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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 PresentationsApril 15, 2005Jim 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 • 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
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
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
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
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.
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
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
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
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
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