About Wind Energy / Why Wind Energy
Installed Wind Power Capacity
Update: to see 2011 rankings, check out:
- Top Wind Power Countries Relative to Electricity Production
- Top Wind Power Countries Per Capita
- Top Wind Power Countries Per GDP
This section includes:
- Wind power capacity growth worldwide and by country in 2010
- Total installed wind power capacity worldwide and by country (end of year 2010)
- Wind power capacity per GDP (EOY 2010)
- Wind power capacity per capita (EIY 2010)
2010 Installed Capacity & Growth Worldwide
Total installed wind power capacity grew 38.3 GW (40%) in 2010, reaching 197 GW of installed capacity.
I wrote previously that the wind power market actually slightly declined in 2010 compared to 2009 due to a slowdown in the US market that has resulted from a lack of clear federal support for wind power and a “tight project finance market.” The decline is now minute due to added data on China wind power capacity. The wind power market in the US is expected to pick up considerably again this year and total installed capacity is expected to increase significantly again as well. [Update: 2011 was indeed a very strong year for wind power, as was 2012.]
While wind power in the US hit a small bump in 2010, China’s wind power installations increased tremendously during that time. China has now passed up the US as the global leader in total installed wind power capacity.
Wind power capacity has increased dramatically over the years as the wind power market has exploded. And much more is expected in the coming years. Data in the next three sections below come from the Global Wind Energy Council.
Newly Installed Wind Power Capacity Worldwide (in MW)
Clearly, the growth rate for wind power has increased significantly over the years. The past 3-4 years have seen much more newly installed wind power capacity than previous years.
- 2010: 38,265
- 2009: 38,793
- 2008: 26,560
- 2007: 19,866
- 2006: 15,245
- 2005: 11,531
- 2004: 8,207
- 2003: 8,133
- 2002: 7,270
- 2001: 6,500
- 2000: 3,760
- 1999: 3,440
- 1998: 2,520
- 1997: 1,530
- 1996: 1,280
Cumulative Installed Wind Power Capacity Worldwide (in MW)
The trend is quite clear: there has been practically exponential growth in installed wind power capacity in recent years. Even with a “weak” year in wind power growth in 2010, total installed capacity grew considerably.
- 2010: 197,039
- 2009: 158,908
- 2008: 120,291
- 2007: 93,820
- 2006: 74,052
- 2005: 59,091
- 2004: 47,620
- 2003: 39,431
- 2002: 31,100
- 2001: 23,900
- 2000: 17,400
- 1999: 13,600
- 1998: 10,200
- 1997: 7,600
- 1996: 6,100
Top 10 Countries for Cumulative Wind Power and Newly Installed Wind Power Capacity in 2010
China
As stated above, some of the big news in 2010 was that China installed the most wind power by far, 18,928 MW (49.5% of total new wind power capacity worldwide). Its investment in wind power last year made a clear statement about who is looking to lead the world into the clean energy economy and dominate the global economy in years to come.
Newly installed wind power capacity in China in 2009 was 13 GW, which more than doubled its previous total cumulative installed capacity of 12,104. This accounted for 34.7% of newly installed wind power capacity worldwide and put China at #1 for newly installed capacity.
2010’s growth gave China the most total installed wind power capacity in the world at 44,733 MW (22.7% of world capacity).
USA
The United States installed much less than China but was still second in the world in new installations in 2010, with a total of 5,115 MW installed (13.4% of newly installed capacity worldwide).
In 2009, it had installed 9,922 MW of wind power capacity, accounting for 26.5% of newly installed capacity worldwide.
At the end of 2010, it had 40,180 MW of wind power capacity installed, the second-most in the world.
The Top 5 US states for installed wind power capacity in 2010 were:
1. Texas — 10,085 MW
2. Iowa — 3,675 MW
3. California — 3,177 MW
4. Minnesota — 2,192 MW
5. Washington — 2,105 MW
38 states have utility-scale wind installations and 14 states have over 1,000 MW of wind power capacity installed.
Europe
Europe led the world in wind power capacity for awhile (see chart above) and has had steady wind power growth over the past several years. Like the US, its growth dipped a little bit in 2010.
Europe previously had the most installed wind power capacity of any continent but lost that lead to Asia in 2010. 6 of the top 10 countries in total installed wind power capacity and newly installed wind power capacity in 2010 were still European countries.
Germany
Germany, with a total of 27,214 MW of wind power, is the clear leader in Europe today. It, however, was second in newly installed wind power in 2010, installing 1,493 MW. It was 3rd and 5th in the world, respectively.
Spain
Spain installed the most wind power in Europe in 2010, 1,516 MW, and is second in total cumulative installed wind power capacity at 20,676 MW. It was 4th in the world in both categories at the end of 2012.
Italy
6th in total installed wind power capacity (3rd in Europe): 5,797 MW
8th in newly installed wind power capacity (5th in Europe): 948 MW
France
3rd in total installed wind power capacity (4th in Europe): 4,574
4th in newly installed wind power capacity (3rd in Europe): 1,086 MW
UK
8rd in total installed wind power capacity (5th in Europe): 5,204 MW
7th in newly installed wind power capacity (4th in Europe): 962 MW
Other European Countries
Rounding out Europe for most total installed wind power capacity in 2010 were: 7. Portugal — 3,357 MW (345 MW added in 2010); 8. Netherlands — 2,223 MW (15 MW added in 2010); 9. Sweden — 1,560 MW (603 MW added in 2010, 10th-most in world); 10. Ireland — 1,310 MW (118 MW added in 2010).
Rounding out Europe for most newly installed wind power in 2010 were: 7. Romania –- 437 MW (identified as having high-growth potential by Vestas); 8. Poland –- 382 MW (725 MW total); 9. Belgium 350 MW (563 MW total); 10. Portugal 345 MW (3,357 MW total).
Other Countries
Other than China, the United States, and Europe, there are a couple more countries worth covering. India and Canada are both in the top 10 worldwide for installed wind power capacity.
India
India is currently the 5th-largest in the world. It has increased from only 220 MW of installed wind power capacity in 2000 to 13,000 MW in 2010. In 2010, it installed 2,139 MW (3rd-most in the world). Like China, it is also looking to increase its wind power capacity tremendously in the coming years. For much more on India wind power, check out the GWEC’s India Wind Energy Outlook 2011.
Canada
Canada had the 9th-most cumulative and newly-installed wind power capacity in 2010 (4,009 MW and 690 MW, respectively).
Wind Power Capacity per GDP
We make a big deal of how much total wind power capacity is installed in different countries, but perhaps a better way to look at wind power capacity is to compare it to GDP. To supplement all the information above on total installed wind power capacity and wind power growth over the last 15 years, here’s something interesting to chew on:
Installed Wind Power Capacity per GDP (by Country)
Evaluating the 40 countries with the most installed wind power and using data from the International Monetary Fund via Wikipedia regarding GDP, below are the top 33 countries for installed wind power capacity per GDP (numbers are in MW/$1 Billion GDP).
What stands out? While countries like Germany and Spain that are leaders in total wind power capacity still stay near the top, some global economic leaders fall quite a bit (i.e. China, the US, India, France, Canada), while a number of smaller countries, especially in Europe, surge to the top (i.e. Denmark, Portugal, Ireland, Sweden, New Zealand, Bulgaria, Greece, the Netherlands). I was also impressed by the amount of wind per GDP that Costa Rica is tapping.
The figures below (and more) can be viewed in spreadsheet form here.
.
Wind Power Capacity per Capita
Yes, following up on total installed wind power capacity, wind power growth, and wind power capacity relative to GDP, here’s info on wind power capacity related to population.
Installed Wind Power Capacity per Capita (by Country)
Using country population data from the US Census Bureau, below are the 45 countries with the most installed wind power capacity per capita (numbers are in MW per million people).
Again, what stands out? The same thing as when comparing installed wind power capacity to GDP. While countries like Germany and Spain that are near the top in total wind power capacity still stay near the top, some more populated countries fall quite a bit (i.e. China, the US, India, France) while a number of smaller countries surge to the top (i.e. Denmark, Portugal, Ireland, Sweden, the Netherlands). Interestingly, Australia rises quite a bit as well.
These figures and more can be viewed in spreadsheet form here.
.
- Page 1: Intro to Wind Power
- Page 3: Offshore Wind Power
- Page 4: Projected Wind Power Growth
- Page 5: Cost of Wind Power
- Page 6: Why Wind Intermittency is Not a Big Deal
Pingback: Clean Energy = More Jobs | CleanTechnica
Pingback: 54% of Spain’s electricity generation in April from renewables |
Pingback: Fifty-Four Per Cent of Spain’s Electricity Generation in April From Renewables
Pingback: Solar--Wind Hybrid Power Plants Approximately Twice As Efficient | CleanTechnica
Pingback: Largest Wind Farm In Southern Hemisphere Opens Down Under | CleanTechnica
Pingback: Solar = 100% Of New Power Capacity In March, Renewables = 82% In Q1 | CleanTechnica
Pingback: New York’s Potential Renewable Energy Future Mapped Out By New Study | PlanetSave
Pingback: 5 Home Technologies For Cleaner Energy | PlanetSave
Pingback: What’s 1 Megawatt Of Wind Energy? (Infographic) | PlanetSave
Pingback: Secret Group Pumping Hundreds Of Millions Of Dollars Into Anti-Wind, Anti-Solar, & Anti-Climate Action Campaigns | PlanetSave
Pingback: Solar & Wind Energy Overview −Solar Love!
Pingback: Marcacci Communications
Pingback: Businesses Increasingly Using Renewable Energy Options to Cut Costs - CleanTechnica
Pingback: The True Cost of Electricity Calculated - CleanTechnica
Pingback: Maryland’s Clean Energy Economy: Innovation Powered by Progressive Policy - CleanTechnica
Pingback: UK-Ireland Energy Cable Opens to Bolster Wind Power
Pingback: Greenpeace Energy Turns Wind Power in to Gas Power - CleanTechnica
Pingback: American Jobs at Risk (Approximately 40,000 of Them) - CleanTechnica
Pingback: UK’s Renewable Energy Capacity to Match Thermal Power Capacity by 2025 - CleanTechnica
Pingback: US Air Force vet converts silos to low-cost wind turbines : Renew Economy
Pingback: Air Force Vet Develops Low Cost Wind Turbine for Small Farms
Pingback: Donald Trump Trashes Wind Power in Palm Springs
Pingback: China Spearheads Approves 2,000 MW of Wind Energy Projects Worth $2.5 Billion in Hami Province | Planetsave
Pingback: Starbucks Bucks Mitt Romney on Wind Power
Pingback: Global Consumers Want More Renewable Energy - CleanTechnica
Pingback: Incentives for Writers for Building the Network
Pingback: New Gamesa Wind Order Heading to China
Pingback: 332-MW Wind Project for Germany (Part of a 996-MW Offshore Wind Farm) - CleanTechnica
Pingback: GE Celebrates 300 Wind Turbines Installed Brazilian Milestone
Pingback: Wind Power: Pros and Cons
Pingback: Vestas Receives New Italian Wind Order - CleanTechnica
Pingback: Walmart reveals First Industrial Wind On-Site Wind Turbine Project
Pingback: GE, Enel Green Power To Build Minnesota Wind Farm
Pingback: Ireland Orders 24MW Wind Power Deal From Vestas - CleanTechnica
Pingback: National Clean Energy Summit 5.0 - CleanTechnica
Pingback: Quebec Set To Add Another 700MW of Wind Energy - CleanTechnica
Pingback: Gamesa Finishes 74MW Wind Project in Mexico - CleanTechnica
Pingback: Trina Solar Expands into Canada with OEM Partnership - CleanTechnica
Pingback: Vestas Wins New Belgium Offshore Wind Order
Pingback: Easy Way to Support More Wind Energy (Plant Wind Power with a Click) - CleanTechnica
Pingback: Plant More Wind Power with GreenerGreenGrass (Click it for Good!) | Planetsave
Pingback: BC Wind Energy Costs Declining, Productivity Increasing: Report - CleanTechnica
Pingback: Carbon Omission | Planetsave
Pingback: Wind Power Compared to Electricity Production: Top Countries (CleanTechnica Exclusive)
Pingback: Top Wind Power Countries Per Capita (CleanTechnica Exclusive) - CleanTechnica
Pingback: Manitoba Announces Renewable Energy Jobs Fund - CleanTechnica
Pingback: Vestas Hits 50 GW Milestone (Over 46,000 Wind Turbines Installed Worldwide) - CleanTechnica
Pingback: Turbine Cowboys is “Cliffhanger” of Reality TV Entertainment - CleanTechnica
Pingback: Huge Scotland Wind Farm Given Green Light (on Shetland Islands) | Planetsave
Pingback: 5 US States Now Top 10% Electricity from Wind Power | Planetsave
Pingback: Trash to Treasure — Waste-to-Energy a Growing Industry - CleanTechnica
Pingback: Major League Baseball Leads Off 2012 With Clean Tech Investments
Pingback: Cape Wind Would Reduce Price of Electricity by $7.2 Billion, Study Finds - CleanTechnica
Pingback: Great Lakes states sign MOU to develop more offshore wind power
Pingback: Live Wind Energy Map Looks Like Living Van Gogh Painting (One of the Coolest Maps Ever) - CleanTechnica
Pingback: 6 Things You Really Need to Know about Renewable Energy
Pingback: Solar PV Reducing Price of Electricity in Germany | CleanTechnica
Pingback: New Mexican Community College Offers New Opportunity With Wind Program | CleanTechnica
Pingback: Water Power: Out with the New, In with the Old | CleanTechnica
Pingback: Cornell Getting Super Clean Energy NYC Campus
Pingback: UK Solar Schools Program Hits 1st Milestone 3 Months Early
Pingback: Float Your Wind Turbines To Save and Increase Production
Pingback: 5 States with Most Solar & Wind Energy Had Smallest increase in Electricity Prices 2005-2010
Pingback: Kenya Looking for a Geothermal Boom
Pingback: What if China Stimulated Domestic Demand for Solar Photovoltaic Power?
Pingback: Wind Energy Research to Maximise Power Generation
Pingback: Help Wind Energy - Get the PTC Renewed
Pingback: Massive Battery System Captures The Wind | CleanTechnica
Pingback: Increase Wind Power with Your Mouse | Sustainablog
Pingback: Fat Tax — What Do You Think?
Pingback: Take Action: Tell Congress to Continue Critical Clean Energy Policies | CleanTechnica
Pingback: World’s Largest Wind Power Project Moving Forward | CleanTechnica
Pingback: Wind Energy & Wind Turbine Market Booming Globally (1,750,000 MW Projected by 2030) | CleanTechnica
Pingback: Gopher State Becoming A Clean Tech Diamond In The Rough | CleanTechnica
Pingback: 3 Ways to Go Solar | Sustainablog
Pingback: $12.7 Billion for Transmission in Europe (Boon for Wind & Solar Energy) | CleanTechnica
Pingback: Three Israeli Innovations That Could Power U.S. Renewables | CleanTechnica
Pingback: Airborne Wind Turbines Win Award | CleanTechnica
Pingback: Texas Wind Power to Double by 2013 | CleanTechnica
Pingback: Wholesale Price of Electricity Drops to $0.00 in Texas, Due to Wind Energy | CleanTechnica
Pingback: Big Wind Farms Cost More Than Small Ones | CleanTechnica
Pingback: Wind Power Record Set in texas | CleanTechnica
Pingback: Peanut Butter Prices Rising Due to Climate Change
Pingback: Chance to Win Vespa! (from Wind Power Innovator) | Planetsave
Pingback: Food — Not for Everyone | Planetsave
Pingback: British Columbians Supportive of Wind Energy as Industry Aims for 2025 Goals | CleanTechnica
Pingback: Arista Power Introduces Portable Micro Wind Turbine | CleanTechnica
Pingback: Wind Energy Webinar — Interesting Information & Graphs | CleanTechnica
Pingback: Canadian Wind Power Capacity On Track For Record 2011 | CleanTechnica
Pingback: World Energy Report (Infographic) | CleanTechnica
Pingback: Eos Rechargable Zinc-Air Battery: Energy Storage “El Dorado?” | CleanTechnica
Pingback: How Obama Could Get His Job Groove Back | ecopolitology
Pingback: 24 Governors Ask Obama to Focus on Wind Energy Deployment | CleanTechnica
Pingback: Bringing Wind Power Down To Earth | Ecopreneurist
Pingback: Solar Power Intro & 3 Key Solar Power Points (+ Top Solar Power News) | CleanTechnica
Pingback: New Wind Turbines 300X More Powerful than in 1996 (+ Top Wind Power Stories) | CleanTechnica
Pingback: Plastic World (Infographic) – Green Living Ideas
Pingback: Plastic in Our Oceans, & How to Keep it Out {Infographic} – Blue Living Ideas
Pingback: Captain Planet, He’s our Hero! | CleanTechnica
Pingback: 10 Wind Energy News Stories {Weekly Round-Up} | CleanTechnica: Cleantech innovation news and views
Pingback: True Value of Solar Power – CleanTechnica: Cleantech innovation news and views
Pingback: Vertical-Axis Wind Turbines — An Option for You? – CleanTechnica: Cleantech innovation news and views
Pingback: Wind Power Subsidies Don’t Compare to Fossil Fuel & Nuclear Subsidies – CleanTechnica: Cleantech innovation news and views
Pingback: Why Wind Intermittency is NOT a Big Deal – CleanTechnica: Cleantech innovation news and views
Pingback: China Wind Power Blowing Up in 2011 (as Expected) – CleanTechnica: Cleantech innovation news and views
Pingback: {One of the Best Videos on the Web} Darth Vader Kid & Rep. Ed Markey on Clean Energy & Oil – Planetsave.com: climate change and environmental news
Pingback: 3 Key Wind Power Challenges & A Call to Action – CleanTechnica: Cleantech innovation news and views
Pingback: Renewable Energy in Germany Going to Get a Boost from Wind Energy Superhighway – CleanTechnica: Cleantech innovation news and views
Pingback: U.S. Wind Power Increasingly American-made (Creating U.S. Manufacturing Jobs) – CleanTechnica: Cleantech innovation news and views
Pingback: Germany Making It Easier to Build Offshore Wind Farms – CleanTechnica: Cleantech innovation news and views
Pingback: Wind Power is Making Electricity Cheaper (Exxon: Wind to be Cheapest Source of Electricity) – CleanTechnica: Cleantech innovation news and views
Pingback: World’s Largest Offshore Wind Turbine to be Constructed in North Sea – CleanTechnica: Cleantech innovation news and views
Pingback: Projected Wind Power Growth (Worldwide) – CleanTechnica: Cleantech innovation news and views
Pingback: Installed Wind Power Capacity per Capita (Country Comparisons) – CleanTechnica: Cleantech innovation news and views