general these machines are sized for a specific power plant as prototypes. This dimensioning is a multi-disciplinary problem where electromagnetic, mechanical and cooling aspects need to be considered. |
| Contents and Learning Objectives: |
Kursziele: - Wasserkraftwerke
- Design: mechanische Ausführung von Schenkelpol-Synchronmaschinen
- Synthese: Auslegung von Schenkelpol-Synchronmaschinen mit Schwerpunkt auf Baugrösse und Statorwicklung
- Kühlmethoden und Erwärmungsberechnungen (Überblick)
- Dimensionierung in der Praxis: Auslegung eines Grossgenerators
The objectives of the course are: - Hydro plants
- Design: mechanical design of salient-pole synchronous machines
- Synthesis: dimensioning of salient-pole synchronous machines based on specification data with focus on machine size and stator winding
- Cooling methods and thermal calculations (overview)
- Application of dimensioning: design of a large generator
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| Admission: |
|
| Literature: |
|
| Conditions: |
Credits of EVA-EES are assigned if at least two courses are attended in one semester. |
| Contact: |
Prof. Georg Traxler-Samek |
| Contact Person E-Mail: |
georg.traxlersamek@fhnw.ch |
| Status: |
registration open
|
| Specialization: |
Energy and Environment (EE)
Industrial Technologies (InT)
Electrical Engineering (ElE)
Energy & Environment (EnEn)
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