ELEC3205 Electrical Energy Systems and Management

Term project: Use of power converter tostabilize output, with maximum power pointtracker implemented...
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ELEC3205 Electrical Energy Systems and Management School of Electrical and Information Engineering University of Sydney ELEC3205Electrical Energy Systems and Management Unit Coordinator and Lecturer: Dylan Lu Laboratory Supervisor: Rui-Hong Chu 1 UoS Overview LT9-10: $$ +LT2 LT3-8LT1 G 2 UoS Overview LT5-6LT3-4 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/ 4Lab. 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 7Assessment 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