On May 28, Norwegian Offshore Wind and Japan's Floating Offshore Wind Technology Research Association sealed a partnership that speaks to a much larger truth: while the United States retreated from offshore wind ambitions last year, the rest of the world is accelerating into the space with remarkable coordination and urgency.
The significance of this moment extends far beyond the two nations involved. Floating offshore wind technology—turbines tethered to the seabed by slim cables rather than fixed to the bottom—represents the future of clean energy in deep waters. For decades, US taxpayers invested millions in developing this technology through the Department of Energy and private partners like Principle Power. Yet when those domestic opportunities dried up, innovators looked outward. Now, as other countries mobilize massive resources, California stands as a notable exception to America's retreat, determined to claim 25 gigawatts of floating offshore wind capacity despite national policy shifts.
Masakatsu Terazaki, Chairperson of FLOWRA's Board of Directors, captured the strategic logic in a statement about the Norway-Japan partnership: "By combining the efforts and expertise of NOW and FLOWRA, we trust that we can accelerate the development of fundamental technologies for floating offshore wind, as well as the establishment of validation and assessment methodologies." The partnership specifically leverages Norway's Marine Energy Test Centre, a demonstration facility at the forefront of the industry.
California's position as the fourth-largest economy in the world puts it in a unique position to pursue floating offshore wind. Much of its coast is too deep for conventional fixed-seabed offshore farms, making floating platforms not just an option but a necessity. By joining the Global Offshore Wind Alliance alongside Norway, Japan, and others, California has positioned itself to collaborate with the world's leading floating wind stakeholders—a recognition of where genuine momentum now resides.
The international momentum is undeniable. The North Sea Summit governments have committed to 100 gigawatts of offshore wind capacity in the near term, with a 2050 target of 300 gigawatts. China's Ming Yang Smart Energy, which operates globally through 25,000 installed wind turbines, recently joined Norwegian Offshore Wind as a member, signaling how integrated the supply chains have become. Ming Yang Europe's membership underscores what NOW itself has recognized: the organization has transformed from a regional economic development cluster into a multinational force, with 20 percent of its members now based outside Norway.
This global integration extends to the heart of Europe. Germany's Offshore Wind Association has also accepted Ming Yang Europe as a member, reflecting how the continent is weaving together international partnerships to build a unified energy future. Ming Yang itself emphasizes that "offshore wind is a truly global industry," a statement that carries weight from a company that has deployed its technology across continents.
What emerges is a portrait of an industry in motion—coordinated, ambitious, and increasingly decoupled from any single nation's policy whims. Norway and Japan recognized they share fundamental advantages: deep waters where floating offshore wind technology can thrive. California recognized the same. And the world's manufacturers are positioning themselves accordingly, building supply chains and partnerships that will outlast any political cycle. The floating wind industry is no longer flexing muscles in isolation; it's flexing them in concert.