WIND
ENERGY
DEFINITION
Dr. Salem Baidas
ENVIRONMENTAL SUSTAINABILITY SLIDESHOWS FROM
S2ADESIGN.COM
S2ADESIGN.COM
AGENDA
DEFINITION
01
ADVANTAGES
02
CHALLENGES
03
UN POLICY
04
INFOGRAPHICS
05
wind ENERGY
Wind Turbines Generate Electricity by
Turning the Blades of a Turbine Around
a Rotor which Spins Creating Electricity.
Vertical axisWIND TURBINE (VAWT)
Utilizes Vertical Blades Rotating Around a Central
Shaft Connected to a Generator. Components:
Blades, Shaft, Electric Generator, and Frame.
Horizontal axis wind turbine (HAWT)
More Commonly Used than the Vertical Type
with the Shaft Pointing Parallel to Direction of
the Wind. Components: Blades, Shaft, Electric
Generator, Foundation, Nacelle, and Tower.
Wind turbine types
wind energy
ELPROCUS.COM
And Clean Energy Source with No Emissions. Wind Energy Use
Reduces Emissions and Contributes to Climate Change Mitigation.
renewable
Creates New Employment Opportunities which Boosts the
Economy and Offers Investment Opportunities.
economy
Wind Turbines Provides One of the Lowest-Priced Energy Sources.
Performance is Improving while Cost is Decreasing Over Time.
Low cost
Wind Turbines are Efficient Energy Harvesters Generating More
Electricity and Requiring Less Maintenance.
efficient
Suitable for Agricultural and Multi-Use Landscapes Particularly in
Rural or Remote Areas such as Farms and Coastal Communities.
Versatile
advantages
wind energy
ENERGY.GOV
Wind Turbines Require High Initial Cost. Additional Investment is
Needed in Electrical Grids to Transmit Power to Urban Areas.
INITIAL cost
Wind Energy Suffers from Irregularity Making it Difficult to Predict
the Amount of Energy It Can Produce at a Given Time.
Unpredictable
Concerns Arise Regarding the Noise Produced by Turbine Blades
and the Visual Effects on the Landscape.
noise
Installation Challenges Regarding Electricity Transmission from
Wind Farms to Urban Areas where It is Needed to Meet Demand.
transmission
Wind Turbines Pose a Threat to Wildlife Including Flying Birds who
May Be Injured or Killed By Their Blades.
Wildlife
JUSTENERGY.COM
challenges
wind energy
unfccc
The Paris Agreement Aims to Reduce
the Global Temperature Rise Below
2°C Requiring Clean Energy Transition.
Renewable Energy and Carbon Capture
Can Achieve 90% GHG Reduction to
Reach Net Zero by 2050. Renewable
Energy Use Directly Supports SDG7.
UNFCCC.INT
United Nations Climate Change
Global Climate Action
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text can be replaced with your own text.
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text can be replaced with your own text.
9.7
6.6
4.1
3.6
2019 2020 2021 2022
57
72
92 91
102
117
94 89
110
135
151 156
Other Renewables Wind Energy Solar Energy
IEA.ORG
By technology (Gigawatts)
Global RENEWABLE ENERGY generation
34%
Wind Energy
13%
Other Renewables
53%
Solar Energy
IEA.ORG
2019-22
Global RENEWABLE ENERGY generation
By technology (share)
GLOBAL wind energy CAPACITY & outlook
2010 2012 2014 2016 2018 2020 2022 2023 2024 2025 2026 2027
198 283 370
488
591
745
906 984
1,099
1,224
1,359
1,509
GWEC.NET
8X
INCREASE
gigawatts
CHINA
THIS IS A
U.S.
THIS IS A
GERMANY
THIS IS A
INDIA
THIS IS A
52% 21% 10% 6%
Leading countriesin wind energy capacity
Share (2021)
WWINDEA.ORG
CHINA
THIS IS A
U.S.
THIS IS A
GERMANY
THIS IS A
BRAZIL
THIS IS A
35% 21% 6% 4%
Leading countriesin WIND energy consumption
Share (2021)
BP.COM
GLOBAL WIND ELECTRICITY GENERATION
2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021
271 343 434 526
636 713
830
956
1,134
1,263
1,413
1,589
1,870
IRENA.ORG
7X
INCREASE
TERAWATT HOURS
56
%
$100
billion
In 2020, 56% of the
Global Wind Energy
Work Force was in
China and 12% in
the U.S.
Global Market Value of
$100 Billion in 2021.
Expected to Reach
$150 Billion by 2030.
Wind ENERGY market value
From 2015 to 2019
Investments Reached
$650 Billion with an
Additional $200 Billion
Annually by 2030.
2021
The Wind Industry
has Generated 1.37
Million Jobs in 2021
with an Additional
3.3 Million Jobs in
the Next 5 Years.
RESEARCHANDMARKETS.COM
billion
27% 31TW
2030
11% 830GW
2021
15%
2020
10%
2019
Required to Align
with Net Zero.
NET ZERO OUTLOOK
IEA.ORG
GLOBAL ANNUAL Wind CapacityGrowth
S2ADesign.com

Wind Energy Definition

  • 1.
  • 2.
    ENVIRONMENTAL SUSTAINABILITY SLIDESHOWSFROM S2ADESIGN.COM S2ADESIGN.COM
  • 3.
  • 5.
    wind ENERGY Wind TurbinesGenerate Electricity by Turning the Blades of a Turbine Around a Rotor which Spins Creating Electricity.
  • 6.
    Vertical axisWIND TURBINE(VAWT) Utilizes Vertical Blades Rotating Around a Central Shaft Connected to a Generator. Components: Blades, Shaft, Electric Generator, and Frame. Horizontal axis wind turbine (HAWT) More Commonly Used than the Vertical Type with the Shaft Pointing Parallel to Direction of the Wind. Components: Blades, Shaft, Electric Generator, Foundation, Nacelle, and Tower. Wind turbine types wind energy ELPROCUS.COM
  • 7.
    And Clean EnergySource with No Emissions. Wind Energy Use Reduces Emissions and Contributes to Climate Change Mitigation. renewable Creates New Employment Opportunities which Boosts the Economy and Offers Investment Opportunities. economy Wind Turbines Provides One of the Lowest-Priced Energy Sources. Performance is Improving while Cost is Decreasing Over Time. Low cost Wind Turbines are Efficient Energy Harvesters Generating More Electricity and Requiring Less Maintenance. efficient Suitable for Agricultural and Multi-Use Landscapes Particularly in Rural or Remote Areas such as Farms and Coastal Communities. Versatile advantages wind energy ENERGY.GOV
  • 8.
    Wind Turbines RequireHigh Initial Cost. Additional Investment is Needed in Electrical Grids to Transmit Power to Urban Areas. INITIAL cost Wind Energy Suffers from Irregularity Making it Difficult to Predict the Amount of Energy It Can Produce at a Given Time. Unpredictable Concerns Arise Regarding the Noise Produced by Turbine Blades and the Visual Effects on the Landscape. noise Installation Challenges Regarding Electricity Transmission from Wind Farms to Urban Areas where It is Needed to Meet Demand. transmission Wind Turbines Pose a Threat to Wildlife Including Flying Birds who May Be Injured or Killed By Their Blades. Wildlife JUSTENERGY.COM challenges wind energy
  • 10.
    unfccc The Paris AgreementAims to Reduce the Global Temperature Rise Below 2°C Requiring Clean Energy Transition. Renewable Energy and Carbon Capture Can Achieve 90% GHG Reduction to Reach Net Zero by 2050. Renewable Energy Use Directly Supports SDG7. UNFCCC.INT United Nations Climate Change Global Climate Action
  • 11.
    This is aplaceholder text. This text can be replaced with your own text. This text can be replaced with your own text. This is a placeholder text. This text can be replaced with your own text. This text can be replaced with your own text. 9.7 6.6 4.1 3.6
  • 12.
    2019 2020 20212022 57 72 92 91 102 117 94 89 110 135 151 156 Other Renewables Wind Energy Solar Energy IEA.ORG By technology (Gigawatts) Global RENEWABLE ENERGY generation
  • 13.
    34% Wind Energy 13% Other Renewables 53% SolarEnergy IEA.ORG 2019-22 Global RENEWABLE ENERGY generation By technology (share)
  • 14.
    GLOBAL wind energyCAPACITY & outlook 2010 2012 2014 2016 2018 2020 2022 2023 2024 2025 2026 2027 198 283 370 488 591 745 906 984 1,099 1,224 1,359 1,509 GWEC.NET 8X INCREASE gigawatts
  • 15.
    CHINA THIS IS A U.S. THISIS A GERMANY THIS IS A INDIA THIS IS A 52% 21% 10% 6% Leading countriesin wind energy capacity Share (2021) WWINDEA.ORG
  • 16.
    CHINA THIS IS A U.S. THISIS A GERMANY THIS IS A BRAZIL THIS IS A 35% 21% 6% 4% Leading countriesin WIND energy consumption Share (2021) BP.COM
  • 17.
    GLOBAL WIND ELECTRICITYGENERATION 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 271 343 434 526 636 713 830 956 1,134 1,263 1,413 1,589 1,870 IRENA.ORG 7X INCREASE TERAWATT HOURS
  • 18.
    56 % $100 billion In 2020, 56%of the Global Wind Energy Work Force was in China and 12% in the U.S. Global Market Value of $100 Billion in 2021. Expected to Reach $150 Billion by 2030. Wind ENERGY market value From 2015 to 2019 Investments Reached $650 Billion with an Additional $200 Billion Annually by 2030. 2021 The Wind Industry has Generated 1.37 Million Jobs in 2021 with an Additional 3.3 Million Jobs in the Next 5 Years. RESEARCHANDMARKETS.COM billion
  • 19.
    27% 31TW 2030 11% 830GW 2021 15% 2020 10% 2019 Requiredto Align with Net Zero. NET ZERO OUTLOOK IEA.ORG GLOBAL ANNUAL Wind CapacityGrowth
  • 20.