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Avangrid locations 10 generators into manufacturing, making Winery Wind 1 largest working offshore wind farm in United States
BOSTON, Massachusetts — Avangrid, Inc. (NYSE: AGR), a number one sustainable vitality firm and member of the Iberdrola Group, and Copenhagen Infrastructure Companions (CIP), a worldwide chief in inexperienced vitality funding and in offshore wind improvement by way of its affiliate Winery Offshore, at this time introduced that the Winery Wind 1 challenge is now delivering greater than 136 megawatts (MW) to the electrical grid in Massachusetts, making it the most important working offshore wind challenge in america. The primary large-scale offshore wind challenge in america, Winery Wind 1 now has 10 generators in operation totaling roughly 136 MW, sufficient to energy 64,000 houses and companies within the Commonwealth. Winery Wind 1 has at present put in 47 foundations and transition items and 21 generators, with set up of the twenty second turbine underway. The challenge would be the largest renewable vitality facility in New England as soon as totally operational, delivering 806 megawatts — sufficient clear electrical energy to energy 400,000 houses and companies.
“With 10 turbines now in operation, Avangrid is delivering enough clean energy to power more than 60,000 homes and businesses in Massachusetts,” stated Avangrid CEO Pedro Azagra. “Our Vineyard Wind 1 project continues to demonstrate the significant benefits that offshore wind offers the New England region, delivering well-paying union jobs, local investment, and clean energy that is helping Massachusetts meet its growing demand for electricity.”
In February 2024, Winery Wind delivered roughly 68 MW from 5 generators to the grid. Constructing on the 136 megawatts at present in operation, extra energy might be delivered to the grid sequentially, with every turbine beginning manufacturing as soon as it completes the commissioning course of.
The facility from the challenge interconnects to the New England grid in Barnstable, transmitted by underground cables that hook up with a substation additional inland on Cape Cod. As soon as accomplished, the challenge will include 62 wind generators.
Offshore wind is a crucial vitality useful resource within the Northeast area, and is uniquely positioned to fulfill the New England area’s winter peak demand. In 2018, ISO New England launched an evaluation, which discovered that 800 megawatts of offshore wind throughout a two-week chilly snap would have saved ratepayers $40-45 million and averted greater than 108,000 metric tons of carbon emissions, equal to five% of the area’s annual emissions.
From the outset of this challenge, Winery Wind acknowledged the significance of constructing and supporting a workforce of native, extremely expert, and various tradespeople. The dear collaboration with union management on this challenge is a first-rate instance of how this new trade is usually a responsive member of the communities it serves, making certain accessible and family-sustaining careers.
Winery Wind started offshore development in late 2022, achieved steel-in-the-water in June 2023, and accomplished the nation’s first offshore substation in July 2023. Development flows by way of the New Bedford Marine Commerce Terminal. In July 2021, Winery Wind signed the primary Venture Labor Settlement for an offshore wind challenge in america, which outlined the creation of 500 union jobs although the challenge. In December 2023, challenge shareholders introduced that Winery Wind 1 has delivered practically double of its dedication by way of the PLA by creating 937 union jobs by way of two years of development.
An 806-megawatt challenge positioned 15 miles off the coast of Martha’s Winery, Winery Wind will generate electrical energy for greater than 400,000 houses and companies within the Commonwealth of Massachusetts, create 3,600 Full Time Equal (FTE) job years, save clients $1.4 billion over the primary 20 years of operation, and is anticipated to scale back carbon emissions by greater than 1.6 million metric tons per yr, the equal of taking 325,000 vehicles off the street yearly.
Supply: Avangrid
