A brand-new offshore wind farm will use some very enormous turbines to generate electricity; these turbines are so enormous that just one spin will supply power to the typical home for two entire days. The construction will be the first utility-scale wind farm in the US, and the turbines have lately gone from the finest in the world to even better. The GE Haliade-X will be the turbine of choice, according to Vineyard Wind, the company behind the offshore farm, which recently announced it will choose GE as its power supplier. The enormous 13 MW capacity of this turbine is more than twice as large as previous turbines built off the US coast.
The company claims that only one spin of the enormous Haliade-X is sufficient to power a typical UK home for two days, shattering the prior record also set by GE. Vineyard Wind CEO Lars Pedersen stated in a statement, “The selection of GE as our preferred turbine supplier implies that a historic American enterprise will play a critical part in the creation of the first commercial-scale offshore wind power in the U.S.
This is a significant milestone for the future of our project as well as for an industry that is anticipated to develop rapidly over the next few decades. Vineyard Wind 1 will be built off the shore of Martha’s Vineyard, Massachusetts, and should be able to provide the area’s industries and 400,000 residences with electricity.
The first utility-scale offshore wind installation in the United States, Vineyard Wind 1, a joint venture between Avangrid Renewables and Copenhagen Infrastructure Partners (CIP), announced today that it has chosen GE (NYSE: GE) as its preferred supplier of wind turbine generators for the project.
Vineyard Wind CEO Lars T. Pedersen said, “The choice of GE as our preferred turbine supplier implies that a historic American firm will play a significant part in the creation of the first commercial-scale offshore wind power in the U.S. This is a significant milestone for the future of our project as well as for an industry that is anticipated to develop rapidly over the next few decades.
