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Supplier: Nordex AG
Description: First introduced in 2011, the AW116/3000 was one of the first large rotor 3 MW wind turbines to enter the marketplace. Since this time, it has continued to be a commercial success with over 1 GW of installations. Optimized performance for medium wind sites with higher
- AC Prime Power Rating (Watts): 3.00E6 watts
- Cut-in Wind Velocity: 7.83 miles/hr
- Cut-out Wind Velocity: 55.91 miles/hr
- Orientation: Horizontal Axis
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Supplier: Nordex AG
Description: The N117/3600 is designed for medium wind speeds (IEC-2) and has a 20 percent greater nominal output compared with its sister model. Yet, despite this substantial increase in output, sound power levels have remained stable at 105 dB(A). Nordex offers the turbine with serrations, which
- AC Prime Power Rating (Watts): 3.60E6 watts
- Orientation: Horizontal Axis
- Output Options: AC Single Phase Power
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Supplier: Nordex AG
Description: using the proven aerodynamic design of its own NR58.5 rotor blade with carbon-fibre girders for the N117/3000. Taller hub height The turbine comes with taller hub heights, enabling additional gains in annual energy production and opening up complex forested sites for wind
- AC Prime Power Rating (Watts): 3.00E6 watts
- Cut-in Wind Velocity: 6.71 miles/hr
- Cut-out Wind Velocity: 55.91 miles/hr
- Orientation: Horizontal Axis
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Supplier: Siemens Energy Sector
Description: turbines improve performance, reliability and maintainability. In addition, the compacted design allows for cost-effective transportation and installation. SWT-3.0-101 Utilizing proven components such as the rotor of its geared counterpart, this wind turbine performs
- AC Prime Power Rating (Watts): Up to 3.00E6 watts
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Supplier: Siemens Energy Sector
Description: The Siemens G4 Platform The Siemens 3.6-MW and 4.0-MW wind turbines of the G4 platform represent the culmination of an evolutionary process of geared innovation and refinement to our wind turbines that dates back to 1980. With the release of a 4.0-MW wind
- AC Prime Power Rating (Watts): Up to 4.00E6 watts
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Supplier: Accuris
Description: Wind Turbine Installation Units
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Standards and Technical Documents - Floating offshore wind turbine installations -- DNVGL-RU-OU-0512Supplier: Accuris
Description: Floating offshore wind turbine installations
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Supplier: Accuris
Description: Design of electrical installations for wind turbines
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Description: Deals with safety aspects, quality assurance, and engineering integrity and specifies requirements for the safety of small wind turbines including design, installation, maintenance and operation under specified external conditions. Provides the appropriate level of protection
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Description: IEC 61400-2:2013 deals with safety philosophy, quality assurance, and engineering integrity and specifies requirements for the safety of small wind turbines (SWTs) including design, installation, maintenance and operation under specified external conditions. It provides the
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Supplier: Accuris
Description: STANDARD FOR CLASSIFICATION OF WIND TURBINE INSTALLATION UNITS
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Description: IEC 61400-24:2010(E) applies to lightning protection of wind turbine generators and wind power systems. Defines the lightning environment for wind turbines and application of the environment for risk assessment for the wind turbine. Defines
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Supplier: UL Standards & Engagement
Description: 1.1 These requirements cover small wind turbine systems (WT) and electrical subassemblies. With respect to this standard, small WT are considered to be wind turbines where a user or service person cannot or is not intended to enter the turbine to operate it or
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Supplier: Conductix-Wampfler
Description: Handling and installing power cables in wind turbine towers is difficult and costly. The solution is Tower BussTM by Conductix-Wampfler. Conductix-Wampfler has applied its extensive knowledge and experience in rigid conductor design to develop the Tower Buss
- Crane Electrification System: Yes
- Environment: Indoor, Outdoor
- Features: Slip Rings, High Temperature, Copper Conductors
- System Type: Conductor Rail, Transit Rail
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Description: IEC 61400-5:2020 specifies requirements to ensure the engineering integrity of wind turbine blades as well as an appropriate level of operational safety throughout the design lifetime. It includes requirements for: aerodynamic and structural design, material selection
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Supplier: CSA Group
Description: IEC 61400-2:2013 deals with safety philosophy, quality assurance, and engineering integrity and specifies requirements for the safety of small wind turbines (SWTs) including design, installation, maintenance and operation under specified external conditions. It provides the
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Supplier: CSA Group
Description: IEC 61400-24:2010(E) applies to lightning protection of wind turbine generators and wind power systems. Defines the lightning environment for wind turbines and application of the environment for risk assessment for the wind turbine. Defines
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Supplier: UL Standards & Engagement
Description: mechanical and structural evaluation of the WT in accordance with the IEC 61400 series of documents. 1.3 These requirements do not cover: a) DeletedWind turbine generating systems intended for offshore installation, b) Mechanical or structural integrity of the WT or
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Supplier: CSA Group
Description: Commission) Standard 61400-2 (second edition, 2006-03). Scope This part of IEC 61400 deals with safety philosophy, quality assurance, and engineering integrity and specifies requirements for the safety of Small Wind Turbines (SWTs) including design, installation, maintenance and
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Supplier: CSA Group
Description: categories and content revision to match the current state of requirements within Canada. Scope This Guide provides general information on codes and standards pertaining to the approval, design, installation, operation, and maintenance of wind turbines for use in Canada. Some of
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Supplier: GE ENERGY Air Filtration
Description: The desert is an extremely challenging environment for gas turbines. To ensure that high levels of particulate from fine sands and desert winds do not damage the turbine, an effective filtration system is essential. The Altair product range offers a variety of solutions to
- Assembly / Element Type: Bag
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Supplier: Schleifring GmbH
Description: The rotor blades of a wind turbine must be able to be adjusted quickly and precisely at any time in order to use the wind most effectively. The slip rings are exposed to a wide range of requirements : In addition to onshore or offshore use and their extreme weather conditions
- Features: Electrical Connectors?, Dual Signal Transfer, Dust Proof, Moisture Proof, Bi-directional Rotation, Military Grade
- Maximum Current: 3 to 25 amps
- Maximum Voltage: 0.0 to 630 volts
- Number of Circuits: 4 to 102
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Description: ) turbines. This International Standard does not specify the requirements for wind turbines, which are dealt with in ISO 12925-1. Whilst power generation is the primary application for turbines, steam and gas turbines can also be used to drive rotating equipment,
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Supplier: AENOR
Description: Safety rules for the construction and installation of lifts - Special lifts for the transport of persons and goods - Part 44: Lifting appliances in wind turbines
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Supplier: Vaisala
Description: • All Vaisala's PWD sensors are compact (less than one meter long), light-weight, and come with a cable and connector for easy installation, which can be mounted in multiple ways on any existing mast. • PWD20W - ideal for wind turbine applications • The
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Supplier: Moore Fans LLC
Description: durability, and is ideal underhigh wind and other extreme operating conditions. CHORD WIDTH: An increased chord width to improve performance is anintegral part of the Class 10000. This allows for fewernumber blades for the same performance requirements,resulti ng in a lower
- Bore Size: 2.75 inch
- Features: (Check all that apply): Adjustable Pitch
- Impeller Applications: Heat Exchangers / Radiators, Other
- Impeller Materials: Aluminum, Stainless Steel
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Supplier: Moore Fans LLC
Description: Designed for engine drive and large fan diameter installations. Ideal for the replacement of existing obsolete or inefficient fans, or for new applications. They are available in clockwise (RH) and counterclockwise (LH) rotation in fan diameters from 3 ft. (0.91 m) to 34 ft. (10.36 m) and
- Bore Size: 5 inch
- Features: (Check all that apply): Adjustable Pitch
- Impeller Applications: Heat Exchangers / Radiators, Other
- Impeller Materials: Aluminum, Stainless Steel
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Supplier: Moore Fans LLC
Description: Designed for engine drive and large fan diameter installations. Ideal for the replacement of existing obsolete or inefficient fans, or for new applications. They are available in clockwise (RH) and counterclockwise (LH) rotation in fan diameters from 3 ft. (0.91 m) to 34 ft. (10.36 m) and
- Bore Size: 2.94 inch
- Features: (Check all that apply): Adjustable Pitch
- Impeller Applications: Heat Exchangers / Radiators, Other
- Impeller Materials: Aluminum, Stainless Steel
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Supplier: Moore Fans LLC
Description: Designed for engine drive and large fan diameter installations. Ideal for the replacement of existing obsolete or inefficient fans, or for new applications. They are available in clockwise (RH) and counterclockwise (LH) rotation in fan diameters from 3 ft. (0.91 m) to 34 ft. (10.36 m) and
- Bore Size: 5 inch
- Features: (Check all that apply): Adjustable Pitch
- Impeller Applications: Heat Exchangers / Radiators, Other
- Impeller Materials: Aluminum, Stainless Steel
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Supplier: Richardson RFPD
Description: Maxwell Technologies’ 160V module is designed to provide energy storage and power delivery for wind turbine pitch control, short-term uninterrupted power supply (UPS) and renewable energy systems. Primarily designed for pitch control systems for 1.5 to 6MW wind turbines,
- Capacitance Range: 5.80E6 microF
- DC Rated Voltage Range (WVDC): 160 volts
- Lead / Termination Type: Other
- Mounting Style: Other
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Supplier: Richardson RFPD
Description: Maxwell Technologies’ 160V module is designed to provide energy storage and power delivery for wind turbine pitch control, short-term uninterrupted power supply (UPS) and renewable energy systems. Primarily designed for pitch control systems for 1.5 to 6MW wind turbines,
- Capacitance Range: 7.50E6 microF
- DC Rated Voltage Range (WVDC): 160 volts
- Lead / Termination Type: Other
- Mounting Style: Other
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Supplier: Maxwell Technologies, Inc.
Description: Maxwell Technologies’ 160V module is designed to provide energy storage and power delivery for windturbine pitch control, short-term uninterrupted power supply (UPS) and renewable energy systems. Primarily targeted at pitch control systems for 1.5 to 3MW wind turbines, the
- Applications: Power Supply
- Capacitance Range: 5.80E6 microF
- Capacitance Type: Fixed
- Configuration / Form Factor: Heavy Duty / Electric Power Capacitors
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Supplier: Winchester Interconnect
Description: TC-ER approved for conduit-free installation InstaFlex Tray cables offer a ruggedized, oil resistant cable alternative to conduit installation in industrial machine, control, power transmission and wind turbine applications. Designed for maximum flexibility, InstaFlex
- Cable Conductor: Copper and Copper Alloys
- Cable Insulation: Polyvinyl Chloride (PVC), Other
- Cable Jacket: Polyvinyl Chloride (PVC)
- Cable Shielding: Braid, Other
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Supplier: Winchester Interconnect
Description: TC-ER approved for conduit-free installation InstaFlex Tray cables offer a ruggedized, oil resistant cable alternative to conduit installation in industrial machine, control, power transmission and wind turbine applications. Designed for maximum flexibility, InstaFlex
- Cable Conductor: Copper and Copper Alloys
- Cable Insulation: Polyvinyl Chloride (PVC), Other
- Cable Jacket: Polyvinyl Chloride (PVC)
- Cable Shielding: No Shielding
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Supplier: GE ENERGY Air Filtration
Description: environments with high dust-loadings such as areas close to desert land masses or locations affected by Harmattan and Shamal winds. Features & Benefits Outstanding salt removal efficiency - wet or dry - in all humidity helps ensure greater turbine protection and longer
- Applications: General Cleaning
- Collector Type: Stationary
- Process: Dry, Wet
- Separation / Filtration System: Bag-type Units (Baghouse)
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Supplier: Mueller Group, Inc. (The)
Description: wind energy applications found in the construction of wind turbines. If used in a fixed or protected installation Uo/U is 600/1000 volts. The special polycholorprene jacket is weather and ozone resistant making this cable suitable for outdoor use and carries and improved
- Product Category: Bulk Cable
- Rated Voltage: 0.4500 to 0.7500 kilovolts
- Standards: RoHS, CE Marking, VDE
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Supplier: SAB North America
Description: processing equipment and connections between control panels and machines. TR 600 yellow is permitted to be used in hazardous (classified) locations class I, Division 2 per NEC Article 501.4 (B), UL Type TC is in acc. to UL standard 1277 and NEC Article 336 (392, 501). Wind turbine
- Cable Conductor: Copper and Copper Alloys
- Cable Insulation: Polyvinyl Chloride (PVC)
- Cable Jacket: Polyvinyl Chloride (PVC)
- International (mm2): 35 mm2
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Supplier: SAB North America
Description: NEC Article 501.4 (B), UL Type TC is in acc. to UL standard 1277 and NEC Article 336 (392, 501). Wind turbine power and control cable is intended to be installed in cable trays or raceways within a wind turbine generator. MTW listed cables can be used in NFPA 79 Machine
- Cable Conductor: Copper and Copper Alloys
- Cable Insulation: Polyvinyl Chloride (PVC), Other
- Cable Jacket: Polyvinyl Chloride (PVC)
- Cable Shielding: Braid
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Supplier: SAB North America
Description: ) locations class I, Division 2 per NEC Article 501.4 (B), UL Type TC is in acc. to UL standard 1277 and NEC Article 336 (392, 501). Wind turbine power and control cable is intended to be installed in cable trays or raceways within a wind turbine generator. MTW listed
- Cable Conductor: Copper and Copper Alloys
- Cable Insulation: Polyvinyl Chloride (PVC)
- Cable Jacket: Polyvinyl Chloride (PVC)
- Cable Shielding: Braid
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Supplier: SAB North America
Description: processing equipment and connections between control panels and machines. TR 600 blue is permitted to be used in hazardous (classified) locations class I, Division 2 per NEC Article 501.4 (B), UL Type TC is in acc. to UL standard 1277 and NEC Article 336 (392, 501). Wind turbine power
- Cable Conductor: Copper and Copper Alloys
- Cable Insulation: Polyvinyl Chloride (PVC)
- Cable Jacket: Polyvinyl Chloride (PVC)
- International (mm2): 3.6 mm2
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Supplier: RS Components, Ltd.
Description: Triple filters for electrical drive units in e.g. lifts, conveyor belts, filing systems, wind turbines, pumps, ventilation systems and power supply units. Very high insertion loss for Class B noise suppression. Optimised for very long motor cables under full load. Low leakage current.
- Filter Type: Three Phase, Other
- Package / Mounting: Other
- Rated Current: 66 amps
- Rated Voltage: 480 volts
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Supplier: RS Components, Ltd.
Description: which are typical for the loop in wind turbine generators can also use this cable. Number of Cores = 2 Cross Sectional Area = 1 mm² Series = Lapp Olflex Classic 110 Screened/Unscreened = Unscreened Earth Cable = Yes Sheath Colour = Grey Outer Diameter = 5.7mm Current Rating = 15 A
- International (mm2): 1 mm²
- North American (AWG): 17 AWG
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Supplier: RS Components, Ltd.
Description: which are typical for the loop in wind turbine generators can also use this cable. Number of Cores = 4 Cross Sectional Area = 0.75 mm² Series = Lapp Olflex Classic 110 Screened/Unscreened = Unscreened Earth Cable = Yes Sheath Colour = Grey Outer Diameter = 6.2mm Current Rating = 12 A
- International (mm2): 0.7500 mm²
- North American (AWG): 18 AWG
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Supplier: RS Components, Ltd.
Description: which are typical for the loop in wind turbine generators can also use this cable. Number of Cores = 3 Cross Sectional Area = 0.5 mm² Series = Lapp Olflex Classic 110 Screened/Unscreened = Unscreened Earth Cable = Yes Sheath Colour = Grey Outer Diameter = 5.1mm Current Rating = 9 A
- International (mm2): 0.5000 mm²
- North American (AWG): 20 AWG
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4 Applications for Actuators in Wind Turbines Nowadays wind turbines play a larger role in the power generation combination for the USA. Every day, more and more turbines are being installed across (read more)
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Evaluating the ideal conditions for siting onshore or offshore wind farms and their wind turbines. The new UNE-EN IEC 61400-15-1:2025 lays out a framework for assessing site and wind turbine suitability (read more)
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Compact Design & Easy Installation With an outer diameter of only 60mm, the product features a compact structure, easy installation and no complex debugging. It can be directly integrated into wind turbine towers, construction machinery slewing platforms, port (read more)
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Predictive maintenance on wind turbines
With more and more wind farms installations, the challenge for. operators is the maintenance of the machine. Corrective or scheduled. maintenance are widely implemented in this industry. This method. works but is not optimized. The project described in this paper is to install a system
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Lufft technology on special wind turbine of University in Regensburg
My bachelor project consisted of the development of an independent, mobile small wind turbine that can be used flexibly in different locations. In the final version of the new technology a WS200-UMB compact weather sensor for wind measurements (direction and speed) from Lufft is mounted at a height
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White Paper Describes Programmable Supplies and Loads for Wind-Turbine Test
According to U.S. Department of Energy, wind power is rapidly proliferating with wind installations outpacing solar installations in the United States. The DoE projects that U.S.-based onshore and offshore installations will more than triple and reach 404.25 GW across 48 states in 2050. Each wind
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High Performance Transformers for Greater Gabbard Wind Farm
The Greater Gabbard offshore wind farm is located in the outer Thames estuary in the UK, approximately 14 miles from the coast. It boasts 140 wind turbines in two arrays making it the world's largest offshore wind farm at the time of commissioning. The installation of the turbines commenced in 2010
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Factors To Consider Using Solar Panel Bonding Adhesives Sealant And Wind Turbine Adhesive
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Aleutian Pribilof Islands Wind Energy Feasibility Study
The Proposed Action and the decision to provide federal funding for AWE’s wind turbine installation project are intended to support the National Energy Policy and to continue deployment of wind generated power in rural Alaska.
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Wind Turbines
Wind Turbine Installation and Operation ....................................................
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Wind Power in Power Systems Complete Document
These support schemes led to a fast increase in wind turbine installations in some European countries, particularly in Germany, as well as in India.
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http://dspace.mit.edu/bitstream/handle/1721.1/39947/183207171-MIT.pdf?sequence=2
43 The subsidy was gradually reduced during the following years and repealed in August 1989 after Danish wind turbines steadily increased their reliability and cost- effectiveness.44 Tax incentives to support investment for private wind turbine installations were also employed from the …
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http://dspace.mit.edu/bitstream/handle/1721.1/59240/666503208-MIT.pdf?sequence=2
Figure 6-3: Average cost per capacity for small wind turbine installations ni the US (AWEA 2008, 2009).
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IEA Wind Energy Annual Report 2000
eligible costs (In 1999 two wind turbine installations were granted support of about 20% of investment costs, of which one was fulfilled.
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Progress in Renewable and Sustainable Energy
As Chinese wind turbines installed in the grid poor regions such as northwest, northeast, grid stability and grid voltage imbalance is more prominent.
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Wind Power in Power Systems 2nd Edition
These support schemes led to a fast increase in wind turbine installations in some European countries, particularly in Germany, and also in India.
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Distributed Wind Market Applications
In contrast to utility-scale wind turbines that no longer have a strong U.S. manufacturing base, more than 90% of small wind turbines installed in the United States are still manufactured in the United States.
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http://usitc.gov/publications/332/ITS-2.pdf
• Annual U.S. wind turbine installations increased from 1,672 to 8,545 megawatts (MW) from 2003 to 2008 due to the growing cost competitiveness of wind energy, advances in wind technology, and government policies.