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This project is sponsored by IEEE UT Dallas and Babak Fahimi,
Ph.D, in partnership with the Renewable Energy and Vehicular
Technology Laboratory
 Project hierarchy
 Team layout
 Project overview
 Project phases
 Objectives
 Conclusion
Project Leader: Kendra Mock
Technical Lead: Diana Alatalo
Technical
Team
Build Design
Administrative
Team
Accountant:
Cindy Pitney
Keith
Hernandez:
Consultant
 Technical Team
› Designers: Willingness to learn or background
knowledge of power electronics and control systems
› Builders: Background in technical or mechanical
projects, willingness to learn, prototyping, simulation,
soldering, and attention to detail
 Administrative Team
› Highly organized, will take meeting notes and
document project progress for final report, executive
secretary to project leadership
Power Grid Alternative:
Current Source with Power
Converters & Intelligent Feedback
Systems
Signal
Generator
Solar
Panel
Renewable
Energy
Sources
Single Port for
Power Load
Test Points for
Visual Signal
Demonstration
1
• Design grid
• Build and Test
• Prototype Completion by June 2016
2
• Campus demonstrations (June/July/August 2016)
• Troubleshooting and maintenance
• Programmers needed for automated demos
3
• Texas State Fair, October 2016
• Survey processing; final report due by November 2016
• Programmers to write survey app
 Technical Team:
› Build a high impedance current source
› Build power converters as necessary
› High Level: Implement intelligent feedback
system
 Administrative Team:
› Document design process effectively
› Develop and process surveys to determine level
of community outreach
› Maintain budget restrictions
 Technical project experience
› Resume builder
› Be better at what you do
 Relevant skill development
› Technical software
› Research & design
› Technical build and equipment
 Meaningful community contribution
› Help people understand one of the largest
engineering problems of the future
Power Dispersion, Collection, and Alternatives

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Power Dispersion, Collection, and Alternatives

  • 1. This project is sponsored by IEEE UT Dallas and Babak Fahimi, Ph.D, in partnership with the Renewable Energy and Vehicular Technology Laboratory
  • 2.  Project hierarchy  Team layout  Project overview  Project phases  Objectives  Conclusion
  • 3. Project Leader: Kendra Mock Technical Lead: Diana Alatalo Technical Team Build Design Administrative Team Accountant: Cindy Pitney Keith Hernandez: Consultant
  • 4.  Technical Team › Designers: Willingness to learn or background knowledge of power electronics and control systems › Builders: Background in technical or mechanical projects, willingness to learn, prototyping, simulation, soldering, and attention to detail  Administrative Team › Highly organized, will take meeting notes and document project progress for final report, executive secretary to project leadership
  • 5. Power Grid Alternative: Current Source with Power Converters & Intelligent Feedback Systems Signal Generator Solar Panel Renewable Energy Sources Single Port for Power Load Test Points for Visual Signal Demonstration
  • 6. 1 • Design grid • Build and Test • Prototype Completion by June 2016 2 • Campus demonstrations (June/July/August 2016) • Troubleshooting and maintenance • Programmers needed for automated demos 3 • Texas State Fair, October 2016 • Survey processing; final report due by November 2016 • Programmers to write survey app
  • 7.  Technical Team: › Build a high impedance current source › Build power converters as necessary › High Level: Implement intelligent feedback system  Administrative Team: › Document design process effectively › Develop and process surveys to determine level of community outreach › Maintain budget restrictions
  • 8.  Technical project experience › Resume builder › Be better at what you do  Relevant skill development › Technical software › Research & design › Technical build and equipment  Meaningful community contribution › Help people understand one of the largest engineering problems of the future

Editor's Notes

  1. Simulate a power transmission line. The line needs to resemble high impedance and the current flows the direction given the generator, and not easily disrupted from outside means. This means build a current source. Build converters (whatever-dc and ac-ac), also need simulations in SimPower
  2. *Grant final report follows very specific template provided by the IEEE Foundation