Introduction to Engineering and Technology

CCRI ENGR-1020

Fall 2007

 

Wind Turbine Project

DEATH BY SPARTAN WIND TURBINE

Team Members

James Tanguay

Andrew Szurley

Brendan Fernandes

Kyle Willner

 

Starting Wind Turbine –

(Photo)

Windmill Kit

 

Improved Wind Turbine

(Photo)

 

Turbine Construction Details

Turbine Costs

Turbine Test Procedures

Turbine Open Circuit Voltage Test Results

Turbine Power Curve

Conclusions

 

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Turbine Construction Details

 

Detail description

 

Detail Photo

Our Group constructed and successfully tested the Picoturbine in its original conception, achieving the highest power output of the class. Although we originally discussed modifying the original design, we added some more wind catchers to the original design.

 

 

Windmill Kit

 

 

 

 

 

 

 

 

 

 

Our new and improved wind catchers are made out of aluminum sheets. It has the original pico turbine design, just larger. We also add an extra set of wind catchers on top to increase speed. The wooden dowel is set to help stabilize the wind catcher.

The bottom is made out of plexi glass and is 12’ in diameter. We had added 4 additional magnets and used the other four from the original kit. The center rod is a threaded steel rod 12” high and 5/16” thick. It’s held together by some simple bolts and washers.

The base is made out of wood and stabilizes the turbine by a bearing. The coils were glued and taped into the wood and connected.

 

 

 

 

 

 

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Turbine Costs

 

1- Pico turbine Kit  $40

1- 4-pack of coils    $ 15

1- 4 back of magnets  $10

4- Aluminum Sheets  $40

1- Steel Rod (Threaded 5/16)  $1.50  

          $106.50

 

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Turbine Test Procedures

We positioned the completed turbine approximately one foot 6 away from a window fan. We used a hand-held digital anemometer to gauge the equivalent wind speed. Testing was done at various wind speeds with no load, with a 100 ohm load, and with a 200 ohm load. Although the internal resistance of our turbine was measured at 55 ohms, we decided to use the 200 ohm load for standard testing.

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Turbine Open Circuit Voltage Test Results

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Turbine Power Curve

 

(Insert a plot of data)

 

 

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Conclusions

 Power output was predictable along the standard curve with power increasing exponentially along with corresponding increases in wind speed. Still, considering the quality, size and amount of materials that went into this project, power output was slight, implying increased size and efficiency of wind turbine would lead to increased cost-effectiveness and practicality.

 

 

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James Tanguay

 

 

 

80 Kenmore St   Apt #3

Pawtucket, RI  02861

 

401-723-7735 Home

401-467-9300 Work

401-862-9554 Cell

shortyj06@cox.net

 

 

 

 

 

 

 

 

Objective

Career, Education, Electrical Engineer, Electronics Technician

Education

 

William M. Davies Career and Technical High School

CCRI

 

Awards received

 Rhode Island Honor Society, VICA Silver Medalist in States, High School Diploma, USBC 300 Game, Sports Trophies

Interests and activities

Sports, Video Games, Television, Work, Electronics, Traveling

Languages

English, Spanish (Basic)

Work experience

 

Part Time and Full Time at Elwin Electronics

 

 

Volunteer experience

15 hrs at a nursing home for confirmation

Professional memberships

United States Bowling Congress

Accreditations and licenses

Drivers License

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Andrew Szurley

 

 

111 Harris Rd

Smithfield, RI 02917

 

401-231-1031

401-230-7171

 

drummertyon@yahoo.com

 

 

 

Objective

A career, mechanical engineer of sort

Education

 

Smithfield High School.

 

Awards received

Trophies for soccer, baseball.

Interests and activities

Technology, dirt bikes, skateboarding, welding, building.

Languages

English

Work experience

 

McDonalds -food prep.

D@L landscaping –cutting lawns

Valvoline- changing oil

Volunteer experience

Community service

Hobbies

Hiking, biking, sea kayaking, wood working, dirt biking, skating, rock climbing, shooting.

Community activities

RI jeep trail master

Professional memberships

None.

 

 

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Brendan Fernandes

 

 

 

95 Huntinghouse Rd.

 

Home: (401) 568-5740

 

Cell: (401) 793-6971

 

 

 

 

 

 

 

 

 

 

Objective

Graduate from college with a degree in Engineering, and then hopefully get a job as a civic or electronic engineer.

Education

 

Ponaganset High School

CCRI

 

Awards received

N/a

Interests and activities

Started playing guitar, camping in Maine with relatives once a year, hiking, karate. Also skate boarding where my friends and I made a move of named Ocean Skate which was premiered to our school.

Languages

English, basic Spanish

Work experience

 

Part time:  Cleanup crew for Cavanagh Company, dishwasher in a family owned restaurant, stocks shelves in dairy/ frozen section for grocery store.

 

 

 

Volunteer experience

Volunteered in the Scituate Art Festival severing hot food to the public: 20 hours

Professional memberships

N/a

Accreditations and licenses

License to Drive

 

 

 

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Kyle Willner

 

 

 

7 Phoebe Street

Johnston, RI 02919

(401) 331-2713

 

 

Rpggamer413@yahoo.com

 

 

 

 

 

 

 

 

 

Objective

Computer Engineering

Education

 

Johnston High School

 

Interests and activities

Computers, Video Games

Languages

English

Work experience

 

Radio Shack- Sales Associate

 

 

 

 

 

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