November 6, 2003Carlson, Wilson1 Professor Windmill An Educational Wind Energy System ELM Senior Project Dave Carlson Jeff Wilson.

Slides:

Advertisements

Similar presentations

Wind energy, wind power.  -The wind power or the wind energy is the energy extracted from the wind using wind turbines to produce an electrical power,

Advertisements

Small Wind Production Wind power solutions at home.

Lecture 30 November 4, 2013 ECEN 2060 Lecture 30 Fall 2013.

Accelerometer’s for Wind Turbines Alternative Energy Wind turbines are a growing source of alternative clean energy sources. As individual machines, or.

This is Miller, he told us something about WINDGENERATORS.

CONTROL SYSTEM IMPLEMENTATION. What ‘Control System’ mean for a Wind Turbine Yawing of nacelle Blade pitch adjustment.

02/10/2004By: Strobridge & Sulkoski1 G.U.S.T.E.R. Electrical Design Project Presentation.

02/10/2004By: Strobridge & Sulkoski1 G.U.S.T.E.R. Mechanical Design Project Presentation.

Professor Windmill An Educational Feedback Control System ELM Senior Project Dave Carlson Jeff Wilson.

12/13/2003By: Strobridge & Sulkoski1 G.U.S.T.E.R. General Universal System for Testing External Rotors.

11/06/2003By: Strobridge & Sulkoski1 G.U.S.T.E.R. General Universal System for Testing External Rotors.

04/13/2004By: Strobridge & Sulkoski1 G.U.S.T.E.R. Status Report 4.

By: Toland and Kaitlyn. Mechanical Advantage The wind turbine’s weight spins the first wheel and axle, which increases speed of the second wheel and axle.

Wind Energy Basics The Kidwind Project

Introduction to Wind Energy. Where do we get our electricity?

Wind Energy for Students The Kidwind Project Copyright 2008.

Lesson 17: Other Dc Motor Connections

Alternative Energy Sources. Wind Turbines Wind: A General Description Wind energy- is a renewable resource that is used to create electrical energy.

An Introduction to wind power By Jack Bradley, University of Bradford.

 My question Is  How has wind power changed the environment?

1 | Program Name or Ancillary Texteere.energy.gov Water Power Peer Review Sensor Fish Redesign Collaboration Z. (Daniel) Deng Thomas J. Carlson Pacific.

A wind turbine is a device that converts kinetic energy from the wind, also called wind energy, into mechanical energy; a process known as wind power.

FUTURE ENERGY WIND POWER. INTRODUCTION Wind power is simply the conversion of winds kinetic energy into electricity. Generally, wind power exists in areas.

Producing electricity  Electricity is a useful form of energy. It can easily be changed to other forms of energy.

WIND POWER. Introduction  Energy is a major input for overall socio- economic development of any society  The prices of the fossil fuels steeply increasing.

Answers to Windmill Project Research Questions

Large Wind Turbines Technology Lee Jay Fingersh BLM WEATS August 31, 2010.

By John Zavalney. Quick Write Have you ever seen wind do work? Describe what and where you saw it?

Global wind day is back!!!! On 15 th June, it is Global Wind Day Global Wind Day 2012 is New Zealand's opportunity to celebrate the role that wind plays.

Wind Turbine Design and Implementation Phase III Senior Design May Team Andrew Nigro (EE) Chad Hand (EE) Luke Rupiper (EE) Ryan Semler (EE) Shonda.

SDMAY11-01 Advisor: Dr. Ajjarapu Team Members: Luke Rupiper Shonda Butler Andrew Nigro Ryan Semler Chad Hand.

Copyright © Texas Education Agency, All rights reserved.

WIND Christ O’Dea Polar Bear Pollack Bitch Bucky.

Renewable Energy Research Laboratory University of Massachusetts Wind Energy: State-of-the Art and Future Trends Southwest Renewable Energy Conference.

Period 1 presentation. The ruins of a Persian windmill.

By: Glennie and Mika. We would like to have this be Michigan`s Ideal Energy Resources in 2020.

NXT A computer controlled brick and the “brain” of your robot that controls the motors and sensors.

Wind By Matthew Li, Kenny Behrend, Justin Symons, and Kyle Kaczmarek.

Wind Turbine Design and Implementation. Team Members Members: Luke Donney Lindsay Short Nick Ries Dario Vazquez Chris Loots Advisor: Dr. Venkataramana.

Using the wind to create electricity is great. By using windmills to create wind power is great because we are helping the Earth and the O-zone layer.

Wind Energy. How does wind energy work? The wind blows on the blades and makes them turn. The blades turns a shaft inside the nacelle (the box at the.

People have used the power of wind for thousands of years.

Our power point is about wind turbines and how they give us energy.

Conservation of Green House Gases with Wind Turbines and a Reusable Energy Source April 30, 2015 Alabama School of Fine Arts Math &Science Department Honors.

By: Scott Rentschler.  Utility Scale  Industrial Scale  Residential Scale.

WIND TURBINE CONTROL DESIGN TO REDUCE CAPITAL COSTS P. Jeff Darrow(Colorado School of Mines) Alan Wright(National Renewable Energy Laboratory) Kathryn.

Period 7.   The more curved side generates low air pressures, due to more surface area. While high pressure air, pushes on the other side of the design.

Power Plant Construction and QA/QC Section 8.3 – Wind Energy Technology Engineering Technology Division.

Wind Turbine Power Plant. Sources ●

SHENZHEN INVT ELECTRIC CO.,LTD.

Vestas - newest technology in wind generating power Wind and Hydroelectric Plant Investments in Bulgaria’2008 Conference Sofia - 5. January 2008 Dipl.-Ing.

Alternative Energy Resources TSW – Identify alternative energy resources such as wind, solar, hydroelectric, geothermal, and biofuels. 5.7C.

Bartosz Turek.  History of Wind Power  The Trend for the Future  Types of Turbines  Pros and Cons of Wind Power  Intermittency  Storage Options.

Wind Energy Basics The Kidwind Project

Wind Energy Basics The Kidwind Project

Wind Energy is a Better Renewable Energy Resource There are many methods by which electrical energy is generated but wind energy.

By: Madison Doonan. History of energy The first windmills were in Persia for pumping water and grinding grain People have been using it for at least 5,500.

Windmill Energy Production

Wind Power Kelly Farmer.

Classical Design of Wind Turbine Controllers

ECE445 Senior Design: Smart Umbrella

Supplemental Learning Module Forces & Equivalent Systems

Anatomy of Modern Wind Turbine & Wind farms

By: Nawaz Haider Bashir SESE_Science GHS Patti Bulanda

WIND TURBINE GENERATORS.

1 BOLTING ASSEMBLY TRAINING - INTRODUCTIONNotes from the Training Course on Bolting Assembly BOLTED JOINT ASSEMBLY WIND ENERGY FIELD SERVICE TECHNICIANS.

1 BOLTING ASSEMBLY TRAINING - INTRODUCTIONNotes from the Training Course on Bolting Assembly BOLTED JOINT ASSEMBLY WIND ENERGY FIELD SERVICE TECHNICIANS.

Wind Energy Powerpoint

ECE 445 Wind Turbine Generator System Design and Characterization

Where are the winds?.

Presentation transcript:

November 6, 2003Carlson, Wilson1 Professor Windmill An Educational Wind Energy System ELM Senior Project Dave Carlson Jeff Wilson

November 6, 2003Carlson, Wilson2 Background: Wind Energy Is A Blossoming Field Rapidly Growing Technology Technical Students Know Little About Wind Power

November 6, 2003Carlson, Wilson3 Problem Statement To design and build a functioning scale replica wind turbine with added educational features.

November 6, 2003Carlson, Wilson4 Solution: Scaled Down 550kW Model Wind Turbine Clear Tower And Housing Sensors, Data Acquisition and Feedback Power Conditioner for Energy Use or Storage

November 6, 2003Carlson, Wilson5 Motor Controller Power Conditioner Data Acquisition Card Yaw Motor Sensors PowerPower User System Overview:

November 6, 2003Carlson, Wilson6 Tower Concept #1: Tubular Construct Three Separate Pieces Fit Together Clear To Show Insides

November 6, 2003Carlson, Wilson7 Tower Concept #2: Trapezoidal Construct Three Separate Pieces Fit Together Clear To Show Insides

November 6, 2003Carlson, Wilson8 Tower Concept #3: Cylindrical Telescoping Construct Clear To Show Insides

November 6, 2003Carlson, Wilson9 Tower Design Matrix: Tower Concept FabricationAestheticsRealismStabilityCollapsibilityTotals Cylindrical Trapezoidal Telescoping = Bad 5=Good

November 6, 2003Carlson, Wilson10 Schedule:

November 6, 2003Carlson, Wilson11 Critical Tests: Test #1 – Can wind turn turbine blades Test #2 – Torque from wind speeds Test #3 – Is tower design stable Test #4 – Can yaw motor control direction Test #5 – Will data acquisition work Test #6 – Can we design a working blade

November 6, 2003Carlson, Wilson12 Thank You From Professor Windmill