Wind Energy Group 6: Jason Armstrong, Alejandra Salazar, William Becker, Silverio Sierra, Jessica Morgan.

Slides:



Advertisements
Similar presentations
html.
Advertisements

WIND ENERGY in the upwind. Contents Energy from the wind 1. Energy from the wind 2. Wind usage evolution 3. How wind machines work 4. Types of wind machines.
Energy & Its Impact on Global Society Jerome K. Williams, Ph.D. Saint Leo University Dept. Mathematics & Sciences.
Cassie West and Shameka Marshall. How does wind energy occur? Wind is a form of solar energy caused by the uneven heating of the atmosphere by the sun.
Wind – tapping into a renewable energy resource
Wind Power. Approximately 2% of the solar power that reaches the earth’s surface is converted into wind. Approximately 2% of the solar power that reaches.
Lecture 21 Chapter 12 Wind Energy. Outline History of wind power –Grinding wheat –Pumping water –Generating electricity Wind power for electricity –Fundamental.
Wind Energy x XD By Rebecca XD and Victoria :D x.
Wind Energy Chemical Engineering Seminar By: Jacqueline Milkovich.
Wind Energy By Kofi Kwakwa & Christian Caillaux. What is it? Wind power is the power that is derived from the wind. This energy is used to generate electricity.
Introduction to Wind Turbines P M V Subbarao Professor Mechanical Engineering Department IIT Delhi The Ancient Cousin to Modern Kaplan TUrbine….
By Esmeralda & Jair 7 th grade Wind is the uneven heating of the earth’s surface caused by the sun. What is wind?
Wind Energy By: Lizzy Jones,Katherine Mentecki, and Karin Sundquist.
 Wind Energy By Jon Clemente, Ray Sites, Kathryn Roshong.
Wind Energy Latif Tangül Orçun Ökmen Gizem Ünlü.
Wind Energy/Power By John Onukogu. Wind power Defined Briefly  The use of wind generators to create electricity for either private or public energy consumption.
Wind Power By: Kady Hamilton and Emily Lowe. Primary energy source Wind– clean and renewable – Doesn’t release harmful gases- CO2 or nitrogen oxides into.
Utility Scale Wind Energy Prof. Jinsoo Park UTI-111 Essex County College.
Wind Energy and Wind Power
 Winds are caused by the uneven heating of the atmosphere by the sun, the irregularities of the earth's surface, and rotation of the earth.  Wind flow.
Wind Power Jon Konen April 7, 2008 CBE 555 Presentation.
Wind Power. Would you like to see and increase in wind power production? 1. Yes 2. No.
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.
 Aniedi Roberts,Juan Cruz,Juan Molinares.  This energy is generated when wind turbines convert the kinetic energy in the wind to mechanical energy 
Wind Power By: Danforth Holley Kendal Effinger & Daisy Bledsoe-Herring.
Renewable Power Generation Wind Energy Systems:  Fastest growing segment of renewable energy business (up 75% in capacity since 1990) Possible limitations.
Chapter 14.2 Indirect Solar Energy HYDROPOWER dammed water flows under high pressure through channels to drive turbogenerators amount of power generated.
Wind energy By Govind Singh Shekhawat
By Tommy Giljohann December 14, Wind is a form of solar energy. Winds are caused by the uneven heating.
WIND ENERGY. WIND Wind is the movement of air across the surface of the Earth, from areas of high pressure to areas of low pressure. The surface of the.
For any wind turbine, the power and energy output increases dramatically as the wind speed increases (see wind power profile.wind power profile Therefore,
Warm Up 1/27/14 Voices are at “0” Evaluate our Learning Target for today. 1.Where do we obtain energy? In other words, what are our sources for energy?
EQ: How does the use of renewable and nonrenewable resources affect our ongoing energy crisis? LT: I can explain the environmental consequences of the.
Alternative Energy Source. What is WIND ENERGY ?  Wind energy wind up the movement of the air flow (kinetic) energy. A portion of this energy is converted.
Wind Wind Power “Research shows that wind power could theoretically produce over 100 times the region’s current demand for electricity.”
Wind – a renewable energy resource.
Wind Power By: Austin Flanagan. Pros  Wind power is a renewable source of electricity *The generation of electricity by the burning of coal is non- renewable.
Wind God by John D. Rockefellar top lawl and Sieng for me swagLy.
 Wind is formed by, whenever there is a high pressure area and a low pressure area around it, air is pushed from the high pressure area to the low. Wind.
WIND POWER. WHAT IS WIND?!  Caused by uneven heating of the Earth’s surface  Made of very different types of land and water, absorbs sun’s heat at different.
Small Wind 101: An Overview of Small-Scale Wind Electric Systems Affordable, Clean Energy for Homes, Farms & Businesses.
By :Gina DiJohn. Wind turbines convert the kinetic energy in the wind into mechanical power or electricity Can power homes, businesses, schools and pump.
Chris Santos, Sean Tegeder, and Christine Zaky 7A.
Wind Lirieth Amat Laque Nicholas Alyssa Ruqqiero.
Wind Turbine Design Methods
Explain one disadvantage and one advantage of nuclear power
SALİM YILMAZ HIGH SCHOOL Mersin, Turkey
Overview Wind Energy is currently the fastest renewable power source within our reach. Through this form of energy, the wind’s kinetic force is transformed.
By: Nikitha and Shikha. What is Wind Energy? A source of energy that is driven by the force of wind. Wind is caused by huge convection currents in the.
Energy Tic-Tac-Toe Board Renewable Source - Wind Energy By: TJ Hoyt.
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.
Renewable Energy. Energy and Power in the Wind Kinetic Energy = ½ m V 2 Mass = density (  ) x area (A) x velocity (V) Wind Power = Kinetic energy per.
“The Future of Alternative Energy Is Blowing your way”
SHP – Columbia University
1. Abstract Introduction Advantages and Disadvantages. Wind Energy Applications. How does it work? 2.
Wind Energy “It’ll blow you away”. Definition & Types Wind Energy: also called ‘wind power’ is extracted from air flow using wind turbines or sails to.
How we use wind to create power By- Ryan Schub,TJ Maldonado cuments/digitalmedia/mdaw/mdiy/~edi.
__________________________ © Cactus Moon Education, LLC. CACTUS MOON EDUCATION, LLC ENERGY FROM THE WIND WIND TECHNOLOGIES.
SEMINAR ON SHIP WITH WIND MILLS
WIND ENERGY By: Manjunath Terwad.
Do the Positive Impacts of Wind Power Outweigh the Negative Impacts?
Wind Energy.
Start....
By: Nawaz Haider Bashir SESE_Science GHS Patti Bulanda
NON-CONVENTIONAL POWER PLANT
Module 39 Solar, Wind, Geothermal, and Hydrogen
Wind Energy Wind turbines = devices that harness power from wind
Exploring Wind Energy.
Exploring Wind energy.
Presentation transcript:

Wind Energy Group 6: Jason Armstrong, Alejandra Salazar, William Becker, Silverio Sierra, Jessica Morgan

How is Wind Generated? Atmosphere warming by the sun Atmosphere warming by the sun Hot air rises while cooler air falls Hot air rises while cooler air falls Result  WIND Result  WIND

Energy From Wind Kinetic Energy from air Kinetic Energy from air Conversion into mechanical force or electricity Conversion into mechanical force or electricity 59% max efficiency 59% max efficiency Increasing current development Increasing current development

How It Works? Wind pressure turns a rotor Wind pressure turns a rotor Rotor attached to shaft Rotor attached to shaft Shaft connected to electrical generator Shaft connected to electrical generator For residential systems, DC output stored in batteries For residential systems, DC output stored in batteries For large systems, synchronous inverters coverts DC into AC and feeds into the grid For large systems, synchronous inverters coverts DC into AC and feeds into the grid

Amount Of Power Extracted Proportional to the cube of the wind’s velocity and area swept by blades which is proportional to the blade diameter Proportional to the cube of the wind’s velocity and area swept by blades which is proportional to the blade diameter The greater the wind velocity, the more impact on the rotor blades The greater the wind velocity, the more impact on the rotor blades The higher the support tower, the higher the wind velocity The higher the support tower, the higher the wind velocity Fewer blades are more efficient Fewer blades are more efficient

Types of Windmills

Types of Wind Turbines Horizontal Horizontal Common Common Three Categories: Three Categories: 1) Dutch type 2) American multivane 3) 2 or 3 bladed turbine Vertical Vertical Egg-beater shape Egg-beater shape Darrieus rotor Darrieus rotor

Dutch Windmill 4 arms 4 arms Thousands used in Holland, but few used today Thousands used in Holland, but few used today Used to pump water and grind flour Used to pump water and grind flour Small efficiency 7% Small efficiency 7%

American Multivane Used to pump water Used to pump water Dependable Dependable Operates under small wind velocities Operates under small wind velocities Low efficiency and output Low efficiency and output

2 or 3 Bladed Turbine Primarily used today Primarily used today Most efficient Most efficient

Vertical-Axis Machine Darrieus rotor Darrieus rotor No shift in wind directions No shift in wind directions Gearbox and generator mounted at base Gearbox and generator mounted at base Difficult to put high up on a tower Difficult to put high up on a tower Not popular Not popular

Disadvantages: High initial cost High initial cost Inconsistent energy source Inconsistent energy source Limited power Limited power Expensive energy storage Expensive energy storage Visual Pollution (noise, appearance) Visual Pollution (noise, appearance) Interference with television and radio waves Interference with television and radio waves Potential threat to birds Potential threat to birds Competition with other uses of land Competition with other uses of land Location of wind farms Location of wind farms

Advantages: Clean energy source Clean energy source Eliminates many pollution problems Eliminates many pollution problems Renewable resource Renewable resource Lowest priced energy source Lowest priced energy source Benefits to rural economy Benefits to rural economy Small units which can be tailored to a specific location Small units which can be tailored to a specific location Fine complement to solar energy Fine complement to solar energy

Rural Economic Benefits Iowa – 240 MW wind farm Iowa – 240 MW wind farm -$64,000/yr lease payments to farmers ($2,000/turbine) -$2 million in property taxes -40 long term jobs -200 short term construction jobs Minnesota – 107 MW wind farm Minnesota – 107 MW wind farm -$50,000/ yr lease payments to farmers -$61,000 in property taxes -31 long term jobs -31 long term jobs

Wind Energy in Costa Rica Largest wind farm in Central and South America Largest wind farm in Central and South America Generates 3% of national electricity Generates 3% of national electricity Prevents 57,000 tons of CO 2 Prevents 57,000 tons of CO 2 Ideal location for wind farms Ideal location for wind farms

Economic Benefits in Costa Rica Free fuel Free fuel Low maintenance cost Low maintenance cost Initial costs covered by private donors Initial costs covered by private donors Creates new jobs, although few Creates new jobs, although few

Problems With the Costa Rica Wind Farms Not too beneficial to the locals Not too beneficial to the locals Little employment opportunities Little employment opportunities Wages are not significantly higher Wages are not significantly higher

US Wind Energy Electric Utilities Companies and their role in “green power” programs Electric Utilities Companies and their role in “green power” programs Top 5 Ranked states for wind energy potential: ND, TX, KS, SD, MT Top 5 Ranked states for wind energy potential: ND, TX, KS, SD, MT Becoming more attractive as a source of energy Becoming more attractive as a source of energy

The Lone Wind State TX leading state in installed capacity of wind energy TX leading state in installed capacity of wind energy Central and SW Services Inc. (6.6MW) Central and SW Services Inc. (6.6MW) TXU Electric/York Research Corp. (34.3MW) TXU Electric/York Research Corp. (34.3MW)

International Leaders Denmark: Leader in converting wind  power Leader in converting wind  power Owns 50% of worldwide wind power technology Owns 50% of worldwide wind power technology Largest offshore wind farm Largest offshore wind farm Expected to be 21% of overall energy Expected to be 21% of overall energyGermany:  Largest number of installed turbines

Why Wind? Current concern for the environment Current concern for the environment High energy prices High energy prices Fossil fuel insecurity Fossil fuel insecurity Renewable energy Renewable energy Increased capacity needs Increased capacity needs Complements with Solar Energy Complements with Solar Energy Attractive alternative Attractive alternative

Any Questions?