Wesley Stokes Aaren Rice Paul Summers Miles Hall

Slides:



Advertisements
Similar presentations
Do the Twist!!!. Our Team: Neal Baltuth, Amanda Ollish, Lily Crabtree, and Charlton Pence.
Advertisements

 By Chase Thompson, Stephanie Miller, & Josh Chandler.
Andrew Howard Devin Handler Brett Moll EF 152 Project 2 Windmill Generator.
By: Jordan Kreitzman Jack Dres Tasha Hart Raphael Onwuzuruigbo Chantel Matikke.
Steel Energy The GREENEST steel you’ll ever see..
The True Power of Wind: The Windmill Generator. The A Team (The A is for Awesome) Ashley Gleaves (Aerospace Eng) Korey Hamilton (Power Tool Eng) Brian.
“Wind” It Up Josh Baxter, John Castleman, John Hungerford, Zach Pendergrass, and Matt Shearon.
Wind Energy Station Directions. Simple Wind Generator 1.Connect the LED to the motor in the pvc stand (using the red and black wires). 2.Place the motor.
Sasha Clark Ilona Molotoka Alexandria Butler Shanel Crawford-Harris.
Windmill Michael Culley Chris Hensel Olivia Juneau Logan Taylor.
Producing electricity  Electricity is a useful form of energy. It can easily be changed to other forms of energy.
Tower of Power EF 152 Final Project November 30, 2009.
By: Jordan Clark, Jordan Hadden, Stephen Catignani.
Wendy's... Biggie size it EF 152 Lee Allan TJ Burrell Catherine Click Chris Earwood.
The Generator. Electricity Generator Energy: The ability to do work Two Examples: Mechanical Energy: Energy that comes from the motion of an object Electrical.
Michael Cleveland Jesse Piburn George Threadgill Justin Lamb.
The Windmillionaire Bradford Taylor, Luis Castellanos, Theo Dockery, Aeron Glover.
Breaking Wind By: Team Tool Time. The Team (from left to right: Matt Hart, Micah Mcfarland, Chris Crowe, Pedi Hashemian)
Crazy Alice. Our Group Members Tyler Barnes Alexandria Shirey Wes Charlton William Hanscel.
The Turbinator! Hasta la windmill, baby.. The Team  Keshia Agazuma  Corie Davis  Alex James  Jamison Trent  Lee West.
Tyler Andrew Patrick Mike. Team Members  Andrew Wills: Biomedical Engineering  Patrick Slavick: Electrical Engineering  Tyler Kiste: Industrial Engineering.
Lesson 9: Discovering electricity. What happened?
The Shade Tree Kings Connor, Anthony, Randy, and Shin.
The WindMaster Lee Creviston Ben Peters Mark Rizzitiello Lindsey West.
By: Steven Beaton, Josh Bergenback, Cameron Janz, Matt Lane.
TEAM AERO-ELECTRIC Aaron Jones, Ryan Prater, Tim Evans, Brian Paul.
By Ryan Cullen Mark Phelps Malik Rejoub Chris Richardson.
James Ensley Christopher Jones Adria O’Neal Tony Smith.
The Cap’n Travis Estes Steve Swearingen George Threadgill Andrew Riley.
Captain Planet Super Windmill Jonathan Buswell Nathan Meek Jim King.
Overview The purpose of our group’s project is to use the principles we’ve learned in EF 152 to design a windmill that will ultimately generate enough.
Let There Be Light Constructed by: Justin Carpenter, Nate Best, Scott Gordon, Justin Shelton.
Joe the Windmill. Introduction Members – Adam Lindsey – Stephen Liebschwager – Stephen Bridges.
People have used the power of wind for thousands of years.
Team Volunteers Matt Rhule Tony Carr Kevin Black David Young.
Windmill Energy Team Members : Gerrit Hale Heather Boynce Marion Osborne Thomas Thurman “ Hit or Miss”
THE WONDER WHEEL Claire Fage, Jared Smith, Brittani Perez, Bryan Fly, Rusty Castleberry.
Team Members: John Smolko, Michael Warden, Anthony Hathaway, and Tim Pobst.
The Spring Spinner By: Evan Sutton, Natalie Edgar, Kiersten White, Brandon Bowman Team B2-2.
GM. Schedule Decide on materials- March 16 Draw designs- March Purchase materials- March 29 Begin constructing ideas- April 4-9 Check progress-
Gasiorowicz Tyler Eller Britt Elmore Jonathan French Austin Eldridge.
Charge It! EF 152 November 30 th, 2009 Chanci King Andrea Lyons Daniel Stutz Dana Zeitlin.
Students understand the relation of hydropower compared to wind power. How does energy develop through the flow of current (water) moving through a generator?
Team Pain David Brundage, Kelli Byrne, Adam Watkins, and Benjamin Wing.
Dim Light Shining Bright Patrick Smith, Danielle Gennett, Ryan McCarter, and Aaron Clevenger.
 Fan Blades: From 2-Liter bottles  Generator: 20 small magnets positioned around a metal disk with alternating poles -magnets spin over 12 coils of.
Our Team Joshua Brown, Matthew Harrell, Matthew Watson, Jack Whitehead.
Engineering Fundamentals 152 Section A2. The Engineering Fundamentalist  Cameron Declerk  Travis Vaughn  Tom Singleton  Ryan Hodges  Michael Ewing.
Two Propellers, One Generator Casey Kopko Alex Groner Josh Dunn Ben Prichett.
By : Matt Iannacone Sammy Akato Stephen Zimmerman.
Dead Bulb Walking Greg Drewry Clint Huxtable Jared Jones Brandon Sneed.
Team A1-1. The Team  Jeremiah Parunuk  Stephen Holland  Sid Swearingen  Zane Palmer.
Brandon Johnson, Kevin Dowling, Kerry Memory. Super Awesome Windmill.
The Windbreakers Team Members: David Freestate, Kyle Elich, Elle Cauthen and Nathan Carter Team Members: David Freestate, Kyle Elich, Elle Cauthen and.
Product of China Windmill Energy Project Sam Littlejohn Ivan Geigerman Alex Kim Stu Boyce.
Erika Agahan Darryl Bell Phillip Holmes David Young.
Windmill Energy Production
Steven crawford Mike Higgins Shaun Hooker Matt Thornbury
Producing electricity
Flower Power By Chase Thompson, Stephanie Miller, & Josh Chandler.
Homework: #11 Generators: Produce an electric current when a coil of wire wrapped around an iron core is rotated near a magnet.
Team Thomas Wulz, William Sullivan, Joshua Gréaud, Collin White, Samuel Rosson.
Richard Ammons, Rachel Dunlap, Kayla Hughes, Uchung Whang
Energy The ability to do work.
Amanda Cruzen, Abby Hipp, & Megan Williams
Engineering Fundamentals 152
Christiana Folorunso-Ukoli
Cameron Shelton Caleb Bales Kelvin Barner
Big Boss Box.
Not so easy it seems… Windmill Energy.
Presentation transcript:

Wesley Stokes Aaren Rice Paul Summers Miles Hall Wind Energy Amazement Wesley Stokes Aaren Rice Paul Summers Miles Hall

Overview Started with initial design Began to build Orientation of central rod Changed Design Built generator Build supports Built fan

Mechanical Aspects Magnets PVC pipes Fan materials Fan movement

Electrical Aspects Initial design wasn’t powerful enough Not enough wire Magnets not strong enough Copper wire with coating Wind source rotates magnets Results in electrical current Makes a light bulb Light up

Efficiency Calculations Power = (1/2)(rho)(Area)(Velocity^3)= 1.1581W Could not get an accurate reading on the voltmeter since our project was not finished at the time of testing. Estimated range of around 5% to 10% efficient.

Issues Conflicting Schedules!! Initial design not powerful enough Too much friction between rod and pipe Wider fan blades needed

Conclusion Created the most efficient generator we could Very simple design Learned to work around others schedules Learned a lot about electricity