ELEC3205 Electrical Energy Systems and Management

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Term project: Use of power converter to stabilize output, with maximum power point tracker implemented...

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Nội dung Text: ELEC3205 Electrical Energy Systems and Management

School of Electrical and Information Engineering University of Sydney ELEC3205 Electrical Energy Systems and Management Unit Coordinator and Lecturer: Dylan Lu Laboratory Supervisor: Rui-Hong Chu 1
UoS Overview LT9-10: $$ + LT2 LT3-8 LT1 G 2
UoS Overview LT5-6 LT3-4 Power Converter LT8 LT7 3
UoS Schedule • How the activities are arranged? – ELEC3205 Program Schedule S1 2007 Rev05a – First tut on 14 Mar (Wed) at R614 EE Bldg – First lab on 21 Mar (Wed) • Updated information on UoS Website – http://www.ee.usyd.edu.au/~dylan.lu/ELEC320 5/ 4
Lab. Exercises and Term Project • Lab #1: Solar power and I-V characteristics • Lab #2: Power converter modeling and analysis • Lab #3: Power converter and control design • Term project: Use of power converter to stabilize output, with maximum power point tracker implemented 5
Summary of Activities • Lectures – Directions, some details • Tutorial – Problems to solve • Laboratory – Familiar with tools, PV panels and design of power converters • Term Project – Small scale PV system • Essay – Current/future renewable energy systems development in Australia • Self-study – library, internet, computer simulations 6
Outcomes • Describe and calculate the electrical characteristics of solar, wind, and hydrogen renewable energy sources under different environmental conditions. • Apply electronic circuit theory and simulation techniques to analyze power electronics circuits such as dc/dc converter and dc/ac inverter. • Design and implement a power converter to regulate output voltage from a solar panel. • Develop maximum power point tracker (MPPT) for extraction of maximum power from the solar panel. • Explain and understand how the economical, marketing and political issues influence the development of renewable energy systems in today’s and future society. • In short: Broad knowledge of electrical energy systems and management but in-depth knowledge on solar energy systems 7
Assessment 8
Contact Hours • Lectures: Every Tuesday 9:00AM-11:00AM at LT351EE Bldg • Lab/Tutorial: – 3 laboratory sessions + term project hours, 2 hours each, at R330/R430 EE Bldg (check schedule) – 6 tutorial sessions, 1 hour each, at R630 EE Bldg (check schedule) – Wednesday from 9:00AM – Monday (only for 16 Mar & 7 Apr Lab) 2:00-4:00PM 9
Consultation • Lecture – Email: dylan.lu@ee.usyd.edu.au – Phone: 93513496 – Office: Rm308 Link Building • Laboratory/Project – Dr. Rui-Hong Chu (ruihong@ee.usyd.edu.au), Rm329 – Mrs. Kavitha Jeevan (kavijee@ee.usyd.edu.au), Rm441 – Mr. Nikolas Flourentzou, Rm314 (nflourentzou@ee.usyd.edu.au) • Tutorial – Mr. Shigang Chen (sgchen@ee.usyd.edu.au), Rm480 10
Questions? • Let’s take a short break… 11