GE Vernova's reliable 2 MW platform of onshore wind turbines has over 20 GW installed and in operation today, featuring a best-in-class capacity factor and a significant improvement in Annual Energy Production (AEP) within the 2 MW wind turbine range. Contact online >>
GE Vernova''s reliable 2 MW platform of onshore wind turbines has over 20 GW installed and in operation today, featuring a best-in-class capacity factor and a significant improvement in Annual Energy Production (AEP) within the 2 MW wind turbine range.
All the most powerful turbines are offshore wind turbines. This list also includes the most powerful onshore wind turbines, although they are relatively small compared to the largest offshore ones. As of June 2024, the most powerful wind turbine in operation is the world''s first 18MW semi-direct drive offshore wind turbine, developed by
Each 2 MW turbine incorporates enhancements that improve performance and reliability, reducing the cost of energy. The platform''s predictability ensures it can forecast confidently, strengthening the business case for investment, while the tried-and-tested design produces energy on ultra-low, low, medium and high-wind onshore sites, even in
GE''s 2 MW Platform of onshore wind turbines has more than 5.5 GW installed and operating today. Building on that success, GE offers a 127-meter rotor option for 2.2-2.5 MW rated wind turbines. Featuring the best-in-class capacity factor and a significant improvement in Annual Energy Production (AEP) within
The V120-2.2 MW™ is built to generate more energy in stable low to medium wind conditions, achieving AEP improvements of up to 14%*. With its 19 %* larger swept area, the V120-2.2 MW™ is harvesting more energy from available wind and setting a new benchmark for park level LCoE performance.
The V120-2.2 MW™ optimises park level production under stable low to medium wind conditions.
The V110-2.0 MW® IEC IIIA delivers a notable rotor-to-generator ratio producing a remarkable capacity and yield at low- and medium-wind sites. Optimised with the Vestas OptiStop pitch control strategy it is the ideal choice in low- and medium wind.
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Vestas Wind Systems A/SHedeager 428200 Aarhus N, Denmark+45 97 30 00 00Company reg. no. 10403782
The V90-2.0 MW™ is suited for high wind sites with rotor size constraints.
Suzlon''s new S120 wind turbine generator, built on the highly successful 2.1 MW platform is set to improve the ROI for customers and a new benchmark in the wind industry.
Suzlon''s new S128MW wind turbine generator is set to improve the ROI for customers and a new benchmark in the wind industry.
The S120 Wind Turbine Generator with an increased rotor diameter of 120 metres has been designed for higher energy generation and better return on investment.
Frequency - 50Hz Asynchronous - Slip ring asynchronous generator
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AMSC, a global solutions provider serving the wind and power grid industry, announced the availability of its newest wind turbine design. The 2-megawatt (MW) wind turbine has a rotor diameter of 113 meters and a swept area of 10,039 square meters, making it an ideal wind turbine for low wind speed regions.
Additionally, AMSC announced that it has successfully completed the A-Design Assessment according to the latestGL2010 onshore guideline for its 2 MW wind turbine design with 93 meter and 100 meter rotor. The certification was completed by DEWI-Offshore and Certification Center (DEWI-OCC), a certification body for on- and offshore wind turbines and their components, accredited by the DAkkS (Deutsches Akkreditierungssystem Prüfwesen).
Low wind speed turbines are expected to open up new markets in regions that are already saturated with wind farms, such as southern Germany and parts of the United States and emerging markets such as the Middle East and Africa. India has a large number of sites with low-wind resources. Additionally, turbines designed for low wind speed can also be ideally located close to population centers. In China, low wind speed turbines near urban centers can reduce the bottlenecks on the transmission system that can be caused by the long-distance transmission of electricity.
"We believe that AMSC''s new low wind speed turbine makes it possible to achieve a low cost of energy at the low wind speed sites that were previously inaccessible or not economically compelling,” said Daniel P. McGahn, CEO, AMSC. “The new low-wind speed design is expected to lower cost of energy by as much as 12% compared to previous AMSC designs, increasing its competitiveness with traditional fossil fuels.”
The turbine design is available for all climate conditions and various hub heights. It is also available with doubly-fed and full conversion drive train architectures as well as with the proven and certified AMSC grid support solutions such as low voltage ride-through capability and wtWPC wind park controller for grid integration, both of which enable superior power quality and reactive power support. AMSC is an industry leader in grid interconnection, VAR compensation and voltage control.
AMSC designs wind turbines from 2MW and higher. The new 2MW low wind speed turbine design benefits from the superior supervisory control and data acquisition (SCADA) and wind park solutions which enable the integration of wind turbines into existing wind farms or the upgrade of existing installations with the latest technology.
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