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This course is designed to build on Power Systems 1(ENEL380) by giving a more in-depth treatment of some areas while introducing new areas such as reliability assessment are introduced. Issues such as renewable energy, sustainability and environmental impact will be covered, as will new developments in power systems, in the process of teaching this course and by using a design assignment as problem-based learning tool. Topic covered include: Power-flow, Fault analysis, Reliability analysis, Power Quality, Renewable energy, Smart Grids, Power Electronics in Power System (SVC,STATCOM, HVDC).
This course aims to give students a more in-depth understanding of selected areas of electrical power generation, transmission and utilisation. Besides equipping students with technical knowledge, the course is taught is such a way as to train them to think through problems and learn to apply technical knowledge to real world problems. This is achieved through problem-based learning techniques. A realistic assignment based on a realistic system is used for reinforce learning and to develop problem-solving skills. It also engenders an understanding of social issues regarding developing and operating an electrical power systems. Topic covered include:Power-Flow AC/DC Power-Flow DC Power-flow Motor Starting studiesFault Balanced & Unbalanced Sequence (Symmetrical) Components Sparsity techniquesRenewable Energy Wind power HydroReliabilityProtectionSmart Grids InitiativePower Electronics in Power SystemPower QualityTransient Stability
Demonstrated understanding in the topics below, shown in written and diagrammatic forms. This is assessed via test, examination and one project assignment. Topics of expertise include: Extensions to the basic power-flow analysis (motor starting studies, ac/dc power-flow, dc power-flow).Fault Analysis Reliability analysis of generation, transmission and distribution systems.Protection SystemsPower QualityUse of Power electronics in Power Systems (HVDC, SVC,STATCOM,UPFC,DVR)Renewable resources (such as wind power and hydro power)Additional learning outcomes are: Development of problem solving skillsFamiliarity with recent developments & initiatives, including Smart Grids initiativeFamiliarity with social impact of developing and operating an electrical power systems
ENEL380
ENEL437
For further information see Electrical and Computer Engineering Head of Department
Domestic fee $841.00
International fee $4,638.00
* All fees are inclusive of NZ GST or any equivalent overseas tax, and do not include any programme level discount or additional course-related expenses.
For further information see Electrical and Computer Engineering .