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Wind Generator By: Jonathan Edwards, Mike Hawkins, Josiah Oduor, David Winter. Initial Model and Design. Magnet. Rotor blades. Preliminary Design. Gears. Mechanical Aspects. Four fan blades at 45 ° angle 1.6 to 1 gear ratio Neodymium magnet 30 gauge magnet wire. Construction issues:
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Wind Generator By: Jonathan Edwards, Mike Hawkins, Josiah Oduor, David Winter
Initial Model and Design Magnet Rotor blades Preliminary Design Gears
Mechanical Aspects • Four fan blades at 45° angle • 1.6 to 1 gear ratio • Neodymium magnet • 30 gauge magnet wire
Construction issues: • Basic design layout • Stability of the Fan • Reducing the friction • A more efficient generator than our test generator
Project Expenses • $8.50- 30 gauge enamel coated wire • $9.00- Neodymium magnet • $15.00 – Rotor Blades • $5.00 – Nuts and botls • $7.00 – Wood • $8.50- 30 gauge enamel coated wire • $9.00- Neodymium magnet • $15.00 – Rotor Blades • $5.00 – Nuts and botls • $7.00 – Wood • $8.50- 30 gauge enamel coated wire • $9.00- Neodymium magnet • $15.00 – Rotor Blades • $5.00 – Nuts and botls • $7.00 – Wood • $8.50- 30 gauge enamel coated wire • $9.00- Neodymium magnet • $15.00 – Rotor Blades • $5.00 – Nuts and botls • $7.00 – Wood • $8.50- 30 gauge enamel coated wire • $9.00- Neodymium magnet • $15.00 – Rotor Blades • $5.00 – Nuts and botls • $7.00 – Wood $42.50 – Total $42.50 – Total $42.50 – Total $42.50 – Total $42.50 – Total
Calculations Wind Power (supplied) 49.0 Joules Wind Power (harnessed) 6.51 Joules Efficiency Supplied Harnessed = 13.3 %
Possible Improvements • Increase amount of wire coiled • Increase the wire gauge • Increase magnetic field • Make higher gear ratio • Reduce friction • Use nonmagnetic materials for housing of magnet
Conclusion Despite construction issues we were able to produce a wind generator that successfully met the guidelines.