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| ELEC0047-1 | Dynamics of electric energy systems
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| Duration : | 30h Th, 30h Pr |
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| Credits/ECTS : |
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| Holder(s) : | Thierry Van Cutsem, Thierry Van Cutsem |
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| Language : | French language |
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| Course contents : | 1st part. Modelling of components and of their controls
- dynamics of synchronous generator : time constants, inductances, state equations, per unit systems, rotor motion
- power system modelling and simulation under the quasi-sinusoidal approximation
- controls of the synchronous machine: turbines and speed governors, excitation systems and automatic voltage regulators
- other components: induction machines, static var compensators (SVCs), fixed and variable series compensation (FACTS devices).
2nd part. Stability
- Transient angle stability (large disturbances): analysis of the one-machine infinite-bus system (equal area criterion), general analysis methods, means to improve transient stability
- small-signal angle stability: analysis of the one-machine infinite-bus system, analysis of a general system, modal analysis. Stability improvement: design of controllers for oscillation damping, mainly the power system stabilisers
- frequency stability : définition, description
- voltage stability: analysis of short-term and long-term instability mechanisms, stability improvement. Specific analysis methods.
3rd part. Unbalanced faults
Analysis using the Fortescue components method. |
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| Course objective : | 3rd-cycle course introducing to power system dynamics: modelling, control and stability. |
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| Prerequisites : | ELEC029 or equivalent. |
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| Workshops : | Examples using a SIMULINK (MATLAB) library of power system models are shown during the lectures. A personal work using this tool is requested. |
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| Organization : | Course taught during the first or the second semester, depending on the audience. |
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| Written notes : | Some notes as well as the slides used during the lectures are available in electronic (PDF) format. They can be downloaded from my Web page (see below). |
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| Assessment : | A personal work is requested, covering various parts of the course and using the above mentioned SIMULINK software. A written report is requested, with possibly an oral presentation. |
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| Contacts : | T. VAN CUTSEM
Tel: 04 366 26 89 or 0494 17 45 00
Fax: 04 366 45 82
e-mail: t.vancutsem@ulg.ac.be
web page: www.ulg.ac.be/montefiore/~vct |
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| Remarks : | The course may also include seminars given by external speakers, as well as presentations of research works. |
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