June 15, 2026 June 15—Global Wind Day—is a moment to reflect not just on the promise of wind energy, but on the choices that will determine which nations lead the next era of global energy innovation. Offshore wind is one of America’s greatest economic and strategic advantages. However, punitive federal policy is stalling progress at precisely the moment the world is accelerating and competitors like China are surging ahead. A World Moving Forward—Without the U.S. Across the globe, offshore wind is scaling at remarkable speed. According to the Global Wind Energy Council’s most recent report, global offshore wind capacity surpassed 90 gigawatts in 2025, enough to power approximately 100 million homes. The organization expects capacity to hit 420 GW by the end of 2035 as countries race to secure reliable, domestic energy supplies. More than 50 GW of offshore wind projects are currently under construction around the world, with installations expected to double this year. China alone added more than 6 gigawatts of offshore wind capacity in 2025 and now holds 52% of the world’s total capacity, positioning itself as the dominant industrial and technological force in the sector. Europe is not standing still either. The United Kingdom and its neighbors are investing tens of gigawatts into offshore wind, with coordinated strategies to transform the North Sea into a clean energy powerhouse that will lower costs and strengthen energy security. In Asia, emerging economies from South Korea to the Philippines are launching auctions, building supply chains, and preparing to compete in a global market projected to expand dramatically over the next decade. The message is clear: offshore wind is no longer an emerging technology. It is a defining pillar of 21st-century energy systems and a cornerstone of geopolitical power. America’s Self-Inflicted Retreat After years of steady progress, federal actions since 2025 have halted new leasing, paused permitting, and even attempted to unravel projects already under construction. Projects representing gigawatts of clean energy have faced stop-work orders, delays, or cancellation, not because the technology failed, but because misguided policy replaced rational decision making. And yet, despite these headwinds, offshore wind in the United States continues to deliver. In just a few years, the industry has crossed the 1-gigawatt threshold of power to the grid, with five commercial-scale projects simultaneously under construction. These projects, like Vineyard Wind, Revolution Wind, Coastal Virginia Offshore Wind and others, are generating reliable electricity, keeping the lights on and homes comfortable during cold snaps and extreme weather. They’re also lowering energy bills for communities across the Northeast, with projections into the billions over their 20+-year power purchase agreements. And critically, real-time operational data is proving what we’ve long known: offshore wind delivers power you can count on at prices consumers can afford. At a time of rising energy demand and price volatility, offshore wind remains one of the fastest, most scalable tools available to strengthen domestic energy supply. The Stakes: Innovation, Industry, and National Security The consequences of the continued federal assault extend far beyond megawatts. China is not just building wind farms—it is building industrial dominance. With vertically integrated supply chains and massive domestic deployment, it is setting global standards, capturing manufacturing share, and exporting technology worldwide. If the United States cedes this ground, we risk: Losing leadership in a critical energy technology Becoming dependent on foreign supply chains for key infrastructure Undermining our economic competitiveness Weakening our national and energy security A Path Forward The United States still has everything it needs to lead: world-class wind resources, a skilled workforce, an established supply chain, and states demanding more wind power to meet their own energy needs. What’s missing is policy certainty. To reclaim leadership, we must leverage operational performance data to demonstrate its immense value to consumers and policymakers and restore predictable federal permitting to unlock the 70 GW of stalled projects in the U.S. pipeline. Above all, we must recognize offshore wind for what it is: a strategic national asset. On this Global Wind Day, the choice is stark. We can be part of the next era of energy innovation—creating jobs, lowering costs, and securing our energy future—or we can watch from the sidelines as other nations define it. Liz Burdock, President & CEO, Oceantic Network
April 30, 2026 Skepticism around offshore wind is not just coming from the margins. It is an increasingly frequent target of opposition groups for mainstream misinformation and centers on a familiar set of concerns: cost, reliability, jobs, and community acceptance. Those concerns framed a recent discussion among labor leaders, policymakers, and industry executives, and the message was clear: Offshore wind has moved beyond projections. Real data now exists, and it matters. The industry’s supply chain has progressed rapidly. What began with uncertainty and skepticism has evolved into execution supported by data and experience. Five commercial-scale offshore wind projects are simultaneously under construction in the U.S., each contributing to a growing base of domestic expertise. Along the way, the industry has built new installation methods, training systems, and port infrastructure while navigating complex permitting and environmental requirements. American businesses supporting this sector now span 40 states and have driven more than $25 billion in private investment. Performance data is also replacing projections. Operating projects are demonstrating how well offshore wind performs under real-world conditions, particularly during winter periods when electricity demand is high and the grid is most strained. In the Northeast, offshore wind’s strong winter capacity factors reduced reliance on expensive fossil fuels, stabilizing energy prices and saving communities money when they feel these cost pressures most acutely. The rising cost of energy remains a central concern, but it is not unique to offshore wind. Demand is increasing, and states are grappling to meet it. And offshore wind can deliver today, with 7.5 GW of shovel-ready projects that can be built by 2031. Like other emerging industries, early projects absorb higher costs that decline as supply chains mature and processes improve. The current slowdown offers an opportunity to refine procurement strategies, improve cost structures, and recalibrate risk allocation. What the industry needs most now is predictability; in policy, permitting, and timelines. One of the most tangible pieces of evidence is the impact on America’s workforce. A single offshore wind project created 3,700 American jobs, including 1,500 union jobs (full report online). Behind those figures is a dedicated investment in people. Offshore wind workers undergo roughly 225 hours of specialized training before deployment, developing skills that are transferable and hard-earned. The risk today is not a lack of labor demand, but continuity of work. A gap between projects could mean losing a highly trained workforce that took years to build, undermining availability, efficiency and safety when activity resumes. Right now, offshore wind is defined by hard numbers: jobs created, steel installed, energy delivered, and lessons learned. The data exists, industry dedication isn’t wavering, and state demand for offshore wind energy remains strong. Bipartisan permitting reform is the next critical step to ensure manufacturers, shipyards, and skilled workers aren’t forced to sit idle, raising costs and delaying benefits for millions of residents.This is part of a 2026 IPF recap series, read more at www.oceantic.org.
April 23, 2026 “We are developing nuclear maritime energy solutions to provide clean, resilient, and flexible power where it’s needed—on budget and on time.” With that statement, CORE POWER’s Alice Caponiti set the tone for a discussion on how floating nuclear power could accelerate the nation’s clean‑energy transition while revitalizing America’s maritime industrial base. Moderated by KPG President Kevin Pearce, the conversation underscored that this emerging technology is not theoretical—it is advancing quickly, aligns naturally with offshore wind, and addresses strategic national security objectives. A central theme of the session was the immense value of manufacturing nuclear platforms in shipyards. Caponiti emphasized that this approach transforms energy development from custom, one‑off projects into standardized products. By producing identical units through serial manufacturing, developers can dramatically improve schedule predictability, lower costs, and reduce risk—benefits rarely achieved in traditional large‑scale infrastructure. The regulatory landscape is also beginning to take shape. Michael Kei of the American Bureau of Shipping (ABS) highlighted the recent release of the world’s first requirements for non‑propulsion nuclear power aboard maritime assets. This goal‑based, reactor‑agnostic framework offers flexibility for innovators while establishing a clear pathway for safe deployment. From an operational standpoint, floating nuclear platforms provide striking advantages. Glosten’s Ben Ackers noted that a 600‑MW nuclear unit—about the size of a very large crude carrier—requires only 4.2 square miles of seabed. Achieving the same output with offshore wind would demand roughly 167 square miles, underscoring the efficiency and compact footprint of nuclear at sea. Regulation, often a barrier for new energy technologies, may actually prove to be an accelerant here. Pearce pointed out that federal waters offer a more streamlined and coordinated approval process, enabling faster alignment between the Coast Guard and the Nuclear Regulatory Commission.The takeaway was clear: floating nuclear power is no longer a “science project.” With first deployments anticipated in the early 2030s, it promises firm, dispatchable, zero‑carbon energy that complements offshore wind and can be produced at scale—positioning the United States to meet surging electrical demand while reinvigorating its maritime workforce and infrastructure.
April 17, 2026 The scale of the ocean economy is no longer theoretical. Globally, it is projected to exceed $3 trillion by the end of this decade. The technical potential of marine energy could supply the equivalent of roughly 56% of current U.S. power generation. Those figures underscore why marine energy is increasingly viewed as a serious component of the clean energy transition rather than niche technology. Marine energy’s value proposition begins with predictability. Unlike many renewable resources, tidal energy can be forecasted years — even decades — in advance. Grid operators know exactly when energy will be produced, creating a level of certainty that complements wind and solar generation, which vary seasonally and daily. With sufficient development, marine energy could function as reliable baseload power while strengthening grid resilience during periods when other sources of generation underperform. The resource opportunity is substantial. At 2026 IPF, panelists in the Ocean Economy 101 session discussed how the U.S. has an estimated 2,300 terawatt-hours per year of technically recoverable marine energy across all 50 states. Tidal resources, in particular, are geographically concentrated in high‑flow areas such as Cook Inlet in Alaska and New York’s Long Island Sound. That concentration enables targeted deployment strategies ranging from community‑scale systems to utility‑scale generation, tailored to local needs. However, technology readiness varies across the sector. Tidal energy is the most mature, with increasing convergence around certain designs and mounting real‑world operating experience. Wave energy is earlier in its development, still exploring a wide range of engineering approaches without full standardization. Ocean thermal energy conversion (OTEC) is technically feasible but isn’t ready for commercialization yet. Across all technologies, the next phase will require multi‑year pilot projects, operating hours, and verified performance data that investors and regulators can rely on. Supporting energy infrastructure is critical. Grid-connected, open‑ocean test facilities help reduce permitting risk, validate performance, and accelerate commercialization. These facilities also provide cross‑industry value, supporting autonomous underwater vehicles, environmental monitoring, critical minerals research, and even national security applications for the marine environment. The path forward is demanding. Marine energy will require sustained investment, long‑duration testing, and collaboration across public and private sectors. The opportunity is vast—but realizing it depends on turning resource potential into operating assets backed by real data. This is part of a 2026 IPF recap series, read more at www.oceantic.org.
April 14, 2026 After a turbulent year marked by policy uncertainty and legal headwinds, the U.S. offshore wind industry is proving something important in 2026: even under scrutiny, it continues to deliver. New power is reaching the grid, construction milestones are being met, and operational data is reinforcing offshore wind’s role as a reliable, domestic energy resource that supports affordability, jobs, and energy security. Recent milestones underscore this progress. Coastal Virginia Offshore Wind (CVOW) and Revolution Wind have both reached first power, adding new, utility‑scale generation to regions facing rising demand and constrained alternatives. Vineyard Wind 1, meanwhile, has completed offshore construction, becoming the largest U.S. offshore wind project to reach that stage. These achievements matter not just symbolically, but practically: they translate into electrons on the grid at moments when reliability and price stability are under strain. The latest findings from the 2026 Sustainable Energy in America Factbook, developed by BloombergNEF in partnership with BCSE, help put this progress in context. U.S. electricity demand is climbing, driven by electrification, data centers, and industrial growth. At the same time, retirements of legacy generation are slowing, and new capacity additions—especially natural gas—are constrained by long lead times and equipment shortages. In that environment, offshore wind offers something increasingly rare: large‑scale, shovel‑ready power that can be deployed in coastal load centers where demand is concentrated. Performance data from operating projects is beginning to validate offshore wind’s value proposition. During winter storms and cold snaps, when natural gas prices spike and fuel supply can be constrained, offshore wind has delivered power with high capacity factors, helping stabilize wholesale prices. Long‑term, fixed‑price contracts associated with offshore wind projects further insulate ratepayers from volatility tied to global fuel markets, reinforcing energy affordability at a time when consumers are feeling the pressure. The economic benefits are equally tangible. Offshore wind has already driven $25 billion dollars in private investment across the U.S. supply chain, supporting shipbuilding, port revitalization, steel manufacturing, and union labor across 40 states. Thousands of American workers are currently employed building, installing, and operating these projects, while the broader pipeline represents a durable industrial opportunity aligned with national priorities around domestic manufacturing and energy independence. None of this is to downplay the challenges the industry faced last year. Federal actions, permitting delays, and policy shifts created real costs for developers, suppliers, and communities. But the sector continues to build, litigating where necessary, and delivering real‑world performance. Fundamentals tell a story distinct from the headlines; offshore wind’s long‑term trajectory is shaped less by short‑term disruption than by underlying system needs. Reliability, affordability, and a secure domestic energy supply are driving energy conversations, and offshore wind stands ready to accept that call. As the Factbook makes clear, the U.S. energy system is evolving rapidly. Meeting future demand will require a diverse portfolio of resources, deployed at scale, and on realistic timelines. Offshore wind is no longer a future option—it is an operating asset, delivering benefits today. The recent milestones in Virginia, New England, and beyond show that even in a challenging year, progress continues. The task now is to ensure policy and market frameworks keep pace with what the industry is already proving on the water. Oceantic members can access our messaging toolkit, with ready-to-use assets and proof points that highlights offshore wind’s reliability, affordability, and real-world performance using new operational data. Built to support outreach, the toolkit includes social media assets, talking points, and a shareable fact sheet.
April 8, 2026 At a moment when headlines about grid stress, extreme weather, and rising electricity demand are becoming more frequent, this year’s conference session featuring Hillary Bright of Turn Forward in conversation with energy analyst Oliver Stover of Charles River Associates could not have been timelier. Their discussion at Oceantic’s 2026 IPF unpacked the rapidly changing dynamics of America’s electrical grid—and the increasingly pivotal role that offshore wind can play in meeting the country’s growing energy needs. The Grid Is Under Pressure—and Changing Fast Turn Forward’s Executive Director opened with a question many are asking: What’s driving today’s new grid realities? And Oliver Stover began by putting rising demand in a historical context. After decades of relatively flat growth, electricity demand is now climbing sharply—driven by the rapid expansion of data centers, electrification across homes and industries, and winter peak loads becoming more common as heating systems transition to electric. Grid planners, Oliver noted, are increasingly vocal about resource adequacy concerns. In simple terms: Will we have enough energy, at the right moments, to meet demand? This challenge is becoming more complex amid both rising consumption and more frequent extreme weather events. Where Offshore Wind Fits In: Performance Matters Another key question is how offshore wind fits into this evolving landscape. Oliver acknowledged the elephant in the room: the recent winter storms that swept across much of the country. Those storms highlighted vulnerabilities in certain traditional generation sources, especially natural gas, which face supply constraints and operational wear‑and‑tear during deep cold. Offshore wind, on the other hand, delivers strong performance during both winter and summer peaks. Its high-capacity factors and predictable output during system‑stress events make it a valuable complement to existing resources. January’s Winter Storm Fern demonstrated that renewable resources are actually helping to keep a lid on prices. Is Offshore Wind Too Costly? New Research Suggests Otherwise But what about the misconception around the cost of offshore wind? Charles River Associates shared key findings from their recent work evaluating offshore wind within integrated resource planning (IRP) frameworks. They summarized that offshore wind is increasingly cost‑competitive, especially when modeled alongside the full system benefits it provides, such as reduced fuel price risk and improved reliability. That insight cuts against the prevailing narrative that offshore wind is simply “too expensive” to scale. Will Offshore Wind Replace Natural Gas? Not So Fast—And That’s a Good Thing Offshore wind should be woven into an all-of-the-above energy approach. Other energy sources will continue to play a pivotal role for the foreseeable future. Hillary emphasized that the grid is strongest when built from a diverse toolkit. Different resources excel under different conditions, and offshore wind’s characteristics—especially during winter stress periods—make it a powerful partner, not a replacement. Complementarity, not competition, is the key. Key Takeaways: We Need “All of the Energy We Can Get” Turn Forward wrapped up the session by reflecting on several powerful throughlines that emerged from the conversation. Above all, she noted a clear sense of urgency: the United States must bring new power resources online quickly, across all technologies, to keep pace with accelerating demand. The era of assuming electric reliability, she emphasized, is over. With grid growth reaching unprecedented levels, sustained investment is no longer optional but essential. Within that landscape, offshore wind stands out as a strategic asset: it is cost competitive, scalable, and fuel free, and its strongest production often aligns with the very periods of grid stress highlighted earlier in the discussion. Still, Bright warned that no single resource will solve these challenges alone. Offshore wind’s greatest strength may be how well it complements other generation sources, reinforcing the need for a resilient, diversified, all-of-the-above energy strategy.
