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Bicycle Harvesting Waste Energy: Bicycle Power Generation

Bicycle Harvesting Waste Energy: Bicycle Power Generation . MSD-I RIT-Systems Design Review Winter/Spring 2011-2012 P 12414. January 13, 2012 Group # P12414 Guide Professor Brownell. Team Members. Daniel Tobin (ME) Project Manager Amina Purak (ISE) Facilitator

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Bicycle Harvesting Waste Energy: Bicycle Power Generation

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  1. Bicycle Harvesting Waste Energy: Bicycle Power Generation MSD-I RIT-Systems Design ReviewWinter/Spring 2011-2012 P12414 January 13, 2012Group # P12414 Guide Professor Brownell

  2. Team Members • Daniel Tobin (ME) • Project Manager • AminaPurak (ISE) • Facilitator • Aaron Sieczkarek (ME) • Chief Engineer • Brenda Lisitano (ME) • Zheng “Flora” Li (EE) GUIDE: Professor Brownell

  3. Design Review Agenda • Project Background • Summary • Constraints/Needs/Specifications • Functional Analysis • Functional Decomposition • House of Quality • Concept Development & Selection • Pugh Square • Systems Architecture • Risk Assessment

  4. Constraints • Harvest the energy from the momentum of the moving bicycle. • The unit price should be affordable; the primary target is for developing countries. • The design shall be ergonomic • The product should be weather/water resistant. • It is preferable to manufacture and assemble components in-house from raw materials where feasible. • Project success will be based on how fast the technology could be reproduced or re-manufactured by individuals with low levels of training or exposure. • Budget Estimate: Major cost items anticipated. • Product Benchmarking $150 • Prototype construction $350 • Testing $100 • TOTAL $600

  5. Customer Needs

  6. Specifications

  7. Reference Page 5

  8. House of Quality Reference Page 6

  9. Pugh Square Analysis • Concept Selection and Brainstorming • Datum (Based of of MIT Model) http://designother90.org/cities/solutions/bicycle-phone-charger

  10. Bicycle Energy Harvesting System Schematic Protect User From Physical Harm Protect Device From Operating Error Convert Energy Attach Power System Protect Device From Impact Protect Device From Installation Error Regulate Power Monitor Power Attach UI Condition Power Protect from Particulates Attach Personal Electronics Functional or Physical Elements Distribute Power Store Power Protect from Water Protect User From Electrical Shock Flow of forces or energy Flow of material Flow of signals or data Protect from Temperature Protect from Vibration

  11. Enclosure Cluster Elements into Chunks Protect User From Physical Harm Generator Convert Energy Manual or Instructions Attachments Attach Power System Protect Device From Operating Error Protect Device From Impact Regulate Power Monitor Power Attach UI Condition Power User Interface Protect from Particulates Protect Device From Installation Error Attach Personal Electronics Distribute Power Store Power Protect from Water Rechargeable Batteries Protect User From Electrical Shock Protect from Temperature Functional or Physical Elements Protect from Vibration Chunks Logic Board

  12. Risk Assessment

  13. Risk Assessment cont…

  14. Risk Assessment cont…

  15. Questions/Discussion?

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