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Sun Tracking Solar Array Team Peacock Lane Team Members: Elise King, Caitlin Greeney, Beverly Raposa & Julius Raposa Advisor: Dr. Yamayee Secondary Advisor: Dr. Albright Industrial Advisor: Jeff Cook (BPA) Client: Dr. Dillon

Sun Tracking Solar Array Team Peacock Lane

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Sun Tracking Solar Array Team Peacock Lane. Team Members: Elise King, Caitlin Greeney , Beverly Raposa & Julius Raposa Advisor: Dr. Yamayee Secondary Advisor: Dr. Albright Industrial Advisor: Jeff Cook (BPA) Client: Dr. Dillon . Project Overview. Why solar? Why tracking? - PowerPoint PPT Presentation

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Page 1: Sun Tracking Solar Array Team Peacock Lane

Sun Tracking Solar ArrayTeam Peacock Lane

Team Members: Elise King, Caitlin Greeney, Beverly Raposa & Julius Raposa

Advisor: Dr. YamayeeSecondary Advisor: Dr. Albright

Industrial Advisor: Jeff Cook (BPA)Client: Dr. Dillon

Page 2: Sun Tracking Solar Array Team Peacock Lane

Project Overview

• Why solar?

• Why tracking?

• Demonstration for Dr. Dillon’s class

Page 3: Sun Tracking Solar Array Team Peacock Lane

Project Overview

Page 4: Sun Tracking Solar Array Team Peacock Lane

Project Overview

Page 5: Sun Tracking Solar Array Team Peacock Lane

Milestones Completed

Minor:• All parts received Jan 17 • Frame received Feb 14 (Early, Jan 17)• Device constructed Feb 21 (Early, Jan 31)

Major:• Arduino microcontroller functional Jan 24• Breadboard functional Feb 7• February Program Review Feb 14

Page 6: Sun Tracking Solar Array Team Peacock Lane

Additional Accomplishments

• Motors can move clockwise and counter clockwise

• Arduino can make decisions based on photoresistors

• LCD screen displays voltage measurements

Page 7: Sun Tracking Solar Array Team Peacock Lane

The Near Future

Minor Milestones:• Final Report v0.9 Mar 21• Final Report v0.95 Mar 28

Major Milestones:• Complete testing and debugging Mar 7

Page 8: Sun Tracking Solar Array Team Peacock Lane

Evidence of Construction

• Digital systems component• Mechanical component• Demo

Page 9: Sun Tracking Solar Array Team Peacock Lane

Digital Systems Component

Page 10: Sun Tracking Solar Array Team Peacock Lane

Mechanical Component

Page 11: Sun Tracking Solar Array Team Peacock Lane

Demo

Page 12: Sun Tracking Solar Array Team Peacock Lane

Issues/Concerns

• Power source for Arduino and motors– Have separate sources to reduce wire tangling or

overloading• Which photoresistor design– Test both configurations and select the most

accurate• Pin count– Additional IC to expand I/O

Page 13: Sun Tracking Solar Array Team Peacock Lane

Summary• Project Overview• Milestones Completed• Additional Accomplishments• Future Milestones• Evidence of Construction• Issues/Concerns

• http://wordpress.up.edu/egr13peacocklane/

Questions???

Page 14: Sun Tracking Solar Array Team Peacock Lane

Happy Valentines Day!

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