1 / 20

HydroFly Flywheel

HydroFly Flywheel. Gavin Abo Nate Stout Nathan Thomas. Hydrofly. Two Teams Flywheel Fuel Cell Adam Lint Chris Cockrell Daniel Hubbard. Sponsors & Mentors. Brian Johnson Herb Hess Satish Samineni. Design Review II: Final Design Review Outline. I. Introduction II. Objectives

drew-powers
Download Presentation

HydroFly Flywheel

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. HydroFly Flywheel Gavin Abo Nate Stout Nathan Thomas

  2. Hydrofly • Two Teams • Flywheel • Fuel Cell • Adam Lint • Chris Cockrell • Daniel Hubbard

  3. Sponsors & Mentors • Brian Johnson • Herb Hess • Satish Samineni

  4. Design Review II:Final Design Review Outline I. Introduction II. Objectives III. Design Functionality IV. Schedule V. Budget VI. Questions

  5. I. Introduction • Why is the project being done? • -To correct short voltage sags (a few seconds) to maintain a stable voltage to critical loads. • Why is this important? • -The shutdown of critical loads due to short voltage sags can be costly.

  6. II. Primary Objective • Interface a flywheel to the AMPS with the ability to correct for voltage sags occurring on the AMPS. • Implement the design by Satish Samineni

  7. Secondary Objectives • Spin a flywheel • Communicate between converters • Operate each converter with its own PWM • Provide power to AMPS • Operation Manual

  8. III. Design Functionality • Organizational Chart • Block Diagram • Overall Circuit Schematic • Sub Circuit Schematics • Programming • Assembled • Documentation • Specifications

  9. Interface a flywheel to AMPS to correct for voltage sags on the system Spin a flywheel Provide power to AMPS Communicate between converters Operate a space vector PWM scheme Operate a sine–triangle PWM scheme Sag Status Program the switching times calculation Program matrix math functions Program a Phase locked loop Program the triangle wave Program the sine wave look up table Organizational Chart

  10. Block Diagram

  11. Circuit Schematic

  12. Series Transformer Diagram

  13. DC link startup power supply Generates positive DC voltage Generates negative DC voltage

  14. What we have programmed Matrix math capabilities Space Vector PWM scheme Sag detector and corrector What we still have to program Phase Locked Loop Modify already programmed code to work with the measured inputs The Programming

  15. What has been assembled Capacitor shorting bars Utility Cart What needs assembled DC link charging supply LEMS Safety Cover Transformer Assembled

  16. Documentation • Test plan • Functional test plan • Specification test plan • Operators Manual • Poster

  17. Specifications

  18. IV. Schedule

  19. V. Budget

  20. VI. Questions http://www.ece.uidaho.edu/hydrofly/website

More Related