Course overview
An electrical power system is an interconnected network consisting of various components including generators that convert power from a primary energy source into electrical power, batteries, transformers, transmission/distribution lines that transmit generated power to load centres where it is consumed.
This course develops the basic theoretical knowledge and practical skills required to analyse complex power systems and to understand their operation and performance. It covers fundamental system concepts of reliability, security, stability, power and frequency control, reactive power and voltage control, power flow analysis, fault analysis and protection concepts.
Students will apply foundational theory in real-world scenarios through tutorial exercises, assignments and computer simulations to develop the practical engineering knowledge and skill required for further study of power systems and for commencing a career in the power engineering field.
- Overview of power systems
- Steady-state voltage and reactive-power control
- Power and frequency control
- Balanced three-phase fault analysis
Course learning outcomes
- Describe the role, evolution and structure of a modern electrical power system and explain key performance and operational aspects including system stability, security, reliability, frequency and voltage control, and protection and apply these concepts in practical contexts.
- Develop and apply the per-phase method for analysing balanced three-phase power systems, convert single-line diagrams to equivalent electrical network diagrams, and develop and apply the per-unit representation of quantities in power-system calculations.
- Formulate, interpret and apply the mathematical models describing the steady-state physical behaviour and performance characteristics of balanced three-phase transmission and distribution lines and cables.
- Analyse power networks under balanced steady-state conditions using analytical and software-based methods to develop a fundamental understanding of system power flow, voltage and reactive-power control techniques.
- Interpret the fundamental characteristics of hierarchical and time-segregated control of power and frequency in power systems and apply primary frequency control through dynamic and steady-state analysis and software-simulations.
- Analyse and apply balanced three-phase fault analysis techniques, including manual calculations for small networks.
Availability
Class details
Adelaide City Campus East
Group 1
Class number 27070
Section WS01
Size 80
Available 60
Class number 26934
Section AS01
Size 80
Available 60
Class number 27066
Section FR01
Size 80
Available 60
Class number 27067
Section PR02
Size 40
Available 27
Class number 27068
Section PR01
Size 40
Available 33
Class number 27069
Section TU01
Size 80
Available 60
Mawson Lakes
Group 1
Class number 27074
Section WS01
Size 30
Available 23
Class number 26935
Section AS01
Size 25
Available 18
Class number 27071
Section FR01
Size 30
Available 23
Class number 27072
Section PR01
Size 30
Available 23
Class number 27073
Section TU01
Size 30
Available 23
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