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|
| Offered by:
Department of Electric Power Engineering
(ELTEK) |
| Prerequisite: 50280/45120/C5310/53114 |
| Desirable: 50300/C5001 |
| Recommended semester:
7th semester |
| Scope and form: Survey lectures, exercises and laboratory project |
| Examination:
Assessment of written exam and approval of compulsory experimental work combined with written exam.
(13 point scale
) |
| Remarks: The Course is succeeded by 53247 (3-weeks course) |
| Contact person: |
Torben Leisner, ELTEK, Building 325, Tel. +45 4525 3535 |
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| Aim: To obtain knowledge about conditions in electric power systems, which can lead to stability problems, and to give the student insight in the theoretical background for calculation methods in stability analysis. Furthermore to practice skills with a calculation program, where generators with control equipment and transmission lines and loads are modelled and their behaviour analysed after a fault or after a change in state. |
| Contents: After an introduction to stability problems, some dynamic models for components in electric power systems will be taken. This is specially the power generator incl. power/frequency and voltage control, transformers, transmission lines and cables. After that some calculation methods for stability analysis of complex systems are taken. This theoretical going through is followed up by stability analysis with a simulation program, where case-studies are modelled and simulated in case of faults and changes in state. |
