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EE 563 Spring 2005 Presentations April 15, 2005 Jim Harris

EE 563 Spring 2005 Presentations April 15, 2005 Jim Harris. Guidelines for presentations Initial resources to be used Educational objectives Schedule. Guidelines. Six presentations starting on April 29 Teams of 5-6 students: formed today Presentation in PowerPoint format

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EE 563 Spring 2005 Presentations April 15, 2005 Jim Harris

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  1. EE 563 Spring 2005 PresentationsApril 15, 2005Jim Harris Guidelines for presentations Initial resources to be used Educational objectives Schedule

  2. Guidelines • Six presentations starting on April 29 • Teams of 5-6 students: formed today • Presentation in PowerPoint format • Review previous EE 563 presentations on web for examples • Each team member presents for 5-6 minutes • Target presentation time: 30 minutes • Goal: At least 10 minutes at end for discussion • Schedule presentations next time April 22 • Lottery for dates • Random drawing for unallocated dates

  3. Guidelines (continued) • Seminar devoted to study of sustainable energy for San Luis Obispo County by 2050 • Assumptions • population in 2050 is 500K (doubles): a growth rate of about 1.6% per year (about half of 3% county target) • Energy equally divided (25% each) between: residential, commercial, industry, transportation • Energy sources: • Biomass – methanol • Biomass – algae (biodiesel) • Solar – photovoltaic • Hydrogen fuel cells (include source of hydrogen) • Transportation: hybrid biodiesel • Based upon current distribution system • Electrical: central and distributed • Transportation: service station • Storage: battery and others

  4. Initial Resources • BK Richard presentation • EE 563 Fall 2004: • Group 1: SLO county PV estimation for 2050 • Group 2: SLO county solar roofs • Group 3: Biodiesel • Use the web • Begin with “google searches” • National Renewable Energy Laboratory (NREL) • DOE • EPA

  5. Energy Future:A Global View,A Local Solution B. K. Richard bk@bishoppeakgroup.net Reference for Apollo 17 Photo: http://nssdc.gsfc.nasa.gov/image/planetary/earth/apollo17_earth.jpg

  6. The Prize • A copy of Out of Gas goes to the team submitting a spreadsheet with an model for energy independence for San Luis Obispo County using a combination of PV and biodiesel • Basic model is acceptable, but it must include • Population number P (nominally 500,000) • Current PV technology efficiency E with a declining cost factor C (i.e. N%/year) • Use UNH claims for producing liquid/stored energy (e.g. for transportation); include pipeline costs estimates. • Storage Cost estimate (S% of generation cost) • Financing Cost (F% interest per year) • Grow to independence by 2050 • Goal is to build up intuition on what it will take to get there.

  7. SLO County PV Estimation for 2050 EE 563 Group 1 Presentation in Fall 2004 Group 1 John Carlin Chris Day Hyung Joon Kim Gordon Lai Alvin Tran Yat Tam

  8. SLO County Solar Roofs EE 563 Group 2 Presentation in Fall 2004 Group #2 • Mark Bilodeau • Chris Heisler • Adam Hipp • Patrick Luther • Allen Trac • Jesse Kantor

  9. Biodiesel EE 563 Group 3 Presentation in Fall 2004 Biodiesel Tim McLenegan Tim Whitacre Logan Kinde Ryan Gleim Jesse Ralston Eric Amendt Nick Layshot November 12, 2004 AD

  10. Educational Objectives • System engineering exercise • Define problem, requires research • Propose/design solution(s) • Summarize/evaluate result • Team project • Team effort • Individual work for parallel effort to meet schedule • Define goals • Organize work and responsibilities • Collectively, work together to successful conclusion

  11. Schedule for Preparation • Today April 15: team formation • Form teams • Consider tentative topics • Schedule next meeting • Next Friday April 22: working session • Report topic, presentation manager • Determine presentation date • Goal: team members have assignment

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