Course Coordinator:Sajeeb Saha (ssaha@usc.edu.au) School:School of Science, Technology and Engineering
UniSC Moreton Bay |
Blended learning | Most of your course is on campus but you may be able to do some components of this course online. |
Please go to usc.edu.au for up to date information on the
teaching sessions and campuses where this course is usually offered.
Modern power systems are going through a paradigm shift due to large scale integration of renewable energy-based energy sources along with energy storage systems. This course will introduce you to the principles, design, and analysis of the emerging concepts such as integration of renewable energy-based energy sources, battery, and hydrogen energy storage systems. It will provide you a hands-on experience using the industry standard software to design, analyse and evaluate stability performances of the modern power system.
Activity | Hours | Beginning Week | Frequency |
Blended learning | |||
Learning materials – Asynchronous learning materials | 1hr | Week 1 | 13 times |
Tutorial/Workshop 1 – On campus tutorial | 2hrs | Week 2 | 10 times |
Laboratory 1 – On campus Lab | 2hrs | Week 4 | 5 times |
Seminar – On campus seminar | 1hr | Week 1 | Once Only |
400 Level (Graduate)
12 units
Course Learning Outcomes On successful completion of this course, you should be able to... | Graduate Qualities Mapping Completing these tasks successfully will contribute to you becoming... | Professional Standard Mapping * Engineers Australia Stage 1 Professional Engineer Competency Standards | |
1 | Investigate the essential components of renewable energy and energy storage systems through the application of theories and modelling. | Creative and critical thinker |
1.1, 1.2, 1.3 |
2 | Solve design problems of renewable energy rich power grids with appropriate models of solar PV systems, wind energy systems and energy storage systems. | Empowered |
1.1, 1.5, 2, 2.1, 2.2 |
3 | Critique and apply theories in sustainable design and energy management of microgrids |
Creative and critical thinker Sustainability-focussed |
1.2, 1.3, 2.2, 2.3 |
4 | Communicate modern power system operation using appropriate engineering terminology, symbols and diagrams. | Engaged |
2.4, 3.2, 3.6 |
5 | Demonstrate knowledge of power grid and energy market in de-regulated environment. |
Knowledgeable Empowered |
1.1, 1.2, 1.5, 1.6, 2.1, 2.2, 3.3 |
CODE | COMPETENCY |
Engineers Australia Stage 1 Professional Engineer Competency Standards | |
1.1 | Knowledge and Skill Base: Comprehensive, theory based understanding of the underpinning natural and physical sciences and the engineering fundamentals applicable to the engineering discipline. |
1.2 | Knowledge and Skill Base: Conceptual understanding of the mathematics, numerical analysis, statistics, and computer and information sciences which underpin the engineering discipline. |
1.3 | Knowledge and Skill Base: In-depth understanding of specialist bodies of knowledge within the engineering discipline. |
1.5 | Knowledge and Skill Base: Knowledge of engineering design practice and contextual factors impacting the engineering discipline. |
1.6 | Knowledge and Skill Base: Understanding of the scope, principles, norms, accountabilities and bounds of sustainable engineering practice in the specific discipline. |
2 | Elements of competency: Engineering Application Ability |
2.1 | Engineering Application Ability: Application of established engineering methods to complex engineering problem solving. |
2.2 | Engineering Application Ability: Fluent application of engineering techniques, tools and resources. |
2.3 | Engineering Application Ability: Application of systematic engineering synthesis and design processes. |
2.4 | Engineering Application Ability: Application of systematic approaches to the conduct and management of engineering projects. |
3.2 | Professional and Personal Attributes: Effective oral and written communication in professional and lay domains. |
3.3 | Professional and Personal Attributes: Creative, innovative and pro-active demeanour. |
3.6 | Professional and Personal Attributes: Effective team membership and team leadership. |
Refer to the UniSC Glossary of terms for definitions of “pre-requisites, co-requisites and anti-requisites”.
ELC203
Not applicable
Not applicable
Not applicable
Standard Grading (GRD)
High Distinction (HD), Distinction (DN), Credit (CR), Pass (PS), Fail (FL). |
Delivery mode | Task No. | Assessment Product | Individual or Group | Weighting % | What is the duration / length? | When should I submit? | Where should I submit it? |
All | 1 | Portfolio | Group | 30% | Each task is to be documented in a report and submitted in a group (maximum page limit of 15 pages). Word limit of the report is 1000 words excluding diagrams and calculations. Each of the students in a group of 2 students is expected to write approximately 500 words. |
Throughout teaching period (refer to Format) | Online Assignment Submission with plagiarism check |
All | 2 | Artefact - Technical and Scientific, and Written Piece | Individual | 30% | The project-based design / case Study report is to be written with a maximum page limit of 10 pages. Word limit of the report is 1500 words excluding diagrams and calculations. |
Week 12 | Online Assignment Submission with plagiarism check |
All | 3 | Examination - Centrally Scheduled | Individual | 40% | 2 Hours |
Exam Period | Online Assignment Submission with plagiarism check |
All - Assessment Task 1:Reports -workshop and site visit | |
Goal: | Through this task, the students understanding on the underlaying theories and operational principles of the emerging technologies such as renewable energy systems, energy storage systems, power electronic interfaces etc. will be evaluated. |
Product: | Portfolio |
Format: | Maximum of 15 pages including diagrams and calculations. Word limit of the report is 1000 words excluding diagrams and calculations. Format of the report related to each of the task will be provided during the semester in the canvas course site. The task reports for this assessment are due on week 4, week 6, week 8 and week 10. |
Criteria: |
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All - Assessment Task 2:Project-based Design / Case Study | |
Goal: | This task will develop critical thinking and analyzing ability of the students to formulate, design and evaluate performance a power system utilizing the appropriate industry standard or grid requirements. |
Product: | Artefact - Technical and Scientific, and Written Piece |
Format: | The maximum page limit of this report is 10 pages. Word limit of the report is 1500 words excluding diagrams and calculations. |
Criteria: |
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All - Assessment Task 3:Final Exam | |
Goal: | The final exam will develop your ability to independently apply your skills and knowledge to solve familiar problem-based questions with confidence within a set time limit and without access to additional resources. |
Product: | Examination - Centrally Scheduled |
Format: | Centrally-scheduled exam. You will be provided with a set of analytical and numerical questions. You are required to solve them and upload the answer script in the allocated folder in canvas. |
Criteria: |
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A 12-unit course will have total of 150 learning hours which will include directed study hours (including online if required), self-directed learning and completion of assessable tasks. Student workload is calculated at 12.5 learning hours per one unit.
Please note: Course information, including specific information of recommended readings, learning activities, resources, weekly readings, etc. are available on the course Canvas site– Please log in as soon as possible.
Please note that you need to have regular access to the resource(s) listed below. Resources may be required or recommended.
Required? | Author | Year | Title | Edition | Publisher |
Required | J. Duncan Glover,Mulukutla S. Sarma,Thomas Overbye,Adam Birchfield | 2022 | Power System Analysis and Design | 7th | n/a |
Required | Hêmin Golpîra,Arturo Román-Messina,Hassan Bevrani | 2021 | Renewable Integrated Power System Stability and Control | n/a | John Wiley & Sons |
Recommended | Yunus A. Cengel, Dr.,John M. Cimbala,Mehmet Kanoglu | 2019 | Fundamentals and Applications of Renewable Energy | n/a | McGraw-Hill Education |
Not applicable
Academic integrity is the ethical standard of university participation. It ensures that students graduate as a result of proving they are competent in their discipline. This is integral in maintaining the value of academic qualifications. Each industry has expectations and standards of the skills and knowledge within that discipline and these are reflected in assessment.
Academic integrity means that you do not engage in any activity that is considered to be academic fraud; including plagiarism, collusion or outsourcing any part of any assessment item to any other person. You are expected to be honest and ethical by completing all work yourself and indicating in your work which ideas and information were developed by you and which were taken from others. You cannot provide your assessment work to others. You are also expected to provide evidence of wide and critical reading, usually by using appropriate academic references.
In order to minimise incidents of academic fraud, this course may require that some of its assessment tasks, when submitted to Canvas, are electronically checked through Turnitin. This software allows for text comparisons to be made between your submitted assessment item and all other work to which Turnitin has access.
Eligibility for Supplementary Assessment Your eligibility for supplementary assessment in a course is dependent of the following conditions applying: - The final mark is in the percentage range 47% to 49.4% - The course is graded using the Standard Grading scale - You have not failed an assessment task in the course due to academic misconduct
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