Program Overview

Introduction to ELCT4004 Power Systems Analysis

The unit ELCT4004, Power Systems Analysis, is designed to equip students with essential knowledge in mathematical techniques to analyze power systems during steady-state and transient operations. This includes power systems with large-scale distributed generation and energy storage systems, providing a strong foundation in classical methods and modern techniques for senior-level electrical engineering students.

General Information

• Unit Convenor and Teaching Staff: Convenor/Lecturer Foad Taghizadeh, available by appointment.
• Credit Points: 10
• Prerequisites: ELEC2005 and ELCT3006
• Corequisites: None
• Co-badged Status: ELEC8201
• Unit Description: The unit focuses on mathematical techniques for power system analysis, including review of basic concepts, application of network matrices techniques, power flow analysis, power system fault calculations, stability, and control in the presence of variable sources, loads, and storage.

Learning Outcomes

On successful completion of this unit, students will be able to:

• Identify the operational characteristics of different transmission lines for electrical power networks.
• Calculate the steady-state and dynamic stability of power systems with the application of network matrix and power flow analysis.
• Analyze the stability of power systems with symmetrical and unsymmetrical faults.
• Demonstrate knowledge and understanding of power system protection principles, transmission and distribution systems, insulators, and substations.
• Work effectively in teams by identifying individual roles and responsibilities, sharing knowledge, writing technical reports, and effective communications.

Assessment Tasks

• Pre-Class Quiz (Lectorial): 10%, Weeks 2-7
• Class Quiz (Lectorials): 20%, Week 8
• Practical: 20%, Weeks 2-7
• Project: 50%, Weeks 13 & 14

Pre-Class Quiz (Lectorial)

• Assessment Type: Quiz/Test
• Indicative Time on Task: 5 hours
• Due: Weeks 2-7
• Weighting: 10% Students are expected to go through the iLearn content, understand the theory, and attempt the online quiz every week prior to in-class activities.

Class Quiz (Lectorials)

• Assessment Type: Quiz/Test
• Indicative Time on Task: 8 hours
• Due: Week 8
• Weighting: 20% A quiz scheduled after the mid-semester break to assess factual knowledge and problem-solving.

Practical

• Assessment Type: Practice-based task
• Indicative Time on Task: 12 hours
• Due: Weeks 2-7
• Weighting: 20% Laboratory sessions and submission of lab reports, assessing attendance, participation, performance, and ability to analyze and implement practical experiments.

Project

• Assessment Type: Project
• Indicative Time on Task: 20 hours
• Due: Weeks 13 & 14
• Weighting: 50% The major assessment, consisting of individual and team assessments, including oral presentation, peer assessment, project logbook evaluation, and a team project report.

Delivery and Resources

• Unit Website: iLearn website for this unit.
• Textbook: "Power System Analysis and Design" by J. Duncan Glover, M. S. Sarma, and T. J. Overbye, and "Electric Power Transmission and Distribution" by Sivanagaraju, S; Satyanarayana, S.
• Lectorials: Twice a week, Weeks 1-7, combining traditional lecture and tutorial teaching modes.
• Laboratories: Practical activities starting from Week 2, once a week, using FESTO equipment, PowerWorld Simulator, and DigSilent Power Factory software platforms.
• Projects: Team project activities, Weeks 8-13, focusing on practical aspects of power system networks.

Policies and Procedures

Macquarie University policies and procedures are accessible from Policy Central, including:

• Academic Appeals Policy
• Academic Integrity Policy
• Academic Progression Policy
• Assessment Policy
• Fitness to Practice Procedure
• Complaints Resolution Procedure for Students and Members of the Public
• Special Consideration Policy

Engineers Australia Competency Mapping

The unit aligns with Engineers Australia competency standards, including:

• Knowledge and Skill Base
• Engineering Application Ability
• Professional and Personal Attributes

Student Support

Macquarie University provides a range of support services, including academic skills development, wellbeing consultations, and resources for students with disabilities.