This unit will analyse electricity distribution in the deregulated Australian power industry to critically examine the planning, design and operation of electrical transmission and distribution networks. Network calculations and the bus-admittance matrix will be covered. The concept of load flow analysis and its use in network planning and analysis will be explored. Contemporary approaches including Gauss-Seidel, Newton-Raphson, and Fast Decoupled load flow analysis methods and their application to the solution of complex networks will demonstrate alternative and complementary strategies in the operation, design and planning of electrical distribution and transmission networks. The subject addresses electrical insulation properties and characteristics, insulator selection and co-ordination in electric energy networks. Sources of overvoltages, lightning impact on transmission and distribution networks, surge propagation theory, circuit interruption theory and circuit breaker operation are investigated as enduring challenges to be addressed through networks. The unit also considers the impact of breakdown in gases, liquids and solids on the provision of reliable electrical insulation in electrical networks.
|1.||Examine and evaluate different techniques of load flow solutions including calculations of voltage, angles, losses, generated reactive power, and slack power;|
|2.||Model accurately a multi-bus system and carry out load flow studies;|
|3.||Justify the selection and application of contemporary engineering methods to propose solutions to complex power system problems;|
|4.||Analyse electrical insulation properties and characteristics including: insulator selection, insulation co-ordination in electric energy networks to optimise operational reliability;|
|5.||Explore impacts of overvoltages, and lightning on transmission and distribution networks,|
|6.||Investigate surge propagation and circuit interruption theories and circuit breaker operation on reliable insulation and protection of electrical networks;|
|Laboratory Work||Four Laboratory Reports (Team of two; 1500 words per lab report)||20%|
|Project||Project Report (Team of two; 2500 words)||20%|
|Examination||Final Examination - Closed Book (3 hours)||60%|
Power System Analysis and Design 6th ed.
Glover, J.D., M.S. & Overbye, T.J., (2016)
Power System Analysis 3rd ed.
Saadat, H. (2011)
PSA Publishing LLC.
High Voltage and Electrical Insulation Engineering 1st ed.
Arora, R. and Mosch, W. (2011)
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