
The new platform, unveiled one year ago, builds from the technology proven in the company’s 2.0 and 2.5-MW platforms by leveraging the same mechanical and electrical systems but boosting nominal capacity.
Offering the most compelling cost of energy in its segment, the G132-3.465 MW, part of the company’s 3.3-MW platform, guarantees maximum output at medium and medium-low wind speed sites. This turbine comes in four different tower heights, ranging from 84 to 134 meters, so that it can be tailored for each region’s specific requirements and wind ranges.
Moreover, this new turbine’s blade, which is made from fiberglass and spans 64.5 m, features a new family of aerodynamic edges which increase annual output while minimizing noise emissions. As a result of this combination of technologies, this model delivers 50% and 30% more energy than the G114-2.0 MW and G114-2.5 MW (similar turbines for class II winds), respectively.
These turbines contribute to the effort to contain climate change: a wind farm equipped with a similar number of turbines generates enough power to supply a town of around 300,000 inhabitants. The first prototype was installed at the R&D facility in Alaiz, Navarra at the end of the summer, while serial production is scheduled to begin in 2017.
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