• June 08, 2021
• News, Offshore, Offshore Wind

Developing California offshore wind will demand floating turbines: An artist’s rendering of the 12 MW floating wind turbine concept GE Research and Glosten are designing as part of a project with ARPA-E. [Image Glosten]

The Business Network for Offshore Wind today published its Offshore Wind Policy Brief: The U.S. Opportunity in Floating Offshore Wind.

The brief comes on the heels of the Biden administration’s recent announcement that the Department of Interior and the ​Department of Defense have reached an agreement to advance areas off California’s northern and central coasts for offshore wind development, which will require floating turbine technology.

lthough fixed-bottom offshore wind was pioneered in Europe, the Business Network believes that the U.S. now has the opportunity to be a global leader in developing and deploying floating offshore wind.

“Floating offshore wind projects will play a pivotal role in meeting the U.S. national goal to deploy 30 GW of offshore wind energy by 2030, state targets of 32 GW by 2035, and long-term decarbonization plans out to 2050,” says the Business Network. The brief provides an overview of the current state of play for U.S. floating offshore wind and offers recommendations for strategic actions that states should consider to capitalize on this up-and-coming technology.

“Fixed-bottom turbines, which are generally used in water depths less than about 60 meters, currently dominate the global offshore wind industry,” says Brandon Burke, vice president of policy and regulatory engagement at the Network. “In the next decade it is likely we will see a tipping point away from fixed-bottom offshore wind turbines and towards floating technology. Floating offshore wind is an unparalleled business opportunity that U.S. companies should embrace – both in the immediate term on the export market, and, once domestic markets have caught up, they can deploy their expertise closer to home.”

The brief provides an overview of important key developments and serves as a launchpad for the Network’s Floating Offshore Wind Working Group initiative. It:

• Examines the five U.S. regions (West Coast, East Coast, Gulf of Maine, Gulf of Mexico, and the Great Lakes) and their floating turbine potential;

• Outlines current global capacity and growth trends toward floating offshore wind;

• Offers recommendations and actions that can be taken now by states interested in utilizing floating offshore wind technology; and

• Explores economic development and supply chain potential for U.S. companies.

“Floating wind is one key technology enabler that the U.S. will require to achieve its ambitious renewable targets. And, as a new technology, the U.S. has the opportunity to become a global frontrunner within this new wind energy sector,” said Tim Fischer, global director of offshore wind at Ramboll and Chair of the Floating Offshore Wind Working Group. “However, to capitalize on floating wind technology the industry must take a holistic approach that identifies key gaps and solutions. The network’s Floating Offshore Wind Working Group was created for this reason and includes key representatives from all sectors that will continue to collaborate to develop solutions and establish a foundation for a successful development of U.S. floating wind.”

Offshore Wind Policy Brief: The U.S. Opportunity in Floating Offshore Wind.