wind power proposal (mate sophomore series)

Upload: dillon-lynch

Post on 06-Apr-2018

226 views

Category:

Documents


0 download

TRANSCRIPT

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    1/20

    Mate 210 Group 3

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    2/20

    Meet The Engineers

    Colin Hoffman

    Marketing Engineer

    Civil Engineering

    3rd year

    Buddy Bump

    Systems Design Engineer

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    3/20

    Meet The Engineers

    Natalie Lacey

    Applications Engineer

    Biomedical Engineering

    3rd yearAaron Youril

    Manufacturing Engineer

    Materials Engineering

    2nd year

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    4/20

    Meet The Engineers

    Dillon Lynch

    Environmental EngineerMaterials Engineering

    2nd year

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    5/20

    User Needs

    Helping the environment

    Wind energy is a clean fuel source

    Supply is abundant Using a cost effective system

    It takes about 10-12 years for a 1.5 MW turbine

    to pay for itself, assuming a 500 dollar/yearelectricity bill.

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    6/20

    The Size of the Market

    The 2009 Small Wind Global Market Study

    found that the U.S. market share accounts

    for $77 million of the $156 million globaltotal.

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    7/20

    Competition

    GEEnergy has around 50% of the US windturbine market

    Others Include:

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    8/20

    S.W.O.T. Analysis

    Clean fuel source

    Infinite supply

    Cost effective over

    time

    Opportunities

    Wind Turbine Market

    Estimated To Reach

    $60.9 Billion by 2013

    Higher initial investment

    Some areas may not be cost

    effective

    Birds flying into turbines National Security

    Strengths Weaknesses

    Threats

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    9/20

    System Block Diagram

    The sun unevenly heats the earthsatmosphere.

    Uneven heating creates wind.

    The wind turns the blades of theturbine.

    The blades drags a conductor acrossa magnetic field

    The magnetic field builds a chargeon the conductor.

    The charge creates electricity.

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    10/20

    Enabling Technologies

    WindVAR

    Automatically maintains specified voltage

    levels

    Advanced Electronics

    Allows for continues adjustment of blade angle

    Active DampingLessens tower ocilations

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    11/20

    Functional Requirements

    Wind Speeds

    3.5 meters per second ( mph) to

    25 meters per second (5 mph)

    Temperatures

    Operational

    -30C (-22F) to 40C (104F)Survivable

    -40C (-40F) to 50C (122F)

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    12/20

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    13/20

    Product OperationBasically the opposite ofa fan

    Blades are lifted by the

    wind which causes themto move

    Movement of the blades

    is then converted into

    electrical energy througha series of gears and a

    generator

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    14/20

    Performance Specifications

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    15/20

    Impact

    Pros

    Clean energy

    Large net energy gainCreates jobs

    Cons

    - Noise level- False positives in Tornado detection

    - Aesthetics

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    16/20

    Manufacturing Processes

    Tower

    Flat-plate steel cut into shape and rolled into

    conical sectionConnected in field with flanges

    Turbine Blades

    Fiberglass resin in clamshell mold Hollow halves sanded, sealed and painted

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    17/20

    Manufacturing Costs

    Tower

    11,000 ft.2 Steel Plate

    Turbine Blades

    Fiberglass resin

    Mold cost

    Overall Cost

    Tower, Turbine Blades,

    and Nacelle

    Ridiculous Amount of

    Money

    $1,000/kW Capcity

    $1,500,000

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    18/20

    An Environmental Perspective

    Creates no air pollution.

    Steel, aluminum, and concrete, fossil fuels are used to create

    a turbine but within 9 months of operation all the energy has

    been paid back in full by clean power.

    Wind farms do not require large scale construction and

    demolition of the surrounding area so have a minor impact on

    the immediate environment and unlike fossil fuels for

    example coal which tears pits in the ground can be

    considered an aesthetic improvement, rather than an eyesore.

    Turbines Built Offshore offer a completely negligible impact

    on the Environment.

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    19/20

    Known Issues Lubricant and hydraulic fluid can leak if not properly

    maintained and contaminate nearby drinking water.

    Biggest environmental problem is with killing birds

    and bats though it kills twenty times less birds than

    fossil fuels.

    In the UK only 1 bird a year is killed by wind

    turbines.

    It is unknown exactly how much of an impact

    turbines have on bat populations due to the lack of

    information on bats, but one solution has already

    been put into place to stop bat deaths, which involves

    installing a microwave transmitter on the turbine.

  • 8/3/2019 Wind Power Proposal (Mate Sophomore Series)

    20/20

    Questions?

    ??

    ?

    ?

    ?

    ? ?

    ?

    ?

    ?