The RWE Offshore Wind Project Australia— a massive 2 GW development planned off the coast of Victoria — has officially been canceled. German renewable energy giant RWE confirmed it has ceased the development of the Kent Offshore Wind Farm, following the Australian government’s decision to delay its first offshore wind tender.
After nearly a year of feasibility studies, RWE announced that the RWE Offshore Wind Project Australia would no longer move forward under current market conditions. The Kent site, located approximately 67 kilometers off the Gippsland coast, featured an average water depth of 59 meters and was expected to be operational in the early 2030s.
“This decision follows a review of the project’s competitiveness in current market conditions, as well as ongoing uncertainties around supply chain costs and the future design of the auction framework,” RWE said in a statement.
“We want to be clear that this decision relates solely to the Kent Offshore Wind Project.”
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RWE’s Kent Offshore Wind Vision in Australia
The RWE Offshore Wind Project Australia was designed to generate 2 gigawatts (GW) of clean power, enough to supply hundreds of thousands of homes with renewable energy. The project symbolized a major investment in Australia’s transition toward carbon neutrality and reflected RWE’s growing interest in the Asia-Pacific renewable energy market.
However, with policy delays, high supply chain costs, and an undefined auction framework, RWE concluded that continuing with development was no longer viable at this stage.
RWE’s Kent Offshore Wind Vision in Australia
The RWE Offshore Wind Project Australia was designed to generate 2 gigawatts (GW) of clean power, enough to supply hundreds of thousands of homes with renewable energy. The project symbolized a major investment in Australia’s transition toward carbon neutrality and reflected RWE’s growing interest in the Asia-Pacific renewable energy market.
However, with policy delays, high supply chain costs, and an undefined auction framework, RWE concluded that continuing with development was no longer viable at this stage.
Gippsland: The Heart of Australia’s Offshore Wind Ambitions
Declared in 2022, Gippsland became Australia’s first offshore wind zone, with an estimated potential of 25 GW of renewable energy capacity. The region quickly attracted leading developers, including RWE, BlueFloat Energy, and a joint venture between Origin Energy and Renewable Energy Systems (RES).
Yet, recent months have brought setbacks. BlueFloat Energy withdrew from the Gippsland zone in July 2025, and the Origin-RES joint venture later suspended work on its 1.5 GW Navigator Offshore Wind Project, citing similar challenges and uncertainties around Victoria’s delayed offshore wind auction.
These developments collectively underscore how regulatory delays and rising global supply costs are impacting Australia’s emerging offshore wind sector.
Policy Uncertainty Threatens Offshore Wind Growth
The Victorian government’s decision to indefinitely postpone its first offshore wind auction in September has created significant market uncertainty. Without a clear auction framework, developers find it difficult to assess project economics and secure funding for the complex infrastructure offshore wind requires.
Experts say that the RWE Offshore Wind Project Australia highlights the importance of a transparent and timely offshore wind policy to maintain investor confidence.
“Australia has the wind resources and engineering talent to become a global offshore wind leader,” said an energy analyst from Melbourne. “But developers need policy stability and consistent auction timelines to make long-term investment decisions.”
Despite RWE’s withdrawal, Australia’s offshore wind potential is vast and largely untapped. The federal government estimates that tens of gigawatts of renewable energy could be generated from the nation’s coastal zones, supporting national targets to reach net zero emissions by 2050.
The Gippsland offshore wind zone remains central to this vision, with other developers continuing feasibility studies despite current challenges. The area’s powerful and consistent winds offer a foundation for future clean energy generation once clearer policies are in place.
Conclusion: RWE Offshore Wind Project Australia Signals a Wake-Up Call
The cancellation of the RWE Offshore Wind Project Australia is a reminder that even the strongest renewable energy ambitions depend on policy clarity, stable auction frameworks, and supply chain support.
While RWE has paused its Australian offshore wind efforts, the company remains a leading global player in offshore wind development across Europe, North America, and Asia-Pacific. Industry observers believe RWE could re-enter the Australian market once the regulatory environment matures.
Ultimately, the project’s cancellation serves as both a lesson and an opportunity—highlighting the need for stronger coordination between government, investors, and developers to realize Australia’s clean energy potential and secure its place in the global offshore wind market.
What’s Next for RWE?
Although RWE has exited the Kent project, the company continues to maintain a strong presence in global offshore wind markets, with active developments in Europe, the United States, and Asia-Pacific. The company remains optimistic about future opportunities in Australia once market conditions stabilize and the government finalizes its offshore wind framework.
Jan de Nul has officially tied up a contract with Synera Renewable Energy (SRE) to install export cables to Taiwan’s Formosa 4 offshore wind farm, powering 500,000 homes. The Jan de Nul Taiwan contract marks a major step in Taiwan’s growing offshore wind sector, helping to strengthen the country’s position as a key player in Asia’s renewable energy transition.
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Jan de Nul to install export cables at Formosa 4
Belgian company Jan de Nul has signed a contract with Synera Renewable Energy (SRE) to install export cables at the Formosa 4 offshore wind farm in Taiwan. The project involves the transport, installation, and protection of 60 kilometers of submarine cables, bringing green energy to the coast to power nearly half a million households.
The offshore wind farm is located 20 kilometers off the coast of Miaoli County and will have 35 turbines that will generate 495 megawatts of electricity.
“With this new contract, we continue our journey in Taiwan. These projects will provide Jan de Nul with a continuous project portfolio outlook until 2028.” – Wouter Vermeersch, Director of Subsea Cables Offshore Energy at Jan de Nul
In addition to Formosa 4, Jan de Nul has been selected as the preferred contractor for the export cable to SRE’s Formosa 6 wind farm, located 55 kilometers southwest of Formosa 4. The company is also engaged in cable installation for the Greater Changhua 2B and 4 offshore wind farms and in preparation for Fengmiao 1 in 2026.
Jan de Nul’s role in Taiwan’s offshore wind growth
Taiwan is rapidly expanding its offshore wind sector, aiming to exceed 13 GW of capacity by 2030, Image: website
Active in Taiwan since 1990, Jan de Nul has been supporting the development of offshore wind energy since its inception in 2017. According to Wouter Vermeersch:
“We have successfully delivered several fully operational wind farms through large EPCI contracts, undertaking the entire project from design and procurement to construction and installation. We have played a leading role in supporting Taiwan’s path to net-zero emissions by 2050.”
Taiwan has rapidly increased its offshore wind capacity to more than 3 gigawatts, generated by 374 turbines, placing the country in seventh place globally. With ongoing projects, Taiwan is expected to overtake Belgium this year to reach sixth place. By 2030, the country aims to exceed 13 gigawatts of offshore wind capacity.
Project Summary: Formosa 4 Offshore Wind Farm
Project: Formosa 4 Offshore Wind Farm
Location: 20 km from Miaoli County, Taiwan
Developer: Synera Renewable Energy (SRE)
Contractor: Jan de Nul (export cable installation)
Capacity: 495 MW
Number of turbines: 35
Formosa 4 Cable installation: 60 km submarine HVAC export cable
Construction period: 2026–2027
Ship used: Willem de Vlaming (cable-laying vessel)
Power supply: Approximately 500,000 households
Additional projects: Formosa 6 (55 km southwest), Greater Changhua 2B and 4, Fengmiao 1
Significance: 13 GW of Taiwan offshore wind energy capacity by 2030 and 2050 Supporting Taiwan’s goal of net-zero emissions
Key points:
Jan de Nulke has been active in Taiwan since 1990 and in offshore wind since 2017.
Taiwan currently ranks 7th globally in terms of offshore wind capacity, which is expected to reach 6th place this year.
The Jan de Nul Taiwan project will strengthen Belgian-Taiwanese cooperation in renewable energy.
Question 1: Who is responsible for the Formosa 4 Offshore Wind Project?
Answer: Formosa 4 is being developed by Cinere Renewable Energy (SRE), with which Jan de Nulke has a contract to install and secure the export cable.
Question 2: Where is the Formosa 4 Wind Farm located?
Answer: It is located 20 kilometers off the coast of Miaoli County, Taiwan.
Question 3: What is the capacity of Formosa 4?
Answer: The wind farm will have a capacity of 495 MW, generated by 35 turbines, which is enough to power about 500,000 households.
Question 4: How long will it take to install the export cable?
A: Jan de Nul will install and protect the 60 km submarine HVAC export cable.
Question 5: When will construction begin?
Answer: Cable laying will begin in 2026 and continue until 2027.
Question 6: Which vessel will be used to lay the cable?
Answer: The cable-laying vessel Willem de Vlamingh will be deployed to lay the cable.
Question 7: Is Jan de Nul involved in other projects in Taiwan?
Answer: Yes, Jan de Nul is also the preferred contractor for Formosa 6, and is working on Greater Changhua 2B and 4 and preparing Fengmiao 1 for cable laying.
Question 8: What is the significance of this project for Taiwan?
Answer: Formosa 4 contributes to the growth of Taiwan’s offshore wind capacity, which helps the country achieve its goal of 13 gigawatts of emissions by 2030 and a path to net-zero emissions by 2050.
France Awards Centre Manche 2 Offshore Wind Project to TotalEnergies in Historic €4.5B Deal
Paris, September 24, 2025 – In a historic milestone for France’s renewable energy sector, TotalEnergies Centre Manche 2 Offshore Wind has secured the €4.5 billion Centre Manche 2 offshore wind tender, establishing the largest renewable energy project ever undertaken in the country. Developed in partnership with RWE, the project will see the construction and operation of a 1.5-gigawatt offshore wind farm off the coast of Normandy, set to transform France’s energy landscape by providing green electricity to over 1 million households.
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France’s Largest Offshore Wind Farm
The Centre Manche 2 offshore wind farm, located more than 40 kilometers from the Normandy coastline, is expected to generate approximately 6 terawatt-hours of electricity per year. This volume of clean energy will supply more than 1.1 million homes while maintaining a competitive electricity price of €66 per megawatt-hour, ensuring affordability alongside France’s ambitious decarbonization goals.
Patrick Pouyanné, Chairman and CEO of TotalEnergies, said:
“Winning the Centre Manche 2 tender demonstrates TotalEnergies’ commitment to the energy transition in France. This project is not only a major industrial achievement but also a milestone in providing clean, affordable electricity to French households.”
Economic Impact and Job Creation
The €4.5 billion investment is poised to deliver a significant economic boost to Normandy and beyond. During the three-year construction phase, the project will generate up to 2,500 jobs and provide 500,000 hours of work for apprentices and individuals in professional reintegration programs.
TotalEnergies will implement a European preference policy, sourcing turbines, cables, and other major components from European manufacturers, thereby supporting regional industry and strengthening the European offshore wind supply chain. Residents and local authorities in Normandy will also have the opportunity to co-invest through a crowdfunding initiative, promoting local engagement and ownership in the renewable energy transition.
Project Timeline and RWE Partnership
The project expects a final investment decision in 2029, with electricity production slated for 2033, aligned with France’s RTE grid connection schedule.
RWE has announced its intention to exit the consortium, pending approval from French authorities. TotalEnergies will continue development, honoring all existing commitments, and plans to bring in a new partner to replace RWE.
Regional and European Benefits
The project strengthens Normandy’s regional economy and France’s position in the European offshore wind market. It will create advanced training opportunities, foster growth among European suppliers for turbines and transmission cables, and support local initiatives through a €10 million territorial fund dedicated to education, culture, and workforce development.
TotalEnergies’ Renewable Leadership in France
TotalEnergies has a long-standing presence in France, investing more than €8 billion since 2020, with nearly half directed toward renewable energy projects. The company operates 660 renewable assets across wind, solar, hydro, and battery storage, supplying electricity to 1.8 million people and serving 4.2 million residential and business customers. With over 2 GW of installed renewable capacity, TotalEnergies ranks among the top three renewable electricity providers in France.
A Brief History and Future of Wind Energy in France
France has steadily grown its wind energy sector over the past two decades, becoming a key player in Europe’s renewable energy transition. As of 2025, the country has reached a total of 18,676 megawatts (MW) of installed wind power capacity, making it the world’s seventh-largest wind power nation by installed capacity. Onshore and offshore wind farms across Normandy, Brittany, and other regions have contributed to this impressive growth, laying the foundation for France’s ambitious future targets.
Looking ahead, France aims to achieve 18 GW of offshore wind capacity by 2035 and 45 GW by 2050, reflecting its commitment to carbon neutrality and the broader EU climate goals. To support this, the French government has proposed a major €11 billion state aid scheme, designed to accelerate the development of offshore wind projects, foster industrial growth, and stimulate job creation in the sector.
The Centre Manche 2 project represents a cornerstone in achieving these targets. With a capacity of 1.5 GW, it will supply green electricity to over 1 million households, significantly contributing to the 2035 target of 18 GW. Beyond its direct output, the project sets a benchmark for industrial best practices, environmental sustainability, and local economic engagement. By leveraging European suppliers, promoting apprenticeship programs, and investing in regional infrastructure, Centre Manche 2 strengthens the ecosystem needed to achieve France’s long-term offshore wind ambitions. Its success will act as a catalyst for the country’s renewable energy expansion, helping France move closer to its 45 GW goal by 2050.
Centre Manche 2 Offshore Wind Project – Key Information
Feature
Details
Project Name
Centre Manche 2 Offshore Wind
Operator
TotalEnergies (RWE partnership initially)
Investment
€4.5 billion
Location
40 km off the coast of Normandy, France
Capacity
1.5 GW
Electricity Generation
6 TWh per year
Households Powered
~1 million
Electricity Price
€66/MWh
Jobs Created
Up to 2,500 during construction
Training/Apprenticeships
500,000 hours
Environmental Fund
€45 million for mitigation, €15 million for biodiversity
Recycling Commitment
≥95% turbine components, 100% generator magnets
Investment Decision
Expected 2029
Electricity Production Start
2033
Local Investment
Crowdfunding options for Normandy residents; €10M territorial fund
European Industry Engagement
Priority sourcing from European suppliers (turbines, cables)
Conclusion: A Milestone for France and Europe
TotalEnergies Centre Manche 2 Offshore Wind represents not only France’s largest renewable energy project but also a model for sustainable industrial growth. With over 1 million homes powered, thousands of jobs created, and groundbreaking environmental commitments, this project sets a benchmark for the European green energy transition.
Nova Scotia is taking its biggest step yet toward Canada offshore wind—and the results could be transformative for Atlantic Canada clean energy and beyond.
A New Era for Clean Energy
The Government of Canada and Nova Scotia have unveiled a strategic plan that clears the way for the country’s first-ever offshore wind projects. The move gives the Canada–Nova Scotia Offshore Energy Regulator new direction to launch a prequalification process and call for information, drawing in global investors while opening the door for public and Indigenous input.
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This process will set the stage for acall for bids on offshore wind areas, ensuring projects are both environmentally responsible and economically viable.
Major Projects Office Steps In
The announcement builds on last week’s creation of the federal Major Projects Office (MPO), which will focus on advancing transformative energy infrastructure—including the proposed Wind West Atlantic Energy project.
If developed, Wind West could tap into some of the world’s strongest offshore winds, delivering clean power across Atlantic Canada while strengthening energy security and creating new economic opportunities. Plans also include interprovincial connections through transmission lines between Nova Scotia, New Brunswick, Prince Edward Island, Quebec, and Newfoundland and Labrador.
Leaders Call Canada Offshore Wind a “Game Changer”
Government officials are framing this as a turning point for Canada’s energy future:
“Now is the time to harness our powerful wind potential, turning it into prosperity and new opportunities,” said Tim Hodgson, Minister of Energy and Natural Resources.
“We have the wind, the people, and the ambition to lead the clean energy future,” added Sean Fraser, Minister of Justice and Attorney General of Canada.
Nova Scotia’s Energy Minister Trevor Boudreau called offshore wind a “game changer” that will deliver clean energy to markets while creating good jobs for Nova Scotians.
Industry Momentum Building
The Canada–Nova Scotia Offshore Energy Regulator is finalizing details of the process, which will guide the first Call for Bids. Industry voices say maintaining momentum is crucial to attracting world-class investment and ensuring benefits flow to communities across Atlantic Canada.
Why It Matters
With global demand for offshore wind accelerating, Canada is finally staking its claim in a sector projected to deliver billions in investment and thousands of jobs worldwide.
This fall could prove pivotal: Nova Scotia’s offshore winds are poised to power homes, strengthen energy security, and position Canada as a serious contender in the global clean energy race.
Why Offshore Wind Matters for Nova Scotia’s Future
Nova Scotia is emerging as one of the most promising places in the world to build offshore wind farms—and the benefits could be enormous.
Clean Energy, Zero Emissions
Offshore wind offers a powerful alternative to fossil fuels. By generating electricity without greenhouse gas emissions, Nova Scotia can cut pollution, meet its climate change goals, and become a leader in the global clean energy transition.
Supporting Other Clean Industries
The impact goes beyond power generation. Offshore wind can also fuel other clean energy industries, like green hydrogen, creating new opportunities for innovation, investment, and exports.
Driving Economic Growth
Developing offshore wind could strengthen Nova Scotia’s economy. It would boost the local supply chain, create high-quality jobs, and support port services, construction, and advanced research. With its skilled workforce and strong academic institutions, the province is well-positioned to build an entirely new energy industry.
Ideal Conditions for Wind Farms
Nova Scotia has natural advantages that make it uniquely suited for offshore wind:
A wide continental shelf with relatively shallow waters, perfect for floating or fixed platforms.
Some of the fastest and most consistent winds in the world.
Deep, ice-free harbors ready to support offshore construction and shipping.
These features make it possible to build large-scale wind farms that deliver clean, reliable energy.
Balancing Development and Responsibility
Building wind farms at sea requires careful planning. Factors such as distance to shore, seabed conditions, turbine design, weather patterns, and environmental impacts must all be considered. That’s why both the federal and provincial governments are jointly regulating projects through the Canada–Nova Scotia Offshore Wind Energy Regulator, ensuring development is sustainable and balanced with other ocean industries.
Nova Scotia Offshore Wind Advantage
What makes Nova Scotia stand out globally?
Abundant wind resources matched with proximity to growing European clean fuel markets.
Available land and ports for facilities, manufacturing, and servicing turbines.
A competitive, experienced workforce with knowledge in ocean industries and energy.
A reputation as a leader in emerging technologies.
The Big Picture
Nova Scotia offshore wind represents a once-in-a-generation opportunity for Canada renewable energy projects. It can power homes, support new industries, create thousands of jobs, and position the province as a clean energy hub—not just for Canada, but for the world.
Why is Trump shutting down Biden-approved offshore wind projects—and what does it mean for US clean energy goals?
After shutting down two other large offshore wind projects, New York’s Empire 1Wind Project and Lava Ridge, it is moving to shut down Rhode Island’s Revolution Wind. Trump’s offshore wind ban policy will destroy Ørsted’s multi-billion dollar offshore project. Approved during the Biden administration, the projects were celebrated as the backbone of America’s clean energy transition. Now, with Trump’s shutdown looming, critics are warning that the United States is backing away from its climate commitments at the very moment the world is moving toward a low-carbon future.
The Trump administration argues the opposite: these projects represent expensive, unreliable, and risky ventures that harm national security and American taxpayers. But we all know that renewable energy comes entirely from nature. All of Trump’s decisions are raising one of the most divisive energy debates in modern American history.
Ørsted’s $1.5 billion project: 80% Complete, Now in Limbo
On Friday, August 22, 2025, the Trump administration issued a surprise order: all work on Orsted’s $1.5 billion Revolution Wind project must cease.
The Bureau of Ocean Energy Management (BOEM) wrote to Orsted that the moratorium was necessary to protect “the national security interests of the United States” and “prevent interference with the reasonable use of the exclusive economic zone, high seas, and territorial waters.”
“You may not resume operations until BOEM notifies you that BOEM has completed its required review,” the agency clearly told Orsted.
The order halted a project that was 80% complete, already employs hundreds of union workers, and was scheduled to be completed by 2026. If it works, Revolution Wind will provide 704 megawatts of clean electricity—enough to power more than 350,000 USA homes across Rhode Island and Connecticut.
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A Decade of Progress
Ørsted has been operating in the US for a long time and is considered a leader in offshore wind. It has completed and is operating each project with great efficiency and success.
Revolution Wind is no speculative venture. It has spent nearly a decade undergoing environmental, technical, and regulatory reviews and then received every federal and state permit, including approval of the construction and operating plan in November 2023.
In essence, it has signed 20-year power purchase agreements (PPAs) to deliver 400 megawatts of electricity to Rhode Island and 304 megawatts to Connecticut, which the states plan to rely on as part of a strategy to reduce emissions and stabilize electricity prices.
Ørsted stressed that the project is fully permitted and contractually binding—an issue that could become the focus of an upcoming legal battle.
Ørsted’s investment in the US
Since the suspension, Oersted’s statements have been both defiant and defensive. The company has emphasized its role in building US energy infrastructure:
Investing billions in offshore wind, ports and grid upgrades
Building shipbuilding and manufacturing supply chains in more than 40 states
More than 4 million union workers are working hours on US offshore wind projects.
2 million hours at Revolution Wind alone.
After Trump’s ban, it said, “Revolution Wind is employing local union workers who support both onshore and offshore construction operations.”
The company is also assessing its financial situation, including legal action. Investors were warned that the suspension could affect its rights issue, due in August 2025, which could potentially put further financial pressure on Ørsted’s US operations.
Empire 1 wind project and Lava Ridge: Casualties
Revolution Wind is not one. The Rhode Island project is the third major renewable project to be shut down by the Trump administration this year:
Empire 1 Wind Project (New York): First, in April, Interior officials revoked approval for the offshore project off Long Island, which was scheduled to power millions of New York homes.
Lava Ridge Wind Project (Idaho): Second, in August, the administration revoked Biden’s approval for this land-based wind farm that would have powered 500,000 homes.
Revolution Wind (Rhode Island): Third, now on hold despite being near completion.
These projects, together representing more than 1.5 gigawatts of renewable capacity, represent significant progress toward Biden’s clean energy goals—progress that is now almost certain.
Empire 1 Wind Project:
The Empire 1 Wind Project, an offshore anchor in New York off the coast of Long Island, was designed to be one of the largest offshore wind farms in New York. With the potential to generate more than 816 megawatts of clean electricity, it is said to be capable of providing clean power to millions of homes, and the project has been a major contributor to America’s ambitious climate goals.
In terms of economic opportunity, various industry reports say that Empire 1 wind project, if fully operational, would create thousands of construction jobs, long-term maintenance positions, and billions in local investment. In many ways, it is the cornerstone of New York’s renewables strategy, and its success or failure could build investor confidence in the entire US offshore sector.
Empire 1, in essence, could make New York the epicenter of renewable energy in America. But with other mega-projects like Revolution Wind under Trump’s leadership, the administration has expressed doubts that Empire 1 will survive political interference.
For clean energy advocates, this makes Empire 1 a test case: The question is can state-level ambitions outpace federal rollbacks?
Lava Ridge Wind Project
Trump’s executive order initially halted Lava Ridge Wind Project. The Lava Ridge Wind Project, a proposed 1,000 megawatt (MW) wind farm in Magic Valley, Idaho, was designed to provide clean electricity to California. Initially approved by the Bureau of Land Management (BLM) in 2024, the project was abruptly halted in January 2025 by an executive order from former President Donald Trump.
Trump’s executive order halted Lava Ridge Wind Project Image: US Department of Energy
The project was located on 104,000 acres northeast of Twin Falls and planned for more than 200 turbines, each up to 660 feet tall.
Trump declared the project “unconscionable to the public interest and subject to legal error” in his order, which effectively terminated Magic Valley Energy’s right to proceed. And on his first day in office, Trump fulfilled a campaign promise by halting the project. In a press release, he citied:
“I promised the people of Idaho that I would not rest until the Lava Ridge Wind Project was shut down. On the first day, I kept that promise.”
South Fork Wind
South Fork Wind: A small project with a large symbol Compared to Empire 1—about 132 megawatts—Orsted project — its significance is enormous. As one of the first offshore wind projects approved in U.S. federal waters, South Fork was built to prove that offshore turbines are technically feasible and can be accepted by the public. Located near the South Fork of Long Island, the project is already generating enough electricity to power 70,000 homes.
Image: South Fork Wind website
It also suggests that offshore wind is not just about large industrial projects; smaller, regionally concentrated wind farms can play an important role in diversifying America’s energy mix. South Fork also has symbolic significance: If the Trump administration continues to target larger projects for cancellation, small but viable farms like South Fork could become the backbone of early offshore deployment in the United States.
Opportunity amidst controversy Despite the political turmoil, both Empire 1 and South Fork demonstrate that offshore wind is one of the biggest opportunities for US clean energy goals.
Together, they represent: Job creation: Thousands of direct and indirect jobs in construction, manufacturing, shipping, and long-term operations. Energy security: Reducing reliance on fossil fuel imports through reliable, domestic power generation.
Climate progress: A solid step toward New York’s mandate to generate 70% of its electricity from renewable sources by 2030. Global investment appeal: An opportunity to keep the United States competitive with Europe and Asia, where offshore wind is already growing rapidly. Still, the controversy is hard to ignore. Biden approved several projects early in his term, but Trump’s recent shutdowns have eroded investor confidence and shaken local economies.
Image; South Fork Wind website
New York officials argue that canceling or delaying projects like Empire 1 could jeopardize billions of dollars in clean energy promises, while fossil fuel allies argue that offshore wind is still too expensive and disruptive. The big question is, ultimately, that Empire 1 and the South Fork are the realization of the crossroads that America now faces.
Will political agendas derail projects that promise jobs, clean air, and long-term savings—or will these wind farms stand as proof that the United States is serious about leading the renewable energy revolution?
For now, both projects are alive and well, but the future of America’s offshore wind sector could depend on whether Empire 1 and the South Fork can weather the political turmoil and deliver on their clean energy promises.
Trump’s offshore wind ban: Energy dominance
The US has taken a stand against the shutdown as part of a broader strategy to protect energy interests.
Interior Secretary Doug Burgum has dismissed large offshore wind farms as “massive, unreliable, non-stop energy projects” that are holding America back. He argues that they put a heavy burden on taxpayers and threaten the US “energy dominance” that Trump has been borrowing from his first term.
Beyond the rhetoric, the Trump administration launched a national security investigation into wind turbine imports, focusing on potential foreign subsidies and supply chain vulnerabilities. It has invited public comment, but unfortunately, critics say the process is opaque and politically motivated.
Then, in the next blow, Congress recently passed theOne Big Beautiful Bill, which further strengthens the strict regime by removing clean energy incentives from Biden’s inflation reduction law. For renewable developers, this is a sign of an increasingly hostile investment environment.
The government has repeatedly implemented various laws and policies that have cornered wind energy, especially offshore wind projects, causing companies to suffer huge losses and forcing them to shut down projects.
Biden’s view versus Trump’s opposite
The stark divide between the two administrations is clear:
Biden’s plan: to approve projects like Empire 1, Revolution Wind, and South Fork to deliver 30 gigawatts of offshore wind by 2030, bringing clean electricity to more than half of homes. These projects were designed not only to provide clean electricity but also to help the United States reduce emissions, compete with countries such as China and Europe, and create massive jobs in clean energy.
Trump’s opposite: Trump has repeatedly called for canceling, delaying, or severely reviewing these projects, citing national security risks, cost burdens, and energy insecurity. All of the arguments Trump made have since been proven wrong.
Biden saw offshore wind as a path to climate leadership; Trump sees it as a liability.
AI generated
State pushback and legal action
The response from states has been swift. In May, Connecticut Attorney General William Tong joined 17 other AGs in suing the Trump administration over its offshore wind regulation efforts.
With Rhode Island and Connecticut directly affected by Revolution Wind, further legal challenges are likely. Given its contractual obligations under the PPA and the billions of dollars already spent, Ørsted could end up in court, as could others.
The court could now decide whether the federal government can unilaterally halt projects that have been fully approved and are already under construction.
US Clean Energy Goals at Risk
If these project closures become permanent, the impact would be huge:
First, 1.5 GW+ of offshore wind capacity would be completely lost
Nearly a million homes would be without clean power
Billions in investments by developers like Oersted would be frozen
Thousands of union jobs would be lost
State climate goals in New York, Rhode Island, and Connecticut would be thwarted
Finally, Biden’s 30 GW by 2030 goal would be weakened
image: AI genertaed
The U.S. would lose credibility in the global race for renewable energy leadership, not just in terms of targets. While Europe and China are aggressively expanding offshore wind; the U.S. would lag behind.
Orsted’s future in the US
The crisis raises questions about whether Oersted and other developers will continue to invest in the US market. Ørsted has already built the South Fork Wind project, which is supplying power to New York at a 53% power factor—compared to baseload sources.
For the company, South Fork proves that offshore wind can be both reliable and efficient. But with Revolution Wind stalled and Empire 1 canceled, Ørsted faces increasing uncertainty. If political risks become too high, developers could redirect capital to friendlier markets in Europe or Asia.
A Nation at a Crossroads
The changing political landscape has brought about a major shift in US energy policy. The United States is currently at a crossroads. On the one hand, the country could accelerate its deployment of renewable energy, reduce its reliance on fossil fuels, and secure a place as a global leader in clean energy.
On the other hand, it could expand its fossil fuel dominance, questioning its leadership position with foreign competitors. The fight against Oersted’s Revolution Wind will be emblematic of this struggle. Will America commit to a clean energy future, or will politics derail decades of progress?
In the Bottom
In the last words, the Trump administration’s shutdown of Ørsted’s Revolution Wind would be more than a bureaucratic delay—it would be a symbolic and practical blow to US clean energy goals. Biden’s approval of projects like Empire 1 and Revolution Wind promised to transform the U.S. energy landscape, but Trump’s shutdown is shattering that vision, throwing states, companies, and workers into turmoil.
As the lawsuits pile up and political divisions deepen, the future of U.S. offshore wind—and with it, America’s clean energy goals—hangs in the balance. For Ørsted, the fight is about rescuing a $1.5 billion investment. For America, it’s about deciding whether to lead the global race to renewable energy or fall behind. The question is which way America will go!
With US clean energy goals under threat! it remains to be seen whether the U.S. will lead the global renewable energy race—or fall behind? Stay tuned to https://windnewstoday.com/ for the latest on offshore wind, clean energy policy.
Europe aims to increase its offshore wind capacity to 84 GW by 2030, but one of the most important challenges is the lack of investment in shipbuilding and port infrastructure
Brussels, August 2025— Europe is facing a shortfall in offshore wind investment, according to a new report by IndEurope News. With just five years to go to meet its 2030 energy targets, Europe offshore wind investment needs an additional €2.4 billion in funding to ensure its offshore wind infrastructure can grow in time. Without this investment, Europe will fall behind in its clean energy transition.
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Europe needs urgent action to meet offshore wind targets
Europe currently has 36.6 gigawatts (GW) of installed offshore wind capacity. To meet climate targets and energy security commitments, this figure needs to rise to 84 GW by 2030. Achieving this target depends on the continent installing at least 10 GW of offshore wind capacity annually, which is expected to increase to 15 GW per year after 2030.
While the installation rate is currently on track, supporting infrastructure, including ports and ships, is not developing fast enough. It is understood that significant capacity shortfalls could hinder the deployment of offshore wind projects in the future.
Marine infrastructure plays a central role
The offshore wind supply chain is heavily dependent on Europe’s maritime infrastructure. In the last three years, €6.7 billion has been invested in port upgrades and ship procurement. Analysts warn an additional €6.4 billion is needed, and €2.4 billion in the short term to meet the 2030 target.
This infrastructure is needed for building, installing, and maintaining wind turbines, so without immediate investment in this area, the supply chain may not be able to handle the volume of installations needed to stay on track.
EU ports strategy aims to fill infrastructure gaps
The European Commission is developing a new EU-wide ports strategy aimed at supporting the offshore wind sector. Ports are crucial for the industry. They act as logistical hubs for transporting turbines and components, act as maintenance bases and provide the space needed to assemble large structures—especially for floating offshore wind.
Strategic importance of ports for offshore wind
Over the past three years, €4.4 billion has been invested in port infrastructure across Europe, yet the report finds that an additional €2.4 billion is urgently needed to upgrade facilities and expand port capacity, as ports play a key role in supporting local wind energy supply chains and delivering efficient projects across the continent.
Policy measures proposed in the EU Ports Strategy
The Ports Strategy is expected to recommend three key actions. Firstly, the European Investment Bank could be involved in increasing funding allocations through programs such as the EU Connecting Europe Facility and supporting strategic projects. Secondly, the Commission is likely to simplify permitting procedures, as it can currently take up to 10 years to approve port expansions. Finally, the strategy could include an EU-wide map of port capacity and plans to match them with the demand for offshore wind deployment in member states.
Shipbuilding and ship investment are barriers.
In the case of offshore wind, there was talk of ports but in addition to ports, Europe needs to make significant investments in its offshore wind fleet. Why ports? Because currently, around 80 ships are used across Europe to install turbines and transport workers. The emergence of larger turbines over 15 MW requires a new generation of ships with more advanced capabilities.
Technological innovation of ships is needed
In the last three years, Europe has already invested around €2.3 billion in offshore wind ships. Despite this progress, an additional €4 billion is needed to install larger and more technologically advanced turbines, many of which are not capable of handling the weight and complexity of the new models.
Reducing emissions from marine activities
Marine activities currently contribute up to 20% of the total life cycle emissions of an offshore wind project. Decarbonizing this sector is crucial. The EU Maritime Industrial Strategy is expected to promote clean fuels such as hydrogen, ammonia, and electricity while supporting the refitting of older ships or the construction of new zero-emission ships.
How Europe’s Offshore Wind Future Hinges on Strategic Europe Offshore Wind Investment
Europe’s offshore wind future largely depends on timely investment. Its ability to meet its offshore wind targets depends on swift and coordinated action. A well-funded port strategy and a forward-looking maritime industry strategy can ensure that infrastructure, permitting, and innovation are developed in line with demand.
Without investment, the European Union could fail to achieve its 2030 offshore wind goals. It clearly said that it risks losing its global leadership in renewable energy. Though the window for action narrows, decisions taken in the coming months will fix the future of Europe’s clean energy landscape.
Key points:
More than €4.4 billion has been invested in ports.
Ports supply, store, assemble, and maintain wind equipment.
Floating offshore wind infrastructure to be integrated into port areas
Europe to generate 10 GW of electricity per year by 2030 and 15 GW later
A €2.4 billion shortfall needs to be urgently filled.
Ports and ships are out of the question for offshore wind to succeed.
The strategic move will determine Europe’s energy security and competitiveness for decades to come.
In the Bottom
If the EU is serious about leading the way in offshore wind, it needs to match ambition with investment. The proposed EU Port Strategy and Maritime Industry Strategy offer a golden opportunity to close the Europe offshore wind investment of €2.4 billion and strengthen Europe’s journey towards a cleaner, more resilient energy system.
Teesside, 15 July 2025 — RWE has reached a significant construction milestone at its flagship Sophia offshore wind farm with the 100th steel monopile foundation for a project located on Dogger Bank, 195 kilometers off the UK’s north-east coast – now the latest to be successfully installed, marking the end of a complex 14-month offshore foundation campaign.
When operational, the 1.4 gigawatt (GW) project will have enough clean electricity generation capacity to power 1.2 million typical UK homes annually, further supporting the UK’s renewable energy targets and energy security.
Dutch marine contractor Van Oord led the foundation installation operation under a comprehensive EPCI (engineering, procurement, construction and installation) contract. The company used its upgraded jack-up vessel Aeolus, which was equipped with a custom 1,650-tonne capacity crane, to handle Sofia’s heaviest monopiles – each monopile forming the basis for a 252-metre-long Siemens Gamesa 14 MW turbine.
Sven Uttermoehl, CEO of RWE Offshore Wind, praised the achievement, cited: “The successful completion of the monopile installation in Sofia is an important milestone in the implementation of this complex offshore wind construction project. This achievement is a testament to the expertise, dedication and collaboration of our partners across the RWE Group. Sofia will play a key role in contributing to the UK’s clean energy transition and strengthening energy security.”
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RWE advances Sofia offshore wind farm with industry-leading innovation and sustainable solutions
With the successful installation of all monopile foundations, a milestone in this regard, Van Oord has begun the next major phase at the Sofia offshore wind farm – the installation of approximately 360 km of array cables, which is expected to be completed by the end of 2025. Meanwhile, as we already know from the progress of turbine installation, 27 of the 100 Siemens Gamesa 14 MW turbines have already been installed – half of which with recyclable blades, reinforcing Sofia’s role as a global model for sustainable offshore wind.
Sofia, the first offshore wind project worldwide to commit to using Siemens Gamesa 14 MW turbines during its initial development, will demonstrate its leadership in technology adoption. This article provides a comprehensive overview of the technical and engineering innovations that will transform Sofia into a next-generation clean energy project.
Cutting-edge design and environmental innovation
Steel monopile foundations installed at Dogger Bank for Sofia Offshore Wind Farm, 195 km off the UK coast
A number of modern design innovations have been used and adapted. Here In contrast to traditional offshore foundations, separate transition pieces are used, with the design for Sophia using extended single-piece monopiles. Manufactured by EEW, this approach reduces total steel usage, reducing the project’s carbon footprint and material requirements.
In another UK first, the project has installed a full-scale bubble curtain noise abatement system for 34 foundation installations. Operated by Hydrotechnic Offshore, the technology protects marine species in the environmentally sensitive Southern North Sea Special Area of Conservation (SAC), helping to reduce underwater noise.
Port of Tyne 1.4 GW offshore Wind Farm
Foundation components stored at Port of Tyne for RWE’s Sofia project, highlighting offshore wind supply chain infrastructure.
All offshore foundation elements were marshalled and stored at the Port of Tyne, where significant infrastructure investment is being made to meet the logistical needs of Sophia. This has enhanced the port’s role in future offshore wind developments across the North East of England.
Leading sustainable turbine technology
Recyclable turbine blade with specialist resin system developed by Siemens Gamesa, ordered for Sofia Offshore Wind Farm.
Next up in turbine technology, the reusable blades used on Sophia are made with a specialist resin system that enables full recyclability and mark the largest order of this type of blade at the time of purchase. The Turba initiative not only supports the circular economy but also paves the way for environmentally-conscious offshore wind development worldwide.
Increased grid capacity
To maximize energy export efficiency, Sophia has increased its grid connection capacity from 1,000 MW to 1,320 MW, using advanced high-voltage direct current (HVDC) technology with voltage source converters. This allows for increased transmission capacity, helping to deliver cleaner energy to homes in the UK. And planning the world’s longest offshore export cable, spanning 220 kilometers, required highly specialized engineering to overcome the challenges of laying the infrastructure through complex seabed conditions.
World-class vessel and equipment installation
Sophia is set to be the first offshore wind farm to use the world’s most advanced cable-laying vessel, Prysmian’s Leonardo da Vinci. Equipped with:
The highest cable carousel capacity on the market
Double the industry-average capstan capacity
A DP3 dynamic positioning system
Hybrid propulsion and 90-day operational autonomy
The vessel will enable installation in water depths of up to 3,000 meters, making it ideal for the project’s demanding offshore environment.
Innovations in cable construction and sustainability
Installation of recyclable HPTE-insulated HVDC cables for Sofia’s onshore grid connection, reducing carbon emissions by 40%.
The onshore HVDC cable will incorporate a patented High-Performance Thermoplastic Elastomer (HPTE) insulation system—a fully recyclable, zero-emission process that reduces carbon emissions by 40% compared to conventional methods.
Onshore civil engineering contractor JMS has used innovative construction techniques to optimize efficiency and safety:
V-buckets, which reduce trenching time and heavy equipment passes
A duct trailer system that eliminates the need for workers in trenches when installing ducts
A sand truck that reduces trenching time when installing cement-bound sand
Cutting-edge wind farm layout and infrastructure efficiency
Recyclable turbine blade with specialist resin system developed by Siemens Gamesa, ordered for Sofia Offshore Wind Farm.
The Sophia team has developed a highly optimized array layout to maximize energy production. The design of the offshore converter platform has also been significantly streamlined, using fewer materials and reducing overall project costs compared to previous designs used in Germany.
Strategic collaboration with the adjacent Dogger Bank Sea Wind Farm project is enabling Sophia to achieve cost-sharing and technological synergies, increasing efficiency in both developments.
Collaborative Procurement and Risk Management
Using a holistic, experience-led procurement strategy, RWE worked closely with potential supply chain partners at the pre-tender stage to align contract models. This approach allowed for effective risk allocation, ensuring the lowest possible overall project cost while maintaining high innovation standards. It also contributed to the record-breaking Levelized Cost of Energy (LCoE) for Sofia.
Regulatory Innovation and Environmental Protection
RWE has pioneered several advances in environmental management and compliance:
Integrated LiDAR and sky digital survey for seabird monitoring – a novel application of proven technology for ornithological research.
Proposed the use of low-order deflagration to neutralize unexploded ordnance (UXO), which significantly reduces underwater noise and marine impact compared to traditional detonations.
RWE is active in high-level environmental research initiatives such as ORJIP II and OWSMRF, which aim to close knowledge gaps and reduce compliance risks for future offshore projects.
Investing in UK offshore innovation through ORE Catapult
“Leonardo da Vinci cable-laying vessel at work on Sofia Offshore Wind Farm, equipped with high-capacity carousel and hybrid propulsion.
As part of its commitment to UK offshore wind innovation, SOFIA has supported the 2023 ORE Catapult Launch Academy, a nine-month programme designed to accelerate early-stage technology development. Ten UK-based companies have been selected, including:
Aquatech Group, known for its innovative cable monitoring and protection
Wildcat Films to Integrate Radar into Bird Survey
This collaboration will highlight Sophia’s commitment to nurturing the next generation of offshore wind technology and environmental solutions.
With its advanced design, sustainability-first approach and pioneering technology, the Sophia Offshore Wind Farm sets new industry standards and exemplifies how large-scale offshore wind can deliver clean, affordable and reliable energy. Once operational, this 1.4 GW wind farm is set to power 1.2 million UK homes, reinforcing RWE’s leadership in the global transition to renewable energy.
Sophia Offshore Wind Farm at a Glance
Total capacity: 1.4 GW
Offshore wind project location: 195 km off the north-east coast of the UK (Dogger Bank)
Total depth: 20-35 meters
Number of turbines: 100 x Siemens Gamesa 14 MW
Energy generated: around 1.2 million
Construction Stats: 2021
Expected to complete : 2025
Developer: RWE Offshore Wind
Frequently Asked Questions (FAQ)
What is the Sofia Offshore Wind Farm?
Sofia Offshore Wind Farm is a 1.4 gigawatt (GW) offshore wind project constructed by the RWE. Situated 195 kilometers from the UK’s northeast coast on Dogger Bank, it is one of the world’s biggest and most state-of-the-art offshore wind farm, and will power 1.2 million homes every year with renewable and clean energy.
The Sofia Offshore Wind Farm – who is building it?
Offshore wind power giant, RWE is leading the development and construction of the project. Among key suppliers are Van Oord, which will provide the foundation and the cable installation, and Siemens Gamesa which will deliver 14 MW wind turbines, complete with a recyclable blade design.
Sofia Offshore Wind Farm, where is it?
Sofia is situated 195 kilometres from shore at Dogger Bank in the North Sea around 195km off the coast of Teesside in the UK’s North Sea. It is located in water depths of 20-35 metres, on a sock the equivalent size to the Isle of Man – so one of the remotest and most challenging UK offshore wind farm developments to reach completion.
How many houses will be lit by the Sofia Wind Farm?
When fully operational, the Sofia Offshore Wind Farm will be capable of supplying power to around 1.2 million average UK homes, playing a major part in the UK’s ongoing transition to a clean, green energy system and providing the up to 1000 jobs the project is currently creating.
What sort of turbines are being used in the Sofia project?
The project features a total of 100 Siemens Gamesa 14 MW turbines, 50 of which have recyclable blades, marking a world first at this scale. The wind turbines are some of the largest on the market and are an impressive step in wind turbine technology.
What are the recyclable wind turbine blades — and why are they significant?
Recyclable wind turbine blades require a special-class resin system that can be broken down into individual materials at end of life. This will help advance a more sustainable offshore wind industry, reduce landfill waste and drive greater circular economy in the UK’s renewable energy efforts.
Which cable technologies are applied in the Sofia Wind Farm?
Sofia has both array and export cables. It will use 360 km of array cables and the longest ever offshore wind export cable in the world (220 km) using HVDC (High Voltage Direct Current) technology with voltage source converters. This enables more efficient power transmission and capacity is also up by 320 MW from 1000 MW.
What is HVDC technology and how can it benefit offshore wind farms?
The high voltage direct current (HVDC) transmission makes it possible to carry electricity for long distances at lower losses than the AC transmission. Sofia can deliver 1.32GW of wind power effectively to the UK grid and help meet renewable targets by using HVDC with VSC technology.
Sofia’s offshore wind cable installation: What’s so special?
Sofia is the first assignment of Leo, the world’s most advanced cable-laying vessel, which has started working on the project. It features:
Largest carousel capacity available
Hybrid propulsion for reduced emissions
Deep sea cables laying ability (up to 3,000 meters)
These new designs ensure that cable is laid more safely, efficiently and environmentally friendly.
What is Sofia doing to make construction less harmful to the environment?
Sofia has used bubble curtain noise mitigation systems during monopile installation in support of marine mammal conservation in the Southern North Sea Special Area of Conservation. It also employs low-order deflagration for UXO clearance, reducing impact on underwater noise.
Which ports and infrastructure does the Sofia Wind Farm use?
Foundation components and material are marshalled and distributed from the Port of Tyne. “The port has invested heavily into accommodating this major offshore wind development, which has significantly boosted the renewable energy supply chain in North East England.
What is RWE’s position in offshore wind on a global basis?
RWE is a global offshore wind development leader. The Sofia Offshore Wind Farm is currently the largest of RWE’s offshore wind farms under construction worldwide and one of the largest infrastructure projects in the UK, reinforcing the company’s ambition to play a part in the UK’s clean energy future and support its path to net zero.
What does the Sofia Wind Farm do to drive down costs of offshore wind energy?
Coupled with novel procurement strategies, innovative asset financing mechanisms, simplified converter station design, and a strategic collaboration with adjacent Dogger Bank C, Sofia has delivered market-leading levelized cost of energy (LCoE) offers, helping to reduce the costs of offshore wind.
What is the ORE Catapult Launch Academy and what role does Sofia have?
Sofia has backed the 2023 ORE Catapult Launch Academy, which aims to fast-track UK offshore wind innovation. The project chose firms from the UK in Aquatec Group and Wildcat Films to help drive forward cable protection systems and ornithological monitoring technologies.
China renewable energy news is great, with wind power boom in January-May enough to power entire countries like Indonesia or Turkey
BEIJING — June 2025
A charming example is set by china renewable energy record, China added 46 gigawatts (GW) of wind power and 198 gigawatts of solar power between January and May 2025, breaking China’s previous records and cementing its leadership in the global clean energy race. The Guardian says, the added capacity of wind and solar power during the five-month period in 2025 is enough to produce as much electricity as Indonesia or Turkey, according to Lori Mylivirta analysis, a senior fellow at the Asia Society Policy Institute.
In May alone, China solar power growth 93 gigawatts of installation, the equivalent China solar panels installed per second about 100, and wind power capacity added 26 gigawatts, the size of about 5,300 turbines. These installations could power countries like Poland, Sweden, and the United Arab Emirates, depending on operating conditions and efficiency.
“We thought China’s rush to install solar and wind power was going to be absurd, but wow,” Mylivirta commented on social media.
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China renewable energy record amid global climate tensions
The latest development comes amid ongoing informal climate talks between Chinese officials and former US negotiators in Beijing. Diplomatic relations over climate action have been strained since former President Donald Trump withdrew the United States from the Paris climate accord, accusing China of rampant pollution while protecting domestic industry.
Despite being the world’s largest greenhouse gas emitter, China is also by far the largest producer, installer and exporter of clean energy technology. China suppresses 1000 GW solar capacity, half of the total global production, according to government data and third-party trackers.
China green energy leadership was happen by Xi Jinping climate strategy. Chinese President Xi Jinping renewable energy speech has increasingly tied the country’s climate goals to national industrial policy, framing clean energy expansion as essential to rejuvenating the economy.
China’s role in the global climate talks now is not just about how much wind power China adds in 2025, but also about how it is winning the global clean energy race. “In the past five years, China has built the world’s largest and most complete new energy industrial chain,” Xi said at a conference in April.
The term “new energy” refers not only to wind and solar power, but also to battery storage, EV infrastructure and grid-scale technology.
This development has been accompanied by an explosive growth in supply chains and exports. But it has also put the financial squeeze on the whole of China’s solar industry. According to Bloomberg, the five largest Chinese solar companies reported a combined loss of more than8 billion yuan in Q1 of 2025.
Speaking at a recent industry conference, Yang Liyou, general manager of Jinneng Technology, said the existing pricing and production model was a“ death cycle,” suggesting hyper-competitionand wafer-thin margins could endanger the stability of China’s place as the world’s clean energy manufacturing kingpin.
World Impact and Climate Implications
China’s breathtaking build-out of wind and solar installations isn’t just actively reshaping its own energy landscape — it’s sending ripples out across global energy markets, upending international geopolitical strategies and, with it, the future of the clean energy transition.
Economically, sprawling production in China has pushed global prices for solar panels and wind components to historic lows. China solar and wind growth is good for developing countries with demand for affordable, clean energy, but it is also putting pressure on Western manufacturers, some of whom are pushing for trade barriers and subsidies to shield their domestic clean energy industries.
Politically, these numbers give China the ability to leverage climate diplomacy, particularly at a time when the United States and the E.U. are pressing for steeper emissions cuts even as they struggle with their own internal policy divisions. Now that China’s momentum in clean energy has become tightly linked to its economic strategy, the country will have an upper hand in future climate talks — especially since some Western powers are rethinking their dependence on Chinese-made technologies.
China clean energy expansion surge also speaks to a bigger pattern: The global center of gravity for energy innovation is shifting east. If the trajectory holds, China will be not only the largest emitter or the largest builder of clean energy, but it will also become the yardstick by which we measure whether, in the next generation of energy infrastructure, we will have a livable planet or not.
As China continues to pull ahead with the deployment of clean power, the geopolitics and economics of energy transition are changing. The sheer magnitude of the country’s manufacturing and installation has driven down worldwide prices but has also spawned concerns about sustainability, labor practices and market fairness.
Meanwhile, nations like the U.S. and those in the EU are re-evaluating trade and subsidy strategies to safeguard domestic clean energy industries, while attempting to achieve net zero goals.
As new solar and wind capacity is added at record-breaking rates — and political rhetoric is tightly intertwined with industrial strategy — China is, for once, not just competing in the race, Ms. Hsu said. It’s setting the pace.
China solar and wind power growth: Jan–May 2025
🌬️ 46 GW of wind power added
☀️ 198 gigawatts of solar power added
⚡ May only: 93 GW solar, 26 GW wind
🏆 Total installed solar: 1,000+ GW
📈 Enough new capacity to power: Poland, Sweden, Indonesia, Turkey
So that, China renewable energy record in 2025 represent a turning point for how the world uses energy. And with 46 GW of wind and 198 GW of solar deployed in only the first five months of the year, the country isn’t just outpacing its own climate targets, or lucrative wind and solar installation in china but redefining the global clean energy market.
Challenges endure — from economic hardship facing domestic producers to mounting geopolitical suspicion — but China’s sheer scale, speed and strategic linking of clean energy with economic policy have made it an unparallelled force in the field. As the world once again contemplates the urgent need for climate action and for secure energy, China’s market moves are making clear that the race to dominate the renewable energy is no longer some nod to a green future — it’s on.
Virginia Beach, VA — As the waves surge across the Atlantic and the salty wind scours the steel hulls of construction vessels, a silent revolution is emerging from the deep. The largestUS offshore wind farm project, the largest one,Coastal Virginia Offshore Wind (CVOW), is springing to life some 27 miles off the coast of Virginia Beach. It’s more than a power plant. It is a symbol of the country’s clean energy future — a project that merges state-of-the-art engineering with some of the most ambitious U.S. renewable energy goals for 2030.
Dominion Energy, the leading developer of wind energy USA, is not just building a wind farm — it is writing a new chapter in U.S. clean energy transition, Covering more than 112,800 acres of federal waters, CVOW ultimately will feature 176 Siemens Gamesa turbines that will extend almost 800 feet above sea level, with rotors longer than a football field. The project will generate 2.6 GW wind project USA as renewable power when it is completed in late 2026 — enough to power more than 660,000 homes in Virginia
Empire Offshore Wind Farm US
But the numbers are only part of the story.
On the horizon, jack-up boats sit like mechanical storks on legs, gently lowering the comically large turbine parts with the precision of a Swiss timepiece. Beneath the surface, underwater cables will run hundreds of miles, connecting clean offshore energy to onshore substations in Hampton Roads
US offshore Wind Farm Project 2025
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From Pilot to Powerhouse
It began modestly in 2020, the Dominion and Ørsted started with just two 6-megawatt pilot projects — the first offshore turbines in U.S. federal waters. Those twin towers, ghostly sentinels in the middle of the Atlantic, demonstrated that the site worked, and that the technology worked.
Introducing 2024: the commercial-scale phase, with foundations spreading on the ocean floor and wind turbine parts shipping into the Port of Virginia. Workers, a considerable number of them local to the region, are erecting a future, bolt by bolt, blade by blade.
This is more than a construction site — it’s a launch pad for a national movement.
Jobs, Ports, Economy
The CVOW project isn’t just about clean energy — it represents economic revival.
Thousands of jobs are going to be created in design, construction, operations and logistics. More than 1,100 full-time jobs are expected to run the plant, and the factory already has spawned new facilities — a blade finishing plant and a staging hub at Portsmouth Marine Terminal, both for ships carrying turbine parts — in once-dormant industrial zones.
The company’s first Jones Act-compliant offshore wind turbine installation vessel, the “Charybdis,” is being constructed for CVOW. Manufactured in the U.S., it will also allow the country to cut its dependence on foreign ships — taking the country one strategic step closer to energy independence at home.
The economic impact of this US Offshore Wind Farm projects is enormous. Every visionary public infrastructure project comes with its critics—yet the development of CVOW has come responding in the Virginia wind energy sector. After a lengthy review, that included multiple stakeholder engagements where tribal nations and marine conservation groups had input, the Bureau of Ocean Energy Management (BOEM) approved of Dominion Energy.
To safeguard underwater animals, crews must adhere to rigorous mitigation measures — including acoustic monitoring for whales, low-noise pile driving and seasonal work limitations.
But the environmentalists are not letting down their guard and are calling for transparency and long-term ecological monitoring. Dominion’s task couldn’t be plainer: produce clean energy without punching an environmental hole in the Earth.
Coastal Virginia Offshore Wind Project Glimpse
Project Size: 2,600MW—enough electricity to provide for 660 000 households
Turbines:176, 222m rotor and 14.6MW.
Area: It spans a vast 112,800 acres of federal waters
Investment: About $10.7 billion, paid by Dominion Energy
Pilot Phase: Dominion energy offshore wind and Ørsted constructed a two 6MW turbine pilot project in 2020 3.
Commercial Build-Out: Construction commenced in November 2023; offshore turbine erection began in early 2024
Allowable Milestone: BOEMapproved the Commercial Construction & Operations Plan (COP) in January 2024.
ETA: Late 2026
A New American Energy Era
CVOW is not only Virginia’s victory — it’s a model for the future of US Offshore Wind Farm Project and will be the largest wind farm in North America.
With the Biden administration’soffshore wind farm target— 30 GW of offshore wind capacity by 2030—Coastal Virginia Offshore Wind Farm Projects are vital to helping the U.S. lead the world in renewables. And other projects — from New York’s Empire Wind to New Jersey’s Ocean Wind — are hanging on every detail of how the CVOW project plays out, hoping to learn from its successes and stumbles. Although President Donald Trumpenergy policycontinues to make headlines by making strange claims about wind power
This is infrastructure but it’s also inspiration.
Project Significance
Massive Clean Power generation: At 2600 MW, CVOW will provide clean power for more than 660,000 homes and support America as it moves down America’s decarbonization pathway.
Renewable energy Job Creation and Local Economic Growth: With more than 900 construction and up to 1,100 long-term jobs, COVW is bringing large-scale green job creation to life and boosting the local economy along Virginia’s coastal economy.
Backing for Biden’s Offshore Wind Goal: The project contributes toward the national goal of generating 30GW of offshore wind capacity by 2030, putting the U.S. on a serious footing in the offshore wind energy market.
Developing Domestic Supply Chains: By agreeing to construct the first Jones Act–compliant offshore wind turbine installationvessel, Charybdis, CVOW is making way for a self-reliant U.S. offshore wind supply chain—a significant impact on the future of domestic manufacturing and the maritime industry.
Port Infrastructure and Logistics Growth: Investments in Port of Virginia and other Atlantic ports are creating permanent infrastructure to support future US offshore wind farm projects anywhere on the U.S. Atlantic seaboard. .
Future Outlook — U.S. Offshore Wind potential
The success of the Coastal Virginia Offshore Wind project represents a turning point in America’s transition to a low-carbon energy future. As a key project in the federal offshore leasing program, it serves as a model for other states and developers.
Looking ahead:
BROADER EXPANSION OF OFFSHORE WIND: CVOW is establishing benchmarks for permitting, grid integration, and vessel logistics that will make future projects like Empire Wind Farm, is the the largest wind farm in North Americaand Ocean Wind more cost-effective.
Growing U.S. Renewable Energy Infrastructure: As the transmission networks, interconnection upgrades, and renewable energy storage all progress, CVOW, together with other U.S. offshore wind objectives, helps move the nation toward a 21st century, secure grid system.
Long-Term Climate Impact: By displacing fossil fuel–sourced electricity with offshore wind, CVOW will save millions of tons of CO ₂ annually, deepening America’s participation in international climate efforts.
Turbine Technology First: The use of Siemens Gamesa’s 14-222 turbines at CVOW is a testament of its commitment to…employing the next-generation wind technology of wind energy in the U.S. waters.
Final Word
As turbine towers as the largest of the US offshore wind farm project emerge above the waves and energy travels ashore, Coastal Virginia Offshore Wind Project is shaping what’s achievable for clean energy in America. It is a tribute to what vision, capital and engineering can achieve when it meets the urgency of climate change.
The wind is shifting — and the future of power could be found offshore.
The offshore wind sector has been stagnant with federal leasing halted, tax credits eliminated and developers pulling out of core markets
President Donald Trump energy policy changes are putting America’s offshore wind industry in jeopardy, with more than 22 projects on hold and an estimated $114 billion in clean energy investments at risk.
The Biden administration has been making some dramatic strides in its push toward renewable energy, particularly wind power. Several offshore wind project policy decisions involving billions of dollars in investment, projects, and infrastructure were made before he took office. But Trump’s reversal of that Biden-era clean energy aid — along with an executive order suspending offshore wind leasing and permitting — has brought development along the East Coast to a near standstill. Energy experts warn that the stalling could hurt states’ climate goals and derail America’s renewable energy ambitions for the next decade, potentially costing billions of dollars.
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Trump Energy Policy Halts Offshore Progress
On his first day in office, President Trump signed an executive order halting new and renewal approvals for offshore wind projects pending a full federal review. The order effectively withdraws federal waters from offshore wind leasing and suspends agency operations across multiple departments, including the Bureau of Ocean Energy Management (BOEM).
While the review remains incomplete, the White House has declined to provide details or a timeline for a resolution.
“The result I fear is unexplained delays,” said Jonathan Elkind, a senior research scholar at Columbia University’s Center on Global Energy Policy. “There’s no transparency here.”
Permits revoked, projects canceled
Since the order, numerous wind projects have had their air permits revoked, environmental assessments delayed, and construction halted. As a result of regulatory uncertainty, a major offshore project in New Jersey has pulled out of its state power contract after the EPA’s decision to revoke its permit. France-based renewable energy developer EDF has formally withdrawn from its $5 billion Atlantic Shores offshore wind project in New Jersey, which was set to generate up to 1,500 megawatts of power, decarbonize the U.S. power grid, and provide clean electricity to more than 700,000 homes.
Industry data shows that 22 wind farms spanning states from Massachusetts to North Carolina are either on hold in the planning stages or have been pulled out of the pipeline entirely. In the New York Bay, once a centerpiece of Biden’s offshore wind campaign, at least two projects have been formally canceled.
The delays would affect about 22 gigawatts of planned capacity — enough to power millions of homes.
$114B Offshore Wind investments at risk
Natalie Gunnell, Shell’s renewable energy division imge: linkedln
According to an April analysis by BloombergNEF, the Trump’s energy policy changes have forced developers to pull out of projects that have yet to reach a final investment decision (FID). Without assurances of federal support, companies are delaying supplier contracts, canceling financing rounds and exiting joint ventures.
Shell and Equinor, the two largest investors in the sector, have already pulled out of key offshore developments in New Jersey. Shell has confirmed that it will not be building any new offshore wind projects in the United States.
“The commercial situation is no longer viable,” said Natalie Gunnell, a spokeswoman for Shell’s renewable energy division.
The Republican Party has moved to repeal the Clean Energy Tax Incentive.
The industry slowdown comes amid efforts in Congress to repeal key provisions of the Inflation Reduction Act, including the Clean Energy Investment Tax Credit. Clean energy projects would have to begin construction within 60 days to qualify for the home-grown energy package, and would be phased out entirely by 2028.
The current Senate version drops the 60-day provision while maintaining the phase-out provision. Industry advocates argue that the proposed changes add another layer of uncertainty, further cooling investment.
“It’s creating an environment where financing and procurement deals are not moving forward,” said Harrison Schoeller, an offshore wind analyst at BloombergNEF.
Supply chain expansion stalls nationwide
Beyond the coast, the impact is being felt across the U.S. wind supply chain. For example, Siemens Gamesa’s plan to open a Virginia blade manufacturing facility in 2023 was canceled due to insufficient demand. Vestas’ proposed nacelle assembly plant in New Jersey has been quietly shelved.
As domestic suppliers retreat, future U.S. wind projects could become more reliant on imports—with developers facing potential tariffs on European components proposed by the Trump administration.
As a result, analysts estimate that production costs could increase by up to 25% over current policy conditions.
Climate Goals at risk
The United States is now expected to generate just 6.1 gigawatts of offshore wind power by 2030, 20% of the Biden administration’s original 30-gigawatt goal. Eleven states with offshore wind targets are unlikely to meet them, according to a project-by-project review by BloombergNEF.
“There’s been a chilling effect across the industry,” said Katharine Collins, president of the Southeastern Wind Coalition. “We’re seeing projects being scrapped and approvals being delayed nationwide.”
The impact extends beyond power generation. Thousands of green jobs, from technicians to engineers, are at risk in shipbuilding, steelmaking and port construction. State officials have begun revising energy roadmaps as the federal government restricts wind development.
South Fork Wind Farm
One example of Biden’s success in offshore wind projects is the name of South Fork Wind Farm. It is New York’s first commercial offshore wind farm and is considered a milestone toward meeting the United States’ 2030 renewable energy goals.
The 150-megawatt offshore wind farm is a groundbreaking project in the search for sustainable energy solutions. It is the first offshore wind project in the United States to connect to the national grid in 2024. It is one of the achievements of the Biden-Harris administration, symbolizing the 2030 wind policy.
Jointly owned by Danish multinational Orsted and US energy supplier Eversource, the wind farm has a capacity of 130 megawatts and can generate clean energy for more than 70,000 homes. It is a major step towards achieving New York’s goal of generating 70% of its electricity from renewable sources by 2030. Located about 35 miles off the coast of Montauk, the wind farm is expected to eliminate up to six million tons of carbon emissions over its lifetime, the equivalent of taking 60,000 cars off the road for the next 20 years.
South Fork Wind is providing more than 1,200 direct construction jobs and thousands more indirect and induced jobs. Hundreds of New Yorkers, engineers, electricians and conservationists are operating the South Fork Wind project. It aims to create thousands of long-term and temporary environmentally friendly jobs, support training programs, fund scientific research and provide opportunities for underserved communities.
Some Hope, But Not Clear
Despite the stalemate, a handful of offshore wind farms are under construction, including Empire Wind in New York, and are expected to be completed by 2027, adding about 5.7 gigawatts of power to the East Coast grid. But experts warn that these projects represent legacy investments from previous administrations, not signs of future progress.
“There are still opportunities here,” said Hilary Bright of the national offshore wind advocacy group Turn Forward. “But without policy coordination, those opportunities won’t materialize.”
The Bottom line
The future of offshore wind in the U.S. under the Trump’s energy policy with administration’s current energy strategy is highly uncertain. With billions in clean energy investments on hold and dozens of projects stuck in regulatory deadlock, the path to a low-carbon energy grid is narrowing. The U.S. is moving away from green policies, lower greenhouse gas emissions, and efforts to limit warming to 1.5 degrees Celsius. Absent major federal policy changes or legislative compromises, America’s offshore wind projects ambitions will likely remain on hold for the next decade.