July 24, 2024 — Dozens of hard hats and yellow safety vests were neatly placed on folding chairs. A giant American flag hung from the rafters of a hangar-sized fabrication building. And cellophane-wrapped cookies with blue icing spelling out “Revolution Wind, powered by Ørsted and Eversource,” added the final celebratory touch.
After a rough year for the fledgling U.S. offshore wind industry, the crowd of union leaders, energy company representatives, state and federal officials, media and other guests at the Port of Providence on June 13 were marking the final assembly of the advanced foundation components for the Revolution Wind project, a 700-megawatt offshore wind farm currently under construction 12 miles southwest of Martha’s Vineyard that will deliver energy to Rhode Island and Connecticut.
Rhode Island Gov. Dan McKee called the now- bustling port – packed with offshore wind turbine components and hosting a gleaming new crew service vessel built for Ørsted, the Danish offshore wind giant, docked nearby – “an example of what can happen all around the country.” The construction progress “marks a pivotal moment, not just for Rhode Island but our country’s offshore wind industry,” McKee added.
Other governors across New England are banking big on the mammoth turbines being installed off the coast to not only keep the lights on as the region moves toward cleaner electricity, but also to meet a surge in power demand from electric vehicles and a shift to electrified home heating. The region’s push into offshore wind comes amid longstanding apprehension by federal regulators and the nation’s electric reliability watchdog over New England’s dependence on natural gas power generation, worrisome when paired with its constrained pipeline capacity during extreme cold.
Whether the hundreds of turbines planned to spring up off the coast — and the major grid upgrades needed to get that power to where it’s needed — can reliably meet those expectations will come down in large part to timing, experts say. That includes not just how fast developers, who are facing supply chain problems and sometimes stiff local resistance and have complained about permitting delays, can get turbines built, but also when the expected demand increase from an electrified future materializes. Also in the mix: how quickly the system is able to inject the power produced offshore and whether it can handle the dips in output that can come with variable generation, said John Moura, director of reliability assessment at the North American Electric Reliability Corporation, which sets and enforces standards for the American power system.