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How China Built the World’s Largest 50 MW Floating Turbine

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China Built the World’s Largest 50 MW Floating Turbine

A Giant Rises in Offshore Wind

China has once again captured global attention in the renewable energy sector. An important turning point for the offshore wind sector has been marked by the announcement of plans for the largest 50 MW floating turbine in the world by Mingyang Smart Energy, one of the nation’s leading clean energy companies, according to Bloomberg.

Though it is still in its infancy, the idea goes far beyond small steps forward. It is a daring leap in ambition, scale, and design that has the potential to completely reshape the boundaries of what is technically and financially feasible in floating wind technology.

Mingyang Smart Energy—Behind the Innovation

Since its founding in 2006, Mingyang Smart Energy has emerged as a world leader in offshore engineering, smart energy systems, and wind turbine manufacturing. Record-breaking designs are nothing new to the company. By announcing a 22 MW offshore turbine in 2023, it raised the bar for turbine capacity. Mingyang is ambitious to outdo even that achievement with its 50 MW floating wind turbine concept, the largest ever proposed.

What Makes the 50 MW Floating Wind Turbine So Revolutionary?

The engineering scale of a 50 MW floating wind turbine is unprecedented. Today’s offshore wind turbines typically have a capacity of 10–18 MW. The increase to 50 MW, which is almost three times that capacity, necessitates radical adjustments to materials, structure, and floating platform stability.

According to Mingyang, this concept leverages:

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MySE16-260, Image: Mingyang Smart Energy
  • lightweight composite blades of the next generation that are longer than 150 meters.
  • Large rotating structures can be stabilized with intelligent load control systems.
  • Sophisticated floating foundations are made to survive harsh maritime environments.
  • AI-powered energy optimization that enables integration with smart grids for optimal output efficiency.

By eliminating the need for numerous smaller units and lowering the cost per megawatt for offshore wind farms, this design may be able to power tens of thousands of homes with a single turbine.

Why China Is Betting Big on Floating Wind

The growth of offshore wind energy in China has been astounding. In terms of installed wind capacity, the nation leads the world, and floating wind power is becoming the next big thing. Floating turbines can function in deep offshore regions with more reliable and powerful wind resources than fixed-bottom turbines, which need shallow waters.

With the help of this technological advancement, China can now access enormous oceanic wind corridors in the East China Sea and South China Sea, opening up previously untapped potential for renewable energy.

Along with creating new investment opportunities for maritime engineering and smart grid integration, floating wind technology also lessens conflicts with coastal industries and fishing zones.

Floating Wind: The Next Phase of Global Energy Evolution

Although floating wind technology is not new, China’s large-scale entry could change the rules of international competition.
Early progress in floating wind pilot projects has been made by nations like Norway, Japan, and the United Kingdom. None, though, have suggested a design with a capacity of about 50 MW.

Mingyang hopes to reduce production costs, show grid stability, and illustrate how large turbines could power deep-sea wind farms in the future by scaling up.

This is in line with China’s long-term objective of becoming carbon neutral by 2060 and its larger clean energy strategy, which calls for 1,200 GW of renewable capacity by 2030.

Engineering Challenges Ahead

Despite the excitement, building a 50 MW floating wind turbine is no small task. Engineers must address:

  • Extreme load management: enormous wind and wave forces acting on a single massive structure.
  • Floating stability: ensuring the platform remains balanced in deep waters.
  • Transportation and assembly: moving colossal turbine components from land to offshore installation sites.
  • Grid connectivity: maintaining power stability for such a large, single-unit generation source.

Each of these challenges requires precision engineering, advanced materials, and continued research collaboration with global partners.

Global Reactions and Industry Impact

Energy analysts see Mingyang’s announcement as a symbol of China’s growing dominance in renewable technology.
If successful, this 50 MW floating wind turbine could outpace existing European designs and reshape offshore wind economics by drastically reducing per-megawatt costs.

Moreover, it would strengthen China’s position in exporting clean energy technology, enabling other nations to adopt large-scale floating wind solutions in their own coastal regions.

The Future of Offshore Wind Power

The concept also points to the future direction of offshore wind:
Fewer, larger, smarter turbines—all networked into digital energy grids.

By combining floating foundations, AI-driven efficiency, and smart energy systems, projects like Mingyang’s could accelerate the transition toward a cleaner, more sustainable global energy mix.

This innovation not only supports China’s domestic goals but also contributes to global decarbonization, offering a blueprint for how nations can harness offshore wind at scale.

Final Thoughts: The Floating Giant That Could Redefine Energy

Mingyang’s 50 MW floating turbine remains a concept, but its implications are enormous. It embodies the next generation of offshore wind innovation, combining engineering power, digital intelligence, and clean energy ambition.

If brought to life, this turbine could symbolize the moment the world’s energy landscape truly began to float—toward a smarter, greener, and more sustainable horizon.

Key Facts at a Glance

FeatureDetails
Turbine Capacity50 MW
TypeFloating Offshore Wind Turbine
DeveloperMingyang Smart Energy (China)
Innovation HighlightsAI optimization, smart grid integration, digital twin technology
Global SignificanceWorld’s largest wind turbine concept

❓ FAQs

Q1: Why is the 50 MW floating wind turbine important?
It represents a major leap in offshore wind technology, offering higher capacity, lower costs, and access to deeper waters for clean energy generation.

Q2: What is unique about floating wind turbines?
They don’t require fixed foundations, making them ideal for deep-sea deployment where winds are stronger and more stable.

Q3: How does AI improve turbine efficiency?
AI algorithms monitor performance, predict failures, and adjust turbine settings in real time for optimal power generation and maintenance savings.

Stay updated on the world’s biggest renewable energy breakthroughs—follow WindNewsToday for daily insights into offshore wind, AI innovation, and global clean power transformation.

Ørsted Sunrise Wind Project 2027: Powering New York’s Future

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Ørsted Sunrise Wind project 2027 offshore wind farm in New York" loading

Ørsted Sunrise Wind Project 2027 marks a major milestone in New York’s clean energy journey. As one of the largest offshore wind projects in the USA, this initiative—led by Danish offshore wind giant Ørsted—has reaffirmed its commitment to completing by the second half of 2027, CEO Rasmus Errboe told reporters on Tuesday. The announcement underscores Ørsted’s continued leadership in America’s offshore wind sector—a key pillar of the nation’s clean energy transition.

A Landmark Project in New York’s Clean Energy Future

Sunrise Wind is located off the coast of New York. It is designed to generate enough offshore wind energy to power nearly 600,000 homes. It will provide 100% renewable electricity, making it one of the largest and most impactful clean energy projects in the country. Ørsted emphasized that the project represents a transformational step for New York’s energy and economic future, directly supporting the state’s goal of 70% renewable energy by 2030.

“Sunrise Wind is the future of American clean energy, and that future is being built by New Yorkers, for New Yorkers,”—Ørsted”’s CEO.

800 Union Jobs and a Nationwide Labor Partnership

Ørsted’s U.S. operations are grounded in its nationwide labor agreement with North America’s Building Trades Unions (NABTU). This ensures that construction and operations at Sunrise Wind will rely on union-affiliated labor, creating 800 direct jobs and hundreds more indirect roles across supply chains and service industries. These are good-paying, long-term offshore wind jobs, spanning from Long Island and New York City to the Capital Region and beyond. This collaboration not only reinforces local employment but also strengthens workforce training and skill development in the growing renewable energy industry.

$700 Million in Community and Supply Chain Investments

This Danish offshore giant is investing over $700 million in community initiatives, infrastructure, and supply chain development throughout Sunrise Wind New York. This investment will bolster local ports, shipyards, and fabrication facilities, positioning the state as a national leader in offshore wind manufacturing and logistics. The project is expected to create a statewide clean energy economy, ensuring that the benefits of offshore wind are distributed broadly—from coastal regions to inland communities. Such investments align with New York’s strategy to establish a robust offshore wind supply chain, supporting not only current projects but also future developments along the U.S. East Coast.

Ørsted Sunrise Wind Project 2027—A Step Toward 100% Renewable Energy

The Sunrise Wind New York project plays a critical role in meeting New York’s Climate Leadership and Community Protection Act (CLCPA)—which mandates 70% renewable electricity by 2030 and a zero-emission grid by 2040. Ørsted’s steady progress despite market and policy challenges signals confidence in the future of U.S. offshore wind. With federal and state support, industry leaders like Ørsted are paving the way for a cleaner, more resilient energy future.

A Message of Confidence and Continuity In his remarks, CEO Rasmus Errboe reiterated Ørsted’s focus on delivering Sunrise Wind on schedule while maintaining high standards for sustainability, safety, and community impact.

“We are moving forward with determination—not only to meet our 2027 target but also to ensure Sunrise Wind sets a benchmark for clean energy excellence.”

The Future of Offshore Wind in America Ørsted Offshore wind project represents more than a single development—it’s a signal of stability and ambition for the offshore wind industry at large. As states like New York, New Jersey, and Massachusetts accelerate their renewable energy goals, Sunrise Wind stands as a model of collaboration, innovation, and long-term vision.

When completed in 2027, the project will:

  • Power 600,000+ homes with clean offshore wind energy
  • Create 800 Offshore Wind Jobs USA
  • Thousands of indirect roles Invest $700+ million in communities
  • Local businesses Support New York’s 70% renewable target by 2030

(FAQ)

1. What is the Ørsted Sunrise Wind Project 2027?

It has been said that because Ørsted confirms in October that the Sunrise Wind project remains on track for H2 2027, the 924 MW offshore wind farm will deliver renewable energy to New York City.

2. Where is the Sunrise Wind project located?

The project is located about 30 miles east of Montauk Point, Long Island, New York.

3. How many homes will Sunrise Wind power?

The Ørsted Sunrise Wind 2027 project will provide clean electricity to approximately 600,000 homes.

4. Who are the main partners in the project?

Ørsted and Eversource Energy are the primary developers behind Sunrise Wind, working in partnership with New York State.

5. What makes Sunrise Wind 2027 significant?

It’s one of the largest offshore wind projects in the U.S., supporting New York’s clean energy goals for 2030, creating 800+ offshore wind jobs, and boosting economic growth in the region.

Wind Power Crisis: Europe’s Big Three Slash Record Output

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wind power crisis: Wind turbines in Spain and France with overloaded power grids as Europe cuts record renewable output in 2025.

Wind Power Crisis in Europe

Europe’s biggest renewable energy producers—Spain, France, and Germany—have cut back record amounts of wind power this year, as electricity grids struggled to handle an unprecedented surge in renewable output. (Bloomberg News)

From January to September 2025, these nations, along with southern Sweden, recorded the steepest declines in wind generation, according to data from the London Stock Exchange Group (LSEG).

—highlight The curtailments—the deliberate reduction of renewable generation—highlight a growing problem for Europe’s clean energy transition. While the region rapidly expands its wind and solar capacity, grid investments and storage systems lag far behind.

Why It Matters

Curtailment happens when the power grid cannot absorb all the renewable energy being generated. In such cases, some wind farms are ordered to shut down, while others voluntarily reduce production when prices drop too low.

These shutdowns represent a significant loss of clean energy potential and often translate into higher costs for consumers, as grid operators compensate producers for lost generation.

Energy analysts warn that these record levels of curtailment reflect a structural challenge in Europe’s renewable rollout: generation capacity is growing faster than transmission infrastructure can handle.

“We’re producing more renewable energy than the grid can transport,” said one analyst familiar with the LSEG data. “Without faster grid upgrades, much of that green power will continue to go to waste.”

Country Highlights

📊 Spain recorded the highest rate of wind curtailment this year, cutting 19.6% of total generation in May—three times more than in the same month last year.

🇫🇷 France saw a record decline in August, with 11.2% of wind energy curtailed.
🇩🇪 Germany, Europe’s renewable powerhouse, reported its largest reduction of 7.3% in March.

Western Denmark also saw a modest decline, while the U.K. was not included in the dataset.

The Bigger Picture

The issue reflects a paradox in Europe’s green energy push: the continent is producing more clean electricity than ever, yet wasting more of it due to outdated infrastructure.

Rapid renewable expansion without parallel investments in storage, smart grids, and cross-border interconnections could undermine progress toward net-zero goals.

Experts stress that solving the grid bottleneck is essential for ensuring every megawatt of renewable power is used effectively—rather than being shut off during peak production.

What’s Next

European policymakers are under increasing pressure to accelerate grid modernization and battery storage investments. The European Commission has identified grid congestion as a top priority for achieving its 2030 renewable targets.

In the meantime, wind power curtailments are expected to remain high through winter 2025, as strong seasonal winds meet limited grid capacity.

If grid upgrades lag further behind, Europe could face not just wasted clean power but also higher energy costs and a slower decarbonization pace.

Conclusion

Europe’s wind energy success story now faces a critical challenge: turning record renewable generation into usable power. Without urgent infrastructure investment, even the cleanest energy will continue to be curtailed — and the continent’s climate goals could drift further out of reach.

FAQs

1. Why are European countries cutting back on wind power?

European nations like Spain, France, and Germany are reducing wind generation because their power grids can’t absorb excess renewable electricity. When supply exceeds grid capacity, operators deliberately shut down turbines to prevent overloads — a process known as curtailment.

2. What does “wind power curtailment” mean?

Curtailment is when wind or solar energy production is intentionally reduced or stopped, even though the source is available. This happens when the grid is overloaded or electricity prices drop too low to sustain operations.

3. Which European countries are most affected by curtailment?

According to LSEG data, Spain, France, and Germany recorded the highest levels of curtailment in 2025. Spain cut nearly 20% of its wind output in May, France reduced 11% in August, and Germany 7% in March.

4. How does wind power curtailment affect consumers?

Curtailment can raise consumer energy costs because grid operators often compensate power producers for lost generation. It also wastes renewable energy that could otherwise replace fossil fuels.

5. How can Europe reduce wind power curtailment?

Experts recommend expanding grid capacity, investing in battery storage, and improving cross-border energy connections. These upgrades will help Europe store or transmit excess wind energy instead of wasting it.

6. Will wind power curtailment slow Europe’s clean energy goals?

If not addressed quickly, yes. Curtailment reduces the effective use of renewable energy and could delay Europe’s 2030 clean energy and net-zero emission targets. Modernizing the grid is key to maintaining momentum.

Why Dutch Halted Billion-Dollar Offshore Wind Projects Today

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the Netherlands Just Halted Billion-Dollar Offshore Wind Projects

Amsterdam, Oct. 5 (WindNewsToday) – Offshore wind projects in the Netherlands have faced an unusual temporary pause this week as authorities sought to protect migrating birds crossing the North Sea. Several of the country’s largest installations, including Borssele I & II, Borssele III & IV, Hollandse Kust Zuid, and Hollandse Kust Noord, were temporarily shut down, according to The AD reports.

The shutdowns, which occurred on Wednesday and Thursday evenings, left many turbines nearly idle during the peak of the autumn bird migration season. Millions of birds travel over the North Sea on their way to southern Europe and Africa, raising concerns about collisions with turbine blades. The move underscores the Netherlands’ growing commitment to balancing renewable energy expansion with ecological protection.

A Pause for Wildlife Protection

The temporary halt is part of the Start/Stop project, launched several years ago to mitigate environmental risks posed by offshore wind energy. Using advanced predictive modeling of bird migration patterns, operators are alerted up to two days in advance when heavy migration is forecast, allowing them to safely reduce or halt turbine operations.

Dutch authorities and wind farm operators believe these measures can significantly lower bird collisions, which have become a concern as North Sea wind farms expand rapidly. The Start/Stop project demonstrates that even with technological advancements, nature sometimes dictates the pace of energy development.

North Sea Wind Farms Affected

Among the impacted North Sea wind farms, the Borssele Offshore Wind Farm zone is the most notable, with a total installed capacity of 1,502.5 MW:

  • Borssele I & II – Developed by Ørsted, featuring 94 Siemens Gamesa 8 MW turbines with a combined capacity of 752 MW. Full operations were achieved by late 2020, and the site has been used for testing innovations like cargo drones.
  • Borssele III & IV – Built by the Blauwwind II consortium, including Shell, Van Oord, Eneco, and Mitsubishi, with 77 Vestas V164 9.5 MW turbines totaling 731.5 MW.
  • Borssele V – A smaller demonstration project with two Vestas V164 9.5 MW turbines, focused on testing emerging offshore technologies.
  • Hollandse Kust Zuid – Located 18 km off the Dutch coast, this four-part complex, developed by Vattenfall, became fully operational in September 2023 and is one of the world’s largest offshore wind farms.

Balancing Energy Expansion and Ecology

The Netherlands is a global leader in offshore wind development, pursuing ambitious climate goals that require large additions of renewable energy. Yet, rapid expansion presents environmental challenges, particularly for marine ecosystems and migratory birds.

By pausing turbine operations during peak migration hours, Dutch officials aim to ensure ecological protection while continuing to grow clean energy infrastructure. Millions of birds pass over the North Sea each year, and turbines can pose collision risks, especially at night or in poor weather.

Controversy and International Parallels

The Dutch pause comes amid broader global debates over offshore wind projects. In the United States, the Trump administration’s offshore wind ban threatens Ørsted’s multi-billion-dollar projects, including New York’s Empire 1 Wind Project, Lava Ridge, and Rhode Island’s Revolution Wind. Approved during the Biden administration, these projects were hailed as cornerstones of America’s clean energy transition. Critics argue Trump’s shutdowns represent a retreat from climate commitments at a time when the world is moving toward low-carbon energy.

The Trump administration claims the projects are expensive, unreliable, and a national security risk, sparking one of the most divisive energy debates in modern American history. Some observers see a parallel between this U.S. policy and the Netherlands’ own temporary turbine shutdowns—not in political intent, but as a reminder that ambitious renewable energy development often must contend with environmental and societal pressures.

Implications for the Offshore Wind Sector

These temporary shutdowns highlight a key question for the global offshore wind industry: How can offshore wind projects expand while minimizing environmental impacts? Initiatives like the Start/Stop project could serve as a model for other nations where major bird migration routes overlap with planned wind farm zones.

Dutch officials suggest similar measures could become standard during spring and autumn migrations. Wind farm operators note that short-term halts have minimal impact on overall energy output, showing that wildlife-friendly practices can coexist with ambitious renewable energy goals.

As offshore wind capacity scales across Europe and beyond, the Netherlands’ approach may influence international best practices for wildlife protection. Lessons from the North Sea could guide project planning from Europe to the United States and Asia, ensuring that energy transition does not come at the expense of biodiversity.

Key Takeaway

The sight of stationary turbines along the North Sea horizon underscores the complex balance between advancing offshore wind projects and protecting ecosystems. While progress in renewable energy is essential for climate targets, nature sometimes demands a pause. By integrating ecological protection into operational decisions, the Netherlands demonstrates that sustainability requires both technological innovation and environmental stewardship.

Offshore Wind Ireland: 5 Critical Ways AI Is Boosting Energy Demand

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Offshore wind Ireland is now at the heart of Ireland’s energy strategy, Taoiseach Micheál Martin has said. Speaking in New York

As AI and data centres surge, offshore wind Ireland becomes crucial for Ireland’s energy security and renewable energy future.

DUBLIN/NEW YORK, Sept 27 – Offshore wind Ireland is now at the heart of Ireland’s energy strategy, Taoiseach Micheál Martin has said. Speaking in New York this week, Martin warned that surging AI energy demand in Ireland and the explosive growth of data centres could trigger a full-blown Ireland energy crisis unless large-scale offshore wind projects are accelerated.

“We just have to get those offshore wind farms over the line, because that is the key for our self-reliance and independence in terms of energy,” Martin said.

“And also then it would enable us to have some future in terms of AI, because AI will use an enormous amount of energy, and we’re currently in difficulty on that front.”

Martin emphasized that offshore wind is not just a climate measure—it is essential for maintaining grid stability and supporting Ireland’s growing digital economy.

Ireland’s Data Centres: A Surge in Energy Demand

Ireland has emerged as the data centre capital of the world, hosting 89 operational centres with over 40 more in the pipeline. Many are clustered near Dublin, forming energy-intensive hubs.

These facilities alone now consume around 22% of Ireland’s electricity, up from 21% in 2023 and just 5% in 2015—a staggering 531% increase over nine years.

“AI, cloud computing, and digital services will use an enormous amount of energy. That is the gap we must close with offshore wind,” the Taoiseach said.

The rapid growth of AI-driven workloads is adding further pressure, creating a potential Ireland energy crisis if offshore wind deployment lags.

Offshore Wind Ireland: Scaling Up for 2030 and Beyond

The Taoiseach said Ireland’s next decade will depend on delivering offshore wind Ireland at scale. Current capacity is modest—just 25 MW at the Arklow Bank Wind Park—but targets are ambitious:

  • 5 GW by 2030
  • 20 GW by 2040
  • 37 GW by 2050

“In Ireland, the big issue for us will be offshore wind. We have already proven the impact of renewables in terms of our onshore wind performance over the last 20 years,” Martin said.

“It represents a very substantive part of our energy now. I think the offshore wind is the next big one for us.”

Ireland’s expansive Exclusive Economic Zone (EEZ)—seven times the size of its landmass—combined with powerful Atlantic winds, gives it a competitive edge in offshore renewable energy. Scaling these projects positions Ireland to supply both domestic demand and potentially export clean energy to Europe.

Policy and Investment Challenges

Despite these targets, development faces multiple hurdles:

  • Planning and environmental delays can stretch projects over a decade
  • Grid capacity is insufficient in some regions to handle large offshore flows
  • Financing requires strong government support to attract private investors

The government’s Offshore Wind Action Plan aims to streamline approvals, upgrade transmission connections, and encourage foreign investment. Industry leaders warn that without faster execution, Ireland risks falling behind European peers like Denmark, the UK, and Germany.

AI, Climate, and Health Implications

Martin’s warnings coincided with former US President Donald Trump’s UN address, in which he criticized Europe for backing green energy, claiming it would “go to hell.”

The Taoiseach countered firmly:

“We would disagree with the US administration on this. We believe in the science, and also we believe that there are economic opportunities as well,” he said.

“From a public health perspective, which rarely gets mentioned, there are huge gains. If you take fossil fuels out of the equation, ultimately we’re all living healthier lives.”

He stressed that Ireland’s renewable energy future is a pathway to both sustainability and economic growth, creating opportunities in energy-intensive industries and technology.

Ireland at the Crossroads: Technology Meets Sustainability

The intersection of AI growth, data centre expansion, and climate commitments places Ireland at a pivotal moment. Scaling offshore wind Ireland is the most viable solution to:

  • Meet AI energy demand in Ireland
  • Prevent an Ireland energy crisis
  • Achieve a net-zero and sustainable Ireland renewable energy future
  • Attract and maintain international investment in high-tech and industrial sectors

Failure to act could leave the country dependent on imports, vulnerable to price shocks, and unable to support the digital economy.

Conclusion: Offshore Wind Ireland Is the Nation’s Last Defense

The Taoiseach’s message is unequivocal: offshore wind Ireland is Ireland’s last line of defense against an energy crisis fueled by AI and data center growth. Delivering on these ambitious targets will secure Ireland’s renewable energy future, stabilize the grid, and allow Ireland to lead Europe in clean power generation.

“Offshore wind is not optional—it is essential to Ireland’s energy security and future prosperity,” Martin said.

Ørsted Hornsea 3: Why the $5.5B Stake Sale Shocks the Global Wind Industry

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Ørsted Hornsea 3: Why the $5.5B Stake Sale Shocks

Danish renewable energy leader Ørsted Hornsea 3 is reportedly preparing to sell a 50% stake in its flagship Hornsea 3 offshore wind project to US investment firm Apollo, highlighting the financial and political pressures shaping the global wind sector. Sources familiar with the negotiations said the £8.5 billion project, located 160 km off Yorkshire and 120 km off Norfolk, is expected to generate 2.9 gigawatts of clean energy — enough to power more than three million UK homes.

Ørsted Hornsea 3 Plans $5.5B Stake Sale

The decision to sell stems from mounting financial pressures. Rising construction costs, global supply-chain disruptions, and investor hesitancy in US projects have all strained Ørsted’s balance sheet. While European governments remain broadly supportive of renewable energy expansion, US policy uncertainty — particularly stemming from the Trump administration’s historical skepticism of offshore wind — has created challenges for US projects such as Sunrise Wind off the East Coast. Analysts say selling a stake in Hornsea 3 is a strategic step to secure funding for future offshore projects while managing risk.

Ørsted aims to raise at least DKr35 billion ($5.5 billion) through asset sales, including Hornsea 3, a Taiwanese offshore wind project, and its European onshore business. Additionally, the company is seeking around DKr60 billion from shareholders through a rights issue. These combined measures reflect the growing complexity of financing large-scale renewable energy projects while navigating global economic and political pressures.

Hornsea 3 Wind Farm is not just another offshore wind project; it is a symbol of the industry’s ambition. Part of the Hornsea zone, it follows Ørsted’s Hornsea 1 (1.2 GW) and Hornsea 2 (1.3 GW), which together supply electricity to 2.5 million UK homes. Hornsea 3 alone will contribute up to £8.5 billion to the local, national, and global economy through supply-chain investment and the creation of thousands of high-skilled jobs during both construction and operation. The project is central to UK energy security and supports government climate and clean energy targets, underscoring its strategic importance.

UK vs US Renewable Energy Policy Landscape

The sale also highlights the stark contrast between UK and US renewable energy policies. The UK has consistently supported offshore wind through subsidies, stable permitting frameworks, and ambitious climate targets, making it an attractive market for developers and investors. In contrast, the US has faced regulatory uncertainty and political headwinds, slowing project development and deterring some investment. Yet recent developments, such as the lifting of a US court order on Ørsted’s Revolution Wind project in Rhode Island, suggest opportunities are emerging even in the US market, particularly as private investment firms like Apollo step in to fund large-scale offshore projects.

Selling a stake in Hornsea 3 wind farm is widely seen as a strategically positive move for Ørsted. By partnering with Apollo, the company secures capital to accelerate construction, mitigate financial risk, and maintain its global leadership in offshore wind. This reflects a broader trend of renewable energy developers leveraging private investment to fund ambitious green projects, ensuring the continued expansion of clean energy capacity worldwide.

Ørsted’s Legacy in Offshore Wind

Ørsted’s history reinforces its pioneering role in offshore wind. The company built the world’s first offshore wind farm in Vindeby, Denmark, in 1991, generating 5 MW and powering 2,200 Danish homes. After more than three decades of innovation and scaling, Ørsted has developed more offshore wind farms than any other company outside China, now delivering some of the largest projects ever built.

Hornsea 3, with a 2.9 GW capacity, will make a significant contribution to UK energy security and climate goals. Managed from Ørsted’s operations and maintenance hub in Grimsby, it is the company’s third gigawatt-scale project in the Hornsea zone. The project joins Hornsea 1 and 2 and is part of an ongoing expansion that includes Hornsea 4, projected to reach up to 2.6 GW. Once operational, Hornsea 3 will provide millions of homes with renewable energy, sustain thousands of jobs, and strengthen the UK’s leadership in offshore wind.

Positive Outlook

Ørsted Hornsea 3 demonstrates the power of renewable energy finance partnership. Investors, policymakers, and industry stakeholders should watch this project closely, as it illustrates how adaptive financing, supportive policies, and global collaboration can drive the clean energy transition forward. The offshore wind project sale is not a setback—it is an opportunity to accelerate offshore wind development, strengthen energy security, and invest in a sustainable future.

MCE Wind Technician – GE & Vestas Turbines | Travel Across USA with Global Wind Service | Hiring June, 2025

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MCE Technician – GE & Vestas Turbines | Global Wind Service

MCE Technician Jobs – GE & Vestas, Nationwide USA

Ready to soar to new heights in wind energy? Global Wind Service (GWS) is seeking talented and motivated MCE Technicians to join our US service and maintenance team. You will be doing all kinds of mechanical work on the GE/Vestas turbines, traveling the country to do both Major Component Exchanges and large corrective work. If you have experience, are safety-minded, and want to take your career to the next level in a dynamic, global environment, then this job is for you!

Jobs in Texas hiring immediately

MCE Wind Technician USA At A Glance

💼 Position Title: MCE Technician

🏢 Company: Global Wind Service

📍 Location: Carrollton, Texas, United States

🕒 Job Type: Full-time, Entry-Level

🎓 Experience Required: mid_level

💡 Industry: Renewable Energy / Wind Power

💵 Pay Range: Competitive entry-level salary + benefits

📦 Job Category: Onshore Technicians

🚚 Relocation: Yes, if applicable

⏳ Application Deadline: Open Until Filled

🧰 Tools & Training: All equipment and on-site training provided

🛠️ Key Focus: Assist with inspection, maintenance, and repair of wind turbines

🛡️ Work Environment: Outdoor, high-elevation, team-based work

MCE Wind Technician Job Description

Job responsibilities — What You’ll Do as an MCE Wind Technician

As Wind Turbine MCE Technician for Global Wind Service, you will be doing:

  • ✅ Component exchanges (MCE) for GE and Vestas turbines
  • 🔍 Debugging and significant corrective maintenance
  • 🧰 Quality inspections, tool use, and enforcing safety
  • 🧗 Working at height and in remote locations
  • 📆 Schedule your work and talk with your team leaders
  • 🧪 Attend ongoing GWS technical training
  • 🚐 Inspect and upkeep safety equipment, tools and company vehicles

👥 Team Leader / Manager Positions Also Available

And, if you’ve previously managed MCE teams, we’re also hiring Field-Experienced Team Leads with a solid safety background as a GE wind Turbine & & Vestas technician Jobs

Who We’re Looking For – Required Skill Set & Qualifications

  • 1+ years of (preferably GE, or Vestas) wind turbine experience
  • Able to travel throughout the U.S. frequently
  • Able to work safely and comfortable at heights and in all weather conditions
  • GWO cert is a + but not required
  • Valid U.S. driver’s license
  • Eligible to work in the U.S.
  • Good roles in both communication and collaboration
  • Respecting all cultures, diversity and safety-first environments

🌎 Benefits of Joining Global Wind Service Careers

  • 🌍 Join a diverse team of people all over the world (30+ countries)
  • 📈 Professional growth within a high growth renewable energy company
  • 🤝 Inclusive culture of work openness, diversity, and trust
  • 🎯 Freedom to do what you please in daily work and travel opportunities
  • 🛠️ Experience on both GE and Vestas turbine platform

❓ Frequently Asked Questions (FAQ) – MCE Technician Role

❓ Do I need GWO training to be able to apply?

No, although GWO certifications are appreciated, we consider applicants with experience even if they have not been certified. Training will be provided if necessary.

❓ Is this one location?

No. This is a travel position throughout the US with time spent on different wind farm sites.

❓ Are there any leadership positions?

Global Wind Service Career

Yes! We are also hiring Team Leads who have experience in managing MCE or large corrective service teams.

❓ What type of turbines will I work on?

Mainly GE and Vestas wind turbines, at various utility-scale installations.

❓ Does GWS promote diversity and inclusion?

Absolutely. GWS is an equal opportunity employer and promotes diversity in all its hiring and team-building.

Apply for Wind Service Maintenace USA in Global Wind Service

Are you prepared to join the world´s most optimized team of wind turbine service technicians?

👉 Apply now to be a MCE Technician at Global Wind Service and fuel the future of renewable power.

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📄 Need help? We’ll hold onto your resume and contact you if a fit opens up.

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Entry Level Wind Turbine Technician – Join Vestas in Yendon, VIC (June 2025)

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Entry Level Wind Turbine Technician – Join Vestas in Yendon, VIC (June 2025)

Entry Level Wind Turbine Technician Job Wanted In Australia

Looking to kick-start your career in the wind industry? Vestas, the world’s leading provider of wind energy solutions, is now recruiting for an Wind Technician in Yendon, Victoria. This full-time position is looking for a dedicated individual to provide hands-on experience, world-class training and the opportunity to work on an impressive Lal Lal wind farm.

With Australia’s growing clean energy market, there’s never been a better time to step into the green economy and build a brighter future. A great opportunity. Start your journey to a high-impact, future-proof career in Australia with Vestas.

Entry Level Wind Turbine Technician Job in Yendon At A Glance!

  • Job Posted: 14 June 2025
  • Job ID: 66283
  • Place: Yendon, VIC, Australia
  • Position Type: Full-Time
  • Experience: Skilled / Non Skilled (Fresh)
  • Department: Field Operations
  • Employer: Vestas – The World’s Leading Wind Power Provider

Why Start a Wind Energy Career in Vestas?

Vestas is the energy industry’s global partner on sustainable energy solutions. Vestas is the energy industry’s global partner on sustainable energy solutions and is leading the way in its sector with the highest concentration of renewable energy in wind turbines.

It’s never been a better time to begin a career in renewable energy in Australia’s thriving renewable energy industry.

Role Summary: Vestas Australia Jobs

This fulltime position is based at Lal Lal Wind Farm, near Yendon VIC. You will be part of a small team of site service technicians responsible for safe maintenance and servicing of state-of-the-art onshore wind turbines.

🛠️ Key Responsibilities

Effecting planned and reactive maintenance on wind turbines

Contribute to the on call roster for emergency works

Open and close High Voltage (HV) and Low Voltage (LV) systems

Comply with OH&S and Environmental legislation

Keep up with the site tools, vehicles, and equipment

Attend toolbox meetings, induction safety etc.

Help maintain a clean and safe work environment

Freshers Wind Turbine Technician Qualifications & Skills A must.

📜 Minimum Requirements:

Australian recognised trade certificate in an electrical trade

A current valid * and unrestricted Australian driving licence.

The right to live and work in Australia

💡 Preferred Skills:

Experience with residential, commercial or industrial electrical systems

Familiar with PLC/SCADA system applications

Able to work at heights and in confined spaces.

Good communication and team skills.

Must understanding reading and interpreting technical drawings

This is a good digital methodology for me, because I can block edit and move things around as much as I want.

Vestas Wind Technicians Salary

Attractive salary package plus site allowances and overtime

18 weeks Paid Primary Carers Leave + 3 weeks for secondary carers

Full PPE, LGV C+PC, tools and equipment will be provided

International opportunities for career development

Workplace All around the world”> Diverse and Inclusive Environment

EAP (Employee Assistance Prog._rom)

Site vehicle for shared use

The chance to work at various Australian and Worldwide Vestas Sites

Inclusion & Diversity at Vestas

Vestas is an equal opportunity employer and all employees are eligible for benefits to ensure a safe and comfortable workplace. It promotes a diverse workforce which embraces all social identities and is free of any discrimination. You can have a say in the green energy future Pushing for forward-thinking policies is no doubt important.

“Expertise and talent arrive in many different shapes. Your voice is part of the solution.” – Vestas CEO

Apply Now – Start Your Green Energy Career in 2025

Vestas Australia Careers

It’s your opportunity to be part of the future of energy. Take your first steps towards becoming a Wind Technician with an international organization that prioritizes safety, sustainability and skill!

Vestas Recruitment Process

🔗 Join Our Talent Universe

Apply Now

Frequently Asked Questions (FAQ)

❓What qualifications I need to be able to apply for an entry level technician position with Vestas?

You must hold a current Australian electrical trade certificate and driver’s license. Here, prior experience in wind energy is not necessary — Vestas offers thorough training.

❓Where is the job located?

This position is located on site at Lal Lal Wind Farm at Yendon, VIC, Australia. Our technicians are based on-site at the AI processing facility in a small local team managed by the site supervisor.

❓Is it a permanent full-time role?

Yes. Position is full time, permanent and hourly with standard hours and potential for additional overtime pay.

❓What training does Vestas offer for new technicians?

What we offer Vestas provides you with a company car, all necessary tools and safety equipment, laptop and cell phone, as well as full training. You’ll also enjoy superb paid time off and career development options.

❓Are there any pre requirements to have previous experience with wind turbines?

No. It certainly helps to have exposure to HV/LV systems, hydraulics, or SCADA, but it is not essential. Vestas is dedicated to training new hires and promoting from within.

❓How is the career growth in Vestas?

And as a world class company, Vestas also provides opportunities to develop your career in Australia and overseas in service, engineering, operations and management.

Greenvolt Group Lights Up 33.2 MW Wind Portfolio to Enea Nowa Energia in Poland

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Greenvolt Group Lights Up 33.2 MW Wind Portfolio to Enea Nowa Energia in Poland

Greenvolt Group, through its subsidiary Greenvolt Power, has finalized an agreement to sell its 33.2 MW wind power portfolio in Poland to Nova Energia. The €83.3 million transaction includes four wind farms in various stages of development and a total of 16 turbines, each with a capacity of between 2 MW and 2.2 MW.

The move follows two recent utility-scale transactions by Greenvolt Group worth an equivalent of €250 million, which sees Greenvolt Power playing a key role in growing and monetizing clean energy infrastructure in utility-scale renewable projects across Europe.

Wind Project Glimpse

Greenvolt Group is the seller through Greenvolt Power

Enea Nowa Energia subsidiary of Enea Group is the buyer

Investment Volume is €83.3 million

Total Capacity if power is 33.2 MW

Operatinng Wind Farms: 4 projects

Total Turbines USed: 16 Vestas V110 (2–2.2 MW each)

  • Operational Status: Skibno Wind Farm – 10 MW (Operational)
  • Zaklików – 10 MW (Under Construction)
  • Nowe Miasto Lubawskie – 6.6 MW (Under Cons truction)
  • Jabłonowo Pomorskie – 6.6 MW (Under Construction)

Contraction Timeline: Remaining projects to be operational by 2026

Strategic Objective:

  • Greenvolt: Asset rotation model (selling 70–80% of projects)
  • Enea: Expanding renewable portfolio under 2035 development strategy

Greenvolt’s Portfolio in Poland:

  • 731 MW Wind
  • 1,878 MW Solar PV
  • 2,712 MW Battery Storage

Wind Farm Portfolio Objectives

The wind farm portfolio includes:

Skiebno Wind Farm: a 10 MW wind farm located in northwestern Poland that is already operational.

Zakliko Wind Farm: located in the south-east of the Subcarpathian region, with an installed capacity of 10 MW.

Nowa Miasto Lubowski Wind Farm: Located in northern Poland with a capacity of 6.6 MW.

Jablonowo Pomorskie Wind Farm: Located in the north with a capacity of 6.6 MW.

Three non-operational sites are currently under construction, equipped with Vestas V-110 turbines. They are expected to start commercial operations around 2026.

In the words of Enia Nowa Energia

Enia Nowa, one of the largest electricity suppliers in Poland, continues its commitment to the development of renewable energy. Enia’s Vice President for Commercial Affairs, Bartosz Krysta, emphasized the importance of green energy:

Enias Vice President for Commercial Affairs Bartosz Kryst Picsart AiImageEnhancer
Bartosz Kryst. Image: Linkdln

“The agreement signed with Greenvolt Power is another strong step for Enia towards a strong, green future based on renewable energy sources.”

Company’s’ CEO Arkadiusz Arustowicz cited:

Sch an acquisition is part of the company’s efforts to drive large-scale renewable investments, increase energy transition in Poland and increase customer value.

Greenvolt Group’s vision for 2035

This acquisition is in line with Enia Group’s development strategy 2035, as it foresees investments of £107.5 billion (€25.3 billion) – most of which will be directed towards renewable energy, energy storage and the modernisation of distribution infrastructure.

With each transaction, Enia and Greenvolt continue to push the boundaries of Europe’s energy transition, making Poland a central player in the continent’s green future. For this reason,

Bartosz Krysta, Vice-President of Enia’s Management Board, stressed that this acquisition is another important step in Enia’s transition to sustainable energy, fully in line with national environmental and energy security goals.

Joao Manso Neto CEO of the Group Picsart AiImageEnhancer
João Manso Neto

In addition, João Manso Neto, CEO of the Group, highlighted that this deal demonstrates company’s ability to effectively deliver and monetize large-scale renewable projects, supporting its business model of 70-80% asset turnover at various stages of preparation.

Previously, this company also sold the Pelplin wind farm and the Sompolno hybrid project – further strengthening its capital base and reaffirming its position as a top-tier renewable developer in Europe.

With this deal, Greenvolt is strengthening its 13.2 GW utility-scale portfolio, operating 18 countries, including 731 MW of wind, 1,878 MW of solar PV and 2,712 MW of battery storage in Poland alone.

Poland’s renewable energy Target Matters

AdobeStock277052963 1920x1085 1 980x554 1
The second largest Wind farm Developed by the a Woman Enthusiast, Image: Notes From Poland

Country’s energy sector is still heavily dependent on fossil fuels, particularly coal. While it has made progress in wind and solar power, coal remains the main source of electricity generation. In 2024, 57% of the country’s electricity generation will come from coal, and in 2023, 63%.

As part of the National Energy and Climate Plan, it has set a target of 56% of the electricity mix and announced an investment of PLN 792 billion (about $205 billion) to achieve the target. But the 2030 renewable energy target is important because it faces challenges in diversifying its coal fuel sources. European this country is said to a home of Europe’s largest coal mines, the Mainz.

Wind energy started supply electricity since 2019. While it has set a target, reaching it is not easy, with the Greenvolt group project accelerating discussions on four wind projects.

Last words:

The €83.3 million transaction solidifies Greenvolt’s role in Poland’s renewable energy landscape and supports Enia Group’s strategic move towards sustainability, contributing to a green, resilient European energy goals.

GE LOTO Certified Wind Turbine Technician Jobs in Texas – Join GEV Wind Power (100% travel)

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Field Services Technician III – Offshore Wind

GE LOTO Certified Wind Turbine Technician Jobs Texas Overview

 💼  Position Title: Wind Turbine Technician

·  🏢  Company: GEV Wind Power

·  📍  Location: 100% travel throughout the USA

·  🕒  Job Type: Full-time

·  🎓  Experience Required: GE LOTO Certificate (NAM Blade LOTO, NAM Tech Essentials or RELC Tech Essentials

·  💡  Industry: Renewable Energy / Wind Power

·  💵  Pay Range: Commensurate with experience + $130 per day per diem

·  ⏳  Start Date: Hiring immediately

·  🧰  Tools & Training: All equipment and on-site training provided

·  🛠️   Key Focus: Assist with inspection, maintenance, and repair of wind turbines

·  🛡️  Work Environment: Travelling based on USA

GE LOTO Certified Wind Turbine Technician Jobs Summary

Are you GE LOTO Certified Wind Turbine Technician holder, seeking an exciting remote opportunity to travel the U.S. and work on leading renewable energy projects ? GEV Wind Power are looking for Texas based experienced and safety focused people to work as part of our elite blade repair team.

This position requires 100% travel, and you will be responsible for helping complete LOTO tasks at wind farm sites across the United States, now and into the future, assisting in-house blade repair processes, and upholding the highest level of safety, quality, and team collaboration at all times. If you enjoy working in a fast-paced, dynamic atmosphere with a focus on technical excellence and know-how to progress in this area of our industry with a global leader, then you’re looking at the right job.

What is the Qualification Blade technician jobs USA

Travelling Wind turbine technician Job Responsibilities

Ability to travel significantly (100%) throughout the U.S. to different locations of wind farms including by air and by ground.

Perform owner required rope access LOTO for GE wind turbines to include blade repair operations.

Supervise confined space work during internal blade repair activities to maintain safe and compliant operations.

Assist the blade repair team when working at height and on the ground.

Interact with customers when necessary on site in a professional and courteous manner.

Assist with blade access platform (basket system) set-up, operation, rig down and tag-lines support.

Work with the team to identify repairs and troubleshoot repair scope issues.

Keep a tidy assortment of on site tools and necessary repair equipment.

Carry out any other operational support duties as required by the team leader.

Provide first class customer service in accordance with all site rules and safety guidelines.

Act in a professional manner both on and off of the work site, while caring for company assets and reputation.

Adhere to personal, team, and site safety standards at all times.

Participate in a diverse and active workplace.

Wind Energy Jobs With Travel Qualifications Needed

Demonstrated success in high-pace, team-centric setting with excellent critical thinking and problem resolution skills.

GE LOTO certification valid (NAM Blade LOTO, NAM Tech Essentials or RELC Tech Essentials) with provable documentation.

Must be GE Qualified or former GE employee with certs and known via Resimer MAVCore Team!

GWO Basic Safety Training, OSHA 10, NFPA 70E and Confined Space certification (current or ability to obtain if needed).

Proficient in responsible operation of power hand tools.

Experience Cosmetic and composite blade repair techniques and specifications preferred but not required.

Strong ability to read and comprehend complex technical drawings and process documentation.

You are comfortable with basic IT, and understand how to use an email, the internet, and iPad.

Desire and capacity to work for long periods in the field, remote from home.

Nimble, able to turn on a dime, project scope and time frame wise.

Excellent team player and can take direction and help the team to be successful.

Must have a valid, current driver’s license.

Are in good physical condition and physically fit to perform all of the job duties; climbing of ladder 300 feet daily multiple times a day, bending, crawling, stooping, lifting up to 75lbs.

Eligible to work in the U.S. or Canada, no visas it to work.

LOTO Certified Wind Turbine Technician safety

Opportunities for further training through the GEV Academy to further develop your skills.

Custom reporting system designed for efficiency with full onsite training, to reduce time spent on site.

Direct contact and updates through the GEV Technician Engagement Platform.

Your voice counts — we regularly collect and act on technician feedback via surveys.

Predictable work for those team members who are the best.

Join GEV Wind Power Texas Careers

You will have heard about the ‘energy transition’ and maybe wondered what this is about, and how you can be a part of it. We experience changes in the way we live our lives on a daily basis, from the transformation of motor vehicles to electric power to the diminishing of reliance on fossil fuels in favor of alternate energy sources.

We are proud to be supporting this change in our own small way, and at GEV Wind Power we are an essential part of this transition. We play a crucial role in providing support for wind power generation - where we lead the market in the maintenance of a core element: the rotor blades. Even (if) the blades were damaged or their integrity was just eroded by wind/rain, and their efficiency to generate power is greatly reduced. It’s our job to keep the blades in profile and optimal for making power.”

gevwindpower.com

Working at GEV is taking responsibility of the issues that affect us globally and having a personal hand in making the future better for all of us. You ll also become a part of a company who s eloquent vision is all about being dynamic and operating in teams, they strive to lead a culture of collaboration and to lead change.

Wind Turbine Blade Technician Jobs USA

Apply Now