L eaders in I mplementing F easible E nergy SYSTEMS Project Manager: Mindy Sanchez Lead Design: Stephen Arlington Market Executive: Joe Munchel Research.

Slides:

Advertisements

Similar presentations

Section 2.5 Transformations of Functions. Overview In this section we study how certain transformations of a function affect its graph. We will specifically.

Advertisements

Richard Preen & Larry Bull UWE, Bristol. Introduction Evolutionary computing has been applied widely. Over 70 examples of “human competitive” performance.

Configuration: Axis of Rotation Paul Gipe & Assoc. HAWTVAWT.

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

x y First we look at how far up the point is, this is on the vertical Y axis. HORIZONTAL VERTICALVERTICAL.

October 7, 2011 Brad Godshalk Erik Hilley Philip Lazeski Jargalan Nermunkh Liu Zeng Shou Justin Walti Franklin Zelinger Wind Energy Collection to Energy.

Overview  Concept & Design Approach  Background  Vertical Axis Wind Turbines  Application  Prototype  Cost Analysis  Return on Investment  Summery.

By Misfer Almarri.  Have the main rotor shaft and electrical generator at the top of a tower, and must be pointed into the windrotor  Small turbines.

W IND E NERGY : T HE N EW A LTERNATIVE By James Washechek Department of Chemical Engineering, The University of Texas at Austin.

Wind/Solar Charging Lights By: Ben Bodiford, Ken Scrivner, Monica Webster Program: Earth Dynamics: Climate, People, and History Fall

August 2012 New Generation of Wind Turbines We Turn Energy Consumers into Energy Producers.

Wind Energy LiChung Hung (Uly) What’s wind power?  Wind turbines convert the kinetic energy from the wind into mechanical energy which is then used.

Urban Wind Power. Why? Locations, where is no space for large turbines Energy savings o Preventing energy transporting losses from larger power plants.

Wind Energy and the European Union

Wind Power Green Energy

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.

Sustainable Energy Systems Peter Gevorkian Brevard community College ETP1401 Bruce Hesher.

WIND ENERGY. THE HISTORY OF USING WIND ENERGY THE HISTORY OF USING WIND ENERGY The usage of wind energy The usage of wind energy How the wind turbine.

Cody Beckemeyer Advisors: Junkun Ma Cris Koutsougeras ET 494 Fall 2013.

By Team 4.  To design a building-integrated wind energy system for a given structure that is aesthetically pleasing and efficient enough to provide for.

APEX Institute of Technology &Management Mr. SAURAV KUMAR (EEE # ) Mr. GAURAV KUMAR (ECE # ) B.TECH. PROJECT PRESENTATION-2012 [1]

Power Generation from Renewable Energy Sources Fall 2013 Instructor: Xiaodong Chu ： Office Tel.: Mobile:

Wind Power and its Science As one of the powerful energy sources.

L eaders in I mplementing F easible E nergy SYSTEMS Project Manager: Mindy Sanchez Lead Design: Stephen Arlington Market Executive: Joe Munchel Research.

TOPIC: WIND ENERGY.

Chapter = 6 Advertising Process.

Wind Turbine Design Methods

Various Wind Technologies. Aerodynamics Components of a Wind Turbine.

Natural Structures vs. Engineered Structures cave to room tree trunk to column tree branch to beam spider web to truss beaver dam to.

Adding SubtractingMultiplyingDividingMiscellaneous.

WIND ENERGY WIND ENERGY. WIND is created by: WIND is created by: a. uneven heating of the atmosphere a. uneven heating of the atmosphere by the sun by.

HAWTs vs. VAWTs Bayley Costner Jason Cosma Tristan Fitzwater.

Mallory Steffey 8-L. Table of Contents I.Introduction to Wind Power II.Cons to Wind Power III.Conclusion.

Design of a Vertical-Axis Wind Turbine

| #ActOnSW. To The Point Marketing is a full-service, digital marketing agency specializing in the architecture, design,

Horizontal Axis Fan design. HAWTs Vs. VAWTs -HAWTs should be used since it is more effective in producing laminar flow and aerodynamics compared to VAWTs.

The German Comenius team presents:

Market and Customer Needs

Electricity Wind Power Solar Power Hydro Electric Conservation.

Contributed by: Integrated Teaching and Learning Program, College of Engineering, University of Colorado at Boulder.

Business Utilities What is “utility”? Economic term that means…

Revolutionary Technologies Group C1 Nicholas Arch, Nicholas Fraser, Robert Huth, Patrick Noble, Michael Toomey Preliminary Design Review January 31, 2008.

Group members: Devon Martinez Vu Nguyen Alex Oyler.

Renewable Energy: Wind Power Salvador Griñán Egea. 1º Bachillerato Science and Technology. This project is about the Renewable Energy focusing on Wind.

Wind Turbine Power Plant. Sources ●

John Wloch Wind-Aid Preliminary Design Review 5 February 2008 Andy CrutchfieldJames Gates Keri MacaulayDavid Rupp.

Wind and Water Power pp Wind generators  Horizontal Axis— higher positioning of rotor blades  Vertical Axis— catches wind closer to the ground.

Chapter 3 Section 3.3 Linear Functions: Graphs and Applications.

Advanced Systems Group NetApp FAS Storage ® Implementation 1 With a NetApp FAS Storage Implementation from Advanced Systems Group (ASG), you can reduce.

__________________________ © Cactus Moon Education, LLC. CACTUS MOON EDUCATION, LLC ENERGY FROM THE WIND WIND TECHNOLOGIES.

Team 1: 32 responses Team 2: 55 responses Team 3: 29 responses

WIND TURBINE GENERATORS.

ECE 333 Green Electric Energy

Rational Functions and Their Graphs

Rectangular Coordinates;

לוטוס הרוח - פוטנציאל כסף בלתי נראה

Dee1 View from back of back plate

To add or subtract polynomials, combine like terms.

ECE 445 Wind Turbine Generator System Design and Characterization

Adding with 9’s.

Adding with 10’s.

Value Engineering in a Manufacturing Facility

How do horizontal bar graphs differ from vertical bar graphs?

Introduction to Residential Wind Energy

Adding ____ + 10.

Chapter 3 Examining Relationships

Wind Power and its Science

Warm Up: Name the parts of a wind turbine

Presentation transcript:

L eaders in I mplementing F easible E nergy SYSTEMS Project Manager: Mindy Sanchez Lead Design: Stephen Arlington Market Executive: Joe Munchel Research Development: Lindsay Master

Problem Statement The goal of our team is to build and develop an architecturally appealing integrated wind system that can be either retrofitted to existing buildings or added to new buildings. This product will also utilize and incorporate existing C/S products and customer base.

Research HAWT (Horizontal Axis Wind Turbine) VAWT (Vertical Axis Wind Turbine) -Savonius -Giromill -Darrieus Wind Belt

Leed Building