Introduction to Engineering and Technology

CCRI ENGR-1020

Spring 2007

 

Wind Turbine Project

 

Team Members

David Mit

Bobby Nouyi Yang

Dan Stevens

Eugene Luo   

Starting Wind Turbine –

(Photo)

Windmill Kit

 

 

Turbine Construction Details

Turbine Costs

Turbine Test Procedures

Turbine Open Circuit Voltage Test Results

Turbine Power Curve

Conclusions

 

 

 

Turbine Construction Details

 

Detail description

 

Detail Photo

First project. This project we didn’t really modify. We followed the instructions to detail and created the turbine that was instructed.

 

 

First you need Wood for the base and supports. Next you need a wooden axel screws, brackets, Barings, a fan blade, water bottle cool aid can and tape, eight coils, eight magnets, glue, and tape.   

Build your base using the picture above and drill round holds in the coffee can and two wooden supports for Barings and then glue Barings in holes( make sure they are glued in straight!). Next wrap coils around the outside of cool aid can. Your next step is to glue and tape magnets around the water bottle and also trill who holes in the water bottle, on the top and bottom for the axel. 

Next insert the wooden axel threw the water bottle and insert the water bottle into the cool aid can( MAKE SURE EVERYTHING IS CENTERED) make sure the magnets are aligned with the coils and there is hardly any space between the magnets( use foam poster board to get rid of space between magnets and can) and the coffee can.   

Last again make sure everything is centered and your project is complete make you project look a little better by painting it or covering it with colored paint.

 

 

 

 

Turbine Costs

Our turbine cost about 126 dollars based on information.

Turbine kits- $80

Wood- $15

Barings- $15

Glue paper foam paper - $16

Cool aid can- free

Water bottle- free

Fan blade from lawn windmill- free

 

Turbine Test Procedures

 

 

  1. Measure the generator resistance with the digital Voltmeter (DVM).
  2. Place a small piece of reflective tape to a dark surface of the turbine
  3. Connect the DVM to the turbine output leads.
  4. Connect one side of the resistor load to the DVM common (black).
  5. Start the fan and adjust the speed and position for the minimum turbine out (must have AC signal).
  6. record the minimum and maximum wind speed
  7. Record the average RPM, DVM voltage and DVM frequency for each load condition.
  8. Increase the wind speed for the next target speed and record data.
  9. Repeat the procedure until the maximum wind speed is obtained.
  10. Turn in the Team data sheet to the instructor for coping.

 

 

Turbine Open Circuit Voltage Test Results

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


Turbine Power Curve

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


Conclusions

In conclusion although we didn’t get the power we wanted to watched our turbine grow from a little piece of smushed up materials that when it turned on it almost blew apart to something we didn’t actually mind standing next to. 

 

 

Team Member one.

Bobby Nouyi Yang

 

 

 

68 Spring Grove Ave

Home Phone #: 401-739-5129

Mobile Phone #: 401-632-9495

 

Email: byang1188@hotmail.com

 

 

 

 

 

 

No Photo…

 

 

 

Objective

Electrical Engineer

Education

 

High School Diploma

 

Awards received

Honor Roll

Interests and activities

Sports, games, computers, outdoors, DJ-ing, etc.

Languages

English, Hmong, Spanish (2 yrs)

Work experience

 

Part Time UPS Employee – Sort aisle

 

 

 

Volunteer experience

Food service – Helped at cousin’s restaurant for 2 summers.

Professional memberships

 

Accreditations and licenses

 

 

Team Member two

David Mit

 

 

 

47 Union Avenue

(401) 282-0361

(401) 270-4480

DavidMit02909@yahoo.com

 

 

 

 

 

 

 

 

 

Objective

Currently enrolled in General studies but very interested in electrical engineering.

Education

 

Classical High School, Providence, RI

Community College of Rhode Island

 

Awards received

Dead lifting record (299 lbs) 2002

Interests and activities

Football, baseball, volleyball, and videogames.

Languages

English, Spanish(3 years in high school)

Work experience

 

Full time (30+ hours)  At Ben and Jerry’s (Providence Place Mall) since Oct. 2006

 

 

Volunteer experience

 

Professional memberships

 

Accreditations and licenses

 

 

Team Member 3

 

Dan Stevens

 

 

78 Elton Ave

Home Phone #: 401-738-1934

Mobile Phone #: 401-4979987

 

Email: screwdayankees@yahoo.com

 

 

 

 

 

 

 

 

 

Objective

Computer networking technology’s

Education

 

High School Diploma Warwick veterans Memorial High School

 

Awards received

Honor Roll

Interests and activities

Sports, games, computers, outdoors, boating, camping, etc.

Languages

English

Work experience

 

Part Time at Haxtons liquor store.

 

 

 

Volunteer experience

Community service (for school) at the Warwick Public Library.

Professional memberships

 

Accreditations and licenses

 

 

 

Team Member 4

 

Eugene Luo

 

 

 

19 Nicolas Lane

401-738-9202

401-632-3909

 

eluo@ccri.edu

 

 

 

 

 

Nophoto

 

 

 

Objective

[career, education, computer engineer, software designer, ……]

Education

 

Toll Gate High School

CCRI

 

Awards received

 

Interests and activities

[sports, computers, technology, games]

Languages

[English, Chinese, Spanish (3yrs)]

Work experience

 

Part Time

 

 

 

Volunteer experience

 

Professional memberships

 

Accreditations and licenses