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ELEC8346: Unit Outline
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Contact Details
NOTE: Email addresses have been obscured - remove the '[' and ']' to make real addresses.
Unit Coordinator
- Tam Nguyen, T. <tam[@]ee[.]uwa[.]edu[.]au>
ELEC8346 Power Systems Modelling
Unit Co-ordinator: Professor T. T. Nguyen
Lecturer & Tutor
Professor T. T. Nguyen Room 4.08
Automation, Computing and Energy Research Group
School of Electrical, Electronic and Computer Engineering
Tel: +61 -8-6488-2559
Fax: +61 -8-6488-3747
Email: tam@ee.uwa.edu.au
Assessment
The course unit assessment comprises an assignment. The assignment submission date is Friday 30 October 2009 (by 5 pm).
All work submitted must be the individual student’s own work. Each submission MUST include a completed Blue Cover Sheet to confirm that work submitted is that of the individual student and has no part been copied or reproduced by plagiarism.
Penalties
Assignment will receive 10% (of the assignment assessment) penalty for each day late.
Faculty Policies
Unit marks may be scaled in line with the Faculty’s Policy on Assessment Practices and Procedures.
See Faculty Policy on Assessment Practices and Procedures at http://www.ecm.uwa.edu.au/for/students/assess
See the University Guidelines on Academic Misconduct at http://www.ecm.uwa.edu.au/for/students/plagiarism
See Faculty Policy on Appeals at http://www.ecm.uwa.edu.au/for/students/exams
See the Charter of Student Rights at http://www.secretariat.uwa.edu.au/home/policies/charter
Supplementary assessment is not available in this unit.
ELEC8346 Power Systems Modelling
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| Credit: 6 points Availability: Semester 2 (See Timetable) Old unit code: 624.606, MATH8346 | |
| Outcomes: Students develop an in-depth technical competence in modelling power systems in different operating modes. | |
| Content: This unit covers steady-state network model; sparsity programming methodology; modelling in phase co-ordinates; applications of network models in load flow; short-circuit fault; harmonic and transient stability analyses; dynamic modes of operation subsequent to a disturbance; forms of instability; factors on which the limits of stable operating modes depend; modelling requirements for dynamic analysis; typical solutions; transformation between alternative systems of variables; excitation controller and prime-mover and governor modelling; network modelling in dynamic analysis; requirements relating to detail of modelling; dynamic load modelling; complete multi-machine formulation in d-q axes; axis transformation; numerical integration; compensator modelling in dynamic analysis; contribution of compensators to dynamic response; eigenvalue analysis in small-disturbance stability studies; and investigations of voltage collapse with dynamic models. | |
| Assessment: This includes an examination and/or assignments/projects. The examination assesses the student's ability to formulate models for representing power systems in a range of operating conditions. The assignments/projects test their competence in evaluating power systems responses and understanding their significance in terms of network system design and operation. | |
| Location: UWA (Crawley) | |
| Mode: on-campus | |
Unit Rules: |
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| Advisable prior study: assumed prior knowledge in power systems at a level equivalent to ELEC3305 Power and Machines (formerly 620.332 Power and Machines 332/ENGT3305 Power and Machines) and ELEC4307 Power Transmission and Control (formerly 620.457 Power Transmission and Control 457/ENGT4307 Power Transmission and Control) | |
| Contact hours—59 (lectures: 26 hrs; tutorials: 13 hrs; project: 20 hrs) |
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Unit Web Page: http://student.ee.uwa.edu.au/units/elec8346 |
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| Note: This is a unit for students enrolled in the Master of Engineering. | |
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ADFD Assignment Marks now available
