Distributed Wind Market Report: 2023 Edition
Wind Market Reports: 2023 Edition
Past Wind Market Reports
The Distributed Wind Market Report: 2023 Edition provides market statistics and analysis along with insights into market trends and characteristics regarding distributed wind energy from 2003 through 2022.
Distributed wind turbines are distributed energy resources connected at the distribution level of an electricity system, or in off-grid applications, to serve specific or local energy needs.
More Turbines Installed
The capacity, number in turbines, and investment amounts added in 2022 for small wind deployed in the United States increased compared to previous years.
2020
1.6 MW
1,487 turbines
$7.2 million
2021
1.8 MW
1,742 turbines
$9.2 million
2022
2.3 MW
1,745 turbines
$14.6 million
Expansive Power
Cumulative U.S. distributed wind capacity installed from 2003 through 2022 now stands at 1,104 megawatts (MW) from over 90,000 wind turbines across all 50 states, the District of Columbia, Puerto Rico, the U.S. Virgin Islands, the Northern Mariana Islands, and Guam.
Distributed Uses
Agricultural customers installed more new distributed wind projects (in number) in 2022 than any other sector. The utility sector installed more new distributed wind capacity (in megawatts) in 2022 than any other sector.
Distributed Wind Photo Gallery
Distributed Wind Photo Gallery
Photos
1/25
This is an E3120 at a small farm. While Endurance is out of business, folks like Gary Harcourt and Ian Sleger of All Energy Management are busy refurbishing these machines all over the world. Location: Edgartown, Massachusetts
Photo courtesy of Gary Harcourt / Great Rock Windpower
2/25
This Juhl project shows large wind in a distributed application. Location: Glenville, Minnesota
Photo courtesy of Juhl Energy
3/25
Bergey Excel 15 repowered a defunct Proven 15 in Blowing Rock, NC, along the Blue Ridge Parkway.
Photo courtesy of Jordan Nelson / Nelson Aerial Productions
4/25
This is a cow...and an Eocycle 25 kW on a farm. Location: England
Photo courtesy of Eocycle Technologies Inc.
5/25
Goldwind at the Ball plant. Location: Ohio
Photo courtesy of Hank Doster / One Energy Enterprise LLC
6/25
One of two turbines owned by Gundersen Health System and Organic Valley near Cashton, Wisconsin. The electricity from this wind farm is used by homes and businesses, as well as fed into the energy grid. Gundersen and Organic Valley are paid for the energy generated.
Photo courtesy of Roy Rakobitsch, Windsine, Inc.
7/25
This dairy farm in Yuma, Colorado, is an agricultural facility that utilizes two 100-kilowatt Northern Power Systems wind turbines to offset high energy demand.
Photo courtesy of Trevor Atkinson, NREL 51791
8/25
The Heritage Dairy Farm in Yuma, Colorado, is an agricultural facility that features unobstructed wind and utilizes two Northern Power Systems wind turbines.
Photo courtesy of Charles Newcomb
9/25
Installed in 2016, this Northern Power Systems wind turbine, located in St. Francis, Kansas, will offset energy needs for the owner’s agricultural facility.
Photo courtesy of Charles Newcomb
10/25
The Brock Environmental Center in Virginia Beach, Virginia, has two 10-kilowatt turbines installed, integrated with solar panels and geothermal wells. The center produces more electricity than it uses.
Photo courtesy of SmithGroupJJR / © Prakash Patel
11/25
The Kodiak Electric Association installed wind turbines to help meet the renewable power goals of Kodiak Island, Alaska. There are currently six 1.5-megawatt wind turbines and two 11.5-megawatt hydroelectric turbines integrated into the community’s isolated grid system.
Photo courtesy of Dennis Schroeder, NREL
12/25
Installed in 2008, this 900-kilowatt EWT system is located in Wray, Colorado, and offsets energy needs for the town’s school district.
Photo courtesy of Charles Newcomb
13/25
The “Zephyr Wind Turbine” is named after the sports teams at Mahtomedi High School in St. Cloud, Minnesota This turbine not only produces electricity, but also serves as an educational tool for high school engineering, math, and science students.
Photo courtesy of Jeff Ledermann
14/25
This 10-kilowatt distributed wind system at Middlebury College in Middlebury, Vermont, was developed in partnership with the Vermont Department of Public Service. This system produces 8,000 kilowatt-hours of electricity each year.
Photo courtesy of Bergey WindPower
15/25
One of two wind turbines installed at the Triad Recycling and Energy Corporation in Tonawanda, New York. The recycling center is surrounded by open spaces and unobstructed winds, making it an ideal location for a distributed wind system.
Photo courtesy of Padma Kasathurirangan
16/25
Two Northern Power Systems wind turbines were installed at the Triad Recycling and Energy Corporation in Tonawanda, New York, to cost-effectively offset the power required by energy-intensive recycling equipment.
Photo courtesy of Padma Kasathurirangan
17/25
A homeowner in York, Pennsylvania, installed a 30-kilowatt solar array and a 25-kilowatt Eocycle wind turbine in 2018.
Photo courtesy of Eocycle Technologies Inc.
18/25
A wind turbine installer climbs a 140-foot, 25-kilowatt Eocycle wind turbine in York, Pennsylvania, during construction in 2018.
Photo courtesy of Eocycle Technologies Inc.
19/25
This Weaver 5 turbine was installed at a home in New York State.
Photo courtesy of Weaver Wind Energy
20/25
The Gob Nob wind turbine in Farmersville, Illinois is located on the former Freeman United Crown Number 1 Coal Mine.
Photo courtesy of RECC
21/25
The EWT DW54-900kW Gob Nob wind turbine in Farmersville, Illinois produced 2,173,088 kWh in 2017, which was distributed to 380 local coop member’s homes.
Photo courtesy of RECC
22/25
The town of Drummond received an Oklahoma Department of Commerce Energy Efficiency and Conservation grant to install five wind turbines next to the public school. The funding was key to the successful completion of this project.
Photo courtesy of Pieter Huebner
23/25
The Drummond turbines are installed on 120-foot self-supporting towers.
Photo courtesy of Pieter Huebner
24/25
Under a power purchase agreement structure, this GE 1.85-megawatt wind turbine is owned and operated by an affiliate of Foundation Windpower, LLC. The project is hosted by Scheid Fmaily Wines in Salinas Valley, California, an agricultural operation that features access to an unobstructed wind resource.
Photo courtesy of Foundation Windpower, LLC
Learn More
Learn about key facts related to wind turbines used in distributed applications.
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Text version of the interactive distributed wind energy animation showing potential uses cases of distributed wind energy.
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New DOE report on wind energy shows distributed wind energy—wind turbines that provide power for nearby consumers—is expanding across the nation, benefiting a wide range of organizations and communities, from large corporations to remote villages.
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Distributed wind is entering your community! Check out how distributed wind energy is expanding as a clean energy resource for U.S. communities.
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A new study indicates that nearly 1,400 gigawatts of distributed wind capacity could be profitably deployed today across the United States.
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Learn the basics of how wind turbines operate to produce clean power from an abundant, renewable resource—the wind.
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New animation shows how a wind turbine turns wind energy into electricity using the aerodynamic force from the rotor blades.
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The Wind Energy Technologies Office’s activities for wind technologies used in distributed applications.
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Through history, the use of wind power has waxed and waned,from the use of windmills in centuries past to high tech wind turbines on wind farms tod...
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A date most movie buffs know by heart, October 21, 2015, is the day Marty McFly and Doc Brown travel in “Back to the Future Part II.”
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Learn more about the wind industry here, from how a wind turbine works, to the new and exciting research in the field of wind energy.
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