National Grid GB has an exciting opportunity for an Innovation Engineer. Lead the energy transition projects that will challenge the options, possibilities, and limits of grid technology on behalf of the future of power transmission.
UK Energy Jobs 2025
Innovation is at the heart of National Grid’s journey to net zero, and you will be right at the heart of that as an Innovation Engineer. Role This is a full-time hybrid role that puts you at the midst of the Strategic Infrastructure (SI) unit, where you will be taking on the quest of delivering disruptive innovation projects, pushing technology forward and shaping the energy grid of the future.
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National Grid Innovation Engineer Job At A Glance!
Place of Work: UK (Hybrid – travel to Warwick АDD)
The role carries a salary of £54,000 – £65,000 plus Bonus and Benefits
Job Type: Full-Time
Closing Date: 27 June 2025
Interviews Week of 7 and 14 July 2025
Innovation Engineering Jobs Blue Belt Jobs
Responsibilities
Implement innovation strategies consistent with the SI business objectives
Assess new energy and grid system technologies and trends
Lead new idea generation, prototyping, testing and implementation
Lead innovation workshops and idea sessions.
Teaming with internal and external resources
Monitor KPIs and hand innovation performance reports over to management
Establish alliances with suppliers, research organizations and stakeholders
Qualifications For Engineer
Broad business understanding, entrepreneurship and tenacity
Knowledge in technical aspects of AC/DC transmission, offshore/onshore grid systems
Experience of innovation management in large electricity transmission projects.
Capacity to translate ideas into business cases endorsed by the business
Good written and oral communication skills
Degree qualified (BSc) in an Engineering, IET membership is desirable.
Great Britain Job Salary Per Month
Salary: £54,000 – £65,000 (dependent on experience)
Bonus: Based on individual and company performance
Pension: Double match to 12% company contribution
Flexible benefits – access to the tech scheme, charity matching, EAP, shopping discounts/interface and much more
Why Join National Grid?
At National Grid, you will be at the heart of it. Accelerating the clean energy transition with 17 major infrastructure projects to 2030 by Strategic Infrastructure. Whether office or site, you will be working to help support the delivery of energy for all of the UK.
This is a role with a hybrid working model – you’ll be working remotely and from the Warwick office as required.
2) Is prior experience in energy innovation necessary?
Yes, experience in energy transition and the management of the innovation lifecycle is an asset.
3) What if I don’t qualify on all fronts?
No problem. We are looking for all types of talent to help innovate and make a difference in the lives of people for generations to come—National Grid encourages all interested applicants to apply and does not discriminate on the basis of race, color, religion, sex (including pregnancy), sexual orientation, gender identity, national origin, age, disability, veteran status or any other status protected by law.
4) What is the Strategic Infrastructure unit?
SI is a dedicated business unit working to advance the grid in England, Scotland and Wales, in support of 2030 climate objectives.
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.
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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
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
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!
❓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.
VestasCareers at Germany! Want to further your career in the offshore wind industry?
For our Technical team in Schwerin, we are currently looking for experienced and committed Offshore Wind Technicians (m/f/d) to join the Baltic Eagle Wind Firms.
This is for you who want to be part of a mission-driven team as they develop one of the largest offshore wind projects in Europe with 50 Vestas V174-9. 475 MW with 5 MW turbines, 28 km north-east of the island of Rügen in the German Baltic Sea.
Vestas Careers For Wind Technicians AT a Glance
· 💼 Position Title: Wind Turbine Technician
· 🏢 Company: Vestas
· 📍 Location: Schwerin, Mecklenburg-Vorpomm., DE, Germany
· 🕒 Job Type: Full-time, Entry-Level
· 🎓 Experience Required: No prior experience needed – training provided
· 🧰 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
Base of Service: Schwerin with daily travel offshore by CTV from Sassnitz/Mukran
Project location: Baltic Eagle Offshore Wind Farm, German Baltic Sea
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Job Spotlight: Offshore Wind Service Technician
Traveling on a CTV (Crew Transfer Vessel) from Sassnitz/Mukran returning to land every day, you are working with Operation and Maintenance of offshore wind turbines.
Composition Of Team: Generally 3–4 technicians with an Offshore Site Supervisor.
What you Will Do For:
Carry out maintenance, fault finding and component exchange of offshore wind turbines
Feature to work electrical and mechanical system
Monitor field and technical inspection installations.
Carry out safety test and ensure that offshore HSE requirements are met
Keep track of maintenance and spare parts history
Attend frequent technical and safety training
Required Qualifications:
Trained electrical technician for systems and devices, mechatronics technician (EFK)
Background in the wind energy or offshore sector (preferred)
Good knowledge of medium/high voltage systems
Fundamental IT competences (Microsoft Office)
Excellent written and spoken German and English communication skills
Physically fit with an ability to work offshore (GWO training is preferred)
Wind Turbine Technicians Salary
Full Rotation for Full time Permanent contracts – 14/14 rotation pattern.
Incentive based on salary and performance
Much training and career development prospects
Smarter working options from a market leader in global renewable energy.
Join a dynamic, international offshore team
Access to a wide range of Employee Benefits
How to Apply:
Apply is only possible through the Vestas official career site.
Recruiter Name: Carolin Werner
⚠️Please note that Vestas has the capability to unsolicited interview any questions and suggestions.
Whether your strengths are in systems engineering, project management, customer service or any number of other areas, you can find your purpose at Vestas.
FAQs- Offshore Wind Jobs on Offer at Baltic Eagle 2025
Q1: What do I need to qualify to apply for offshore wind technician careers at Baltic Eagle 2025?
A1: Typically candidates require the technical training to become wind turbine technicians or training in electrical/mechanical engineering as well as health and safety competencies for offshore work. Experience of renewable energy, off shore is desirable.
Q2: Where is the Baltic Eagle offshore wind farm located?
A2: The Baltic Eagle Area is situated in the German Baltic Sea, off the city of Schwerin, Mecklenburg-Vorpommern – a favorable place to develop wind power.
Q3: What are a Vestas offshore wind technician’s typical duties?
A3: Duties include examination, diagnosis, troubleshooting of the wind turbine generators/transformer, corrective maintenance on these, regular safe operation/maintenance at sea, and preventive maintenance at sea.
Q4: How competitive are the salaries for offshore wind technician roles in Baltic Eagle?
A4: These positions pay very competitively in Germany’s renewable energy industry, sometimes with extra compensation for offshore duties or technical know-how.
Q5: What career paths can offshore wind technicians pursue?
A5: There are three primary career paths for technicians – senior technician, supervisors and technical specialists like turbine diagnostician, project manager or offshore.
Ahmedabad, Gujarat — Torrent Power, a major player in India’s power sector, has made a breakthrough in renewable energy by emerging as the successful bidder for a 300 MW wind power project under Wind Tranche-XVIII by the Solar Energy Corporation of India (SECI).
The project worth Rs 2,650 crore is expected to be commissioned within 24 months with a tariff of Rs 3.97 per unit and a Power Purchase Agreement (PPA) India. With this, Torrent Power’s total renewable energy capacity under development has increased to 3.3 GW-P.
Torrent Green Secures 300 MW Wind Project
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A major win for Torrent Power’s Renewables Ambitions.
Torrent Power’s strategic investment underscores its long-term commitment to sustainability. Already a dominant force in power generation, transmission and distribution, the company’s aggressive foray into clean energy underscores its vision to lead India’s energy transformation.
According to the announcement, the project will further strengthen it’s wind energy footprint and is in line with India’s national target of 500GW of renewable energy expansion. It will add significant value to Torrent group energy portfolio at a time when the market is actively rewarding the clean energy transition.
SECI Wind Energy Power Details: What We Know?
Tendering Authority: SECI (Solar Energy Corporation of India) renewable tenders
There are several reasons why this project is important:
Why 300 MW Wind Project Matters For India’s Green Future :
It’s targeting the installation of 500 GW of non-fossil fuel-based capacity by 2030, and projects like this are the very DNA of how this will be achieved. When operational, the Torrent-SECI wind project alone will save a substantial amount of CO₂ emissions.
Torrent Power’s Growth in Renewable energy investments Portfolio Up till date, Torrent Power has developed more than 2400 MWp since the onset of its journey in this domain.
With this win, Torrent Power’s renewable pipeline swells to 3.3 GWp, established as a significant contender in the Indian clean energy evolution.
Wind projects like this are cutting India’s reliance on imported fossil fuels, strengthening energy security, and contributing to India’s transition to a low-carbon economy.
Economic & Industrial Impact
The ₹2,650 crore investment will create local employment, infrastructural growth and boost domestic WTM (wind turbine manufacturers) and EPC (engineering, procurement and construction) business.
Investor Confidence and Market Signal
The successful bid of Torrent Power demonstrates investors’ clear appetite for renewables and marks a promising portfolio pivot for the company where ESG-focused investors are concerned.
What does this mean for the market
The announcement has put Torrent Power shares in the spotlight with investors expecting positive stock movements. The large-scale investment and predictable revenue from the SECI-backed PPA will position the company for both financial stability and long-term growth in the renewable sector, which is a development in India’s drive for a green economy and Torrent Power will quickly emerge as one of the clean energy giants shaping the country’s future.
Torrent Green Powers Gujrat
The fact that Gujarat has become the capital of wind energy has been no coincidence. One of the contributing factors behind this growth has been the well-oiled (literally and figuratively) support from industry bigwigs such as the Torrent Group, who are aggressively looking to both enlarge and diversify their clean energy basket. Through its arm Torrent Green Energy Pvt Ltd, the company has recently bagged a 300 MW wind power project in Gujarat from the Solar Energy Corporation of India (SECI) under the tranche IX of SECI’s wind power projects. At stake with this SECI wind power project in Gujarat is a tariff of ₹3.97 per unit and a ₹2,650-crore investment in investment — a clear message on the economies of scale, but also the commitment to sustainability.
Ostro Kutch Wind , Image : Renew bale Watch
In January 2022, India holds the 4th largest wind power capacity in the world and largest in Asia with an installed capacity of 40GW. In Vindhyas, Tamil Nadu and Gujarat are the leaders among Indian states by capacitated with holding 25% and 22% of the capacity. The central government may have pegged ambitious targets of 60 MW by 2022 and 140 MW by 2030, but ground reality’s been slow. India’s theoretical wind energy potential is 302 GW at a height of 100 meters, and even greater – 695 GW – at a height of 120 meters, according to the National Institute of Wind Energy (NIWE). But to reach that 2030 goal, India will have to be installing more than 10 GW of wind capacity a year, a level it has only ever reached fleetingly (installations scraped past the 5 GW mark only once, in 2016–17, and most other years would have come in at under 2 GW).
What makes Gujarat different from other coastal areas such as Kutch and Saurashtra, however, is not just the windiness, but also the state’s willingness to host large renewable projects, tied into pre-cleared land, streamlined per missioning, and dedicated transmission. The creation of wind-solar hybrid energy parks in Gujarat also reflects the state’s mode to derive optimal benefits from its available land resources to provide continuous and dependable green power. As a result, Gujarat is home to developers that have won SECI-backed wind energy tenders recently, further solidifying the region’s standing as a renewable energy hub.
The Torrent Group’s wind energy investments in India are indicative of a larger trend — private players are now leading the charge in connecting the dots between India’s grand climate aspirations and on-ground capacity. As we see Torrent Power’s growth in green energy surging across the country and Gujarat in particular, the state is creating milestones in the nation’s push towards 2030 renewable energy goals.
President’s executive order Sparks uncertainty over offshore wind
EDF France-based Renewables developer has officially withdrawn from its Atlantic Shores offshore wind project in New Jersey, due to regulatory uncertainty created by the administration and policies of former President Donald Trump. The $5 billion clean energy project faces a significant setback today after the Environmental Protection Agency (EPA) revoked a key permit, halting construction plans just months after federal approval under President Biden.
Trump EPA Sinks $5B Wind Farm
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Trump order and EDF withdrawal cited as key reasons
Former President signed an executive order on his first day back in office that directed the Interior Department to suspend future leases for offshore wind projects and reevaluate the permitting process. While the order did not directly affect projects already approved, it did result in the Environmental Protection Agency revoking the environmental permit granted to Atlantic Shores in October 2024. In a follow-up,
EDF Renewables filed a request with New Jersey regulators on Tuesday to terminate the power supply agreement associated with the Atlantic Shores 1 wind project. The move effectively puts the project on indefinite hold and is said to be one of the most high-profile withdrawals in the U.S. offshore wind sector.
Renewable’s filing directly blames President’s decision to revoke the original permit by the Environmental Protection Agency and broader executive actions taken by the White House targeting offshore wind development.
“The President’s wind memorandum, the subsequent loss of permits and other actions taken by the current administration have forced the applicant’s parent company to materially reduce its workforce, terminate contracts and cancel planned project investments,” the company said.
EDF cited in its filing that these actions have created “an uncontrollable level of uncertainty,” making further investment in the NJ project financially and operationally risky.
Impact on New Jersey’s Clean Energy Goals
The Atlantic Shores Wind Farm, a major Biden-era effort that was slated to generate up to 1,500 megawatts of electricity, decarbonize the U.S. power grid and provide clean electricity to more than 700,000 homes, is now a part of the now-defunct Great loss for Renewable Future initiative. It was one of 11 offshore wind projects approved between 2021 and 2024 under the previous administration.
“This filing marks the end of a chapter, but not the end for Atlantic Shore,” Atlantic Shore CEO Joris Veldoven said in a public statement. “Offshore wind continues to provide NJ with a strong value proposition that includes thousands of well-paying jobs, stable electricity prices and real economic benefits.”
However, Veldoven noted that the company is “re-evaluating” its long-term plans in the U.S. due to changing federal policy. Opponents of offshore wind development, on the other hand — including lawmakers, fishermen and environmental groups concerned about marine life — are celebrating the announcement.
“This is a huge win for South Jersey,” said longtime critic Rep. Jeff Van Drew (R-N.J.). “We have been fighting to protect our coastline, our economy and our communities from reckless offshore wind development.”
Bonnie Brady, president of the Long Island Commercial Fishing Association, added:
“Every time a wind company pulls out of a project in the United States, it’s a great day for all of us who make our living from the ocean.”
Offshore Wind Struggle Continues
This is the second major wind project in NJ to be canceled in less than two years. Earlier in 2023, Denmark’s Orsted abandoned its Ocean Wind projects due to economic pressures from inflation and global supply chain problems.
With the France-based renewable new joining the Renewal exit list, questions are being raised about the future viability of offshore wind power in the United States—especially under an administration that favors fossil fuels over renewables.
Conclusion: The Future of Energy Shifts in the Political Policies
As the political winds shift, clean energy developers are facing a new era of uncertainty in the United States. The renewable energy company, who plays a leading role, developed 23 GW over 300 projects, has withdrawal from the Atlantic Shores project could signal a broader industry withdrawal in response to federal opposition—which could have a high-impact impact on the country’s ability to meet climate goals.
Świnoujście Becomes the a pivotal Hub of offshore Wind Energy in Poland
Świnoujście, Poland – In a groundbreaking step for Poland’s renewable energy ambitions with the launch of Świnoujście‘s First Offshore wind installation terminal led by ORLEN Neptun, a subsidiary of the ORLEN Group, in the Baltic region.
With the long-term lease signed with Ocean Winds, this state-of-the-art facility is the first of its kind in the country and is set to become a commercial and technologically advanced facility for external developers operating in the Baltic Sea, including the waters of Germany, Sweden and Denmark.
This could be a first for the entire region and for the nation and a game-changer for the entire European region, capable of supporting next-generation turbines and international cooperation, making Świnoujście a key hub for the green energy transition across Europe.
Poland Launches Baltic’s Largest Offshore Wind Terminal Led By ORLEN- Powering Europe’s clean energy future
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Poland Strategic agreement with Ocean Winds
ORLEN Group has signed a long-term lease agreement with Ocean Winds, a Spanish-French offshore wind consortium recognized as a global leader in wind power development, as part of the terminal’s operation. The partnership will emphasize the central European country’s strategic role in shaping the future of advanced offshore energy in Europe.
According to the agreement, Ocean Winds will use almost the entire facility to support the construction of the BC-Wind offshore wind farm, located approximately 228 kilometers from Świnoujście.
Ocean Winds Poland Managing Director Kacper Kostrzewa highlighted the importance of this facility, saying:
“We are delighted to have chosen the port of Świnoujście as a key hub for the BC-Wind offshore farm, which fully meets both our technical requirements and the project timeline.”
Advanced infrastructure built in Europe for the future of offshore wind
The ambitious proposed terminal is specifically designed to handle advances in offshore wind technology, capable of supporting the installation of next-generation wind turbines, each with a capacity of around 15 MW. The proposed key infrastructure includes:
Jack-up offshore wind installation vessel at the Świnoujście terminal for turbine load-out
Facilities for unloading, stacking and loading large turbine components
Monopiles, towers, blades, nacelle and storage
Capacity to receive substation topsides of up to 24,000 tonnes
Jack-up and docking of heavy-lift vessels
The terminal is designed to be operated by dozens of workers and will enable efficient supply and assembly for the installation of large-scale wind farms across the Baltic Sea region.
Why Świnoujście? Prime location for offshore wind expansion
Irenuj Fafara, Image: Newspaper
Firstly, one of the reasons why Świnoujście was chosen is its inland coastal location, which offers excellent connections by rail, road, ferry and air, as well as excellent weather conditions, ensuring year-round operations. A third reason is that the location was specifically chosen for its logistical advantages and its potential to become a Baltic offshore farm logistics powerhouse.
Irenuj Fafara, CEO and Chairman of the Management Board of ORLEN, highlighted:
“We are laying the foundations for a completely new, future-ready sector of the economy. Świnoujście will be our base for the implementation of offshore farm projects with almost 50% Polish capital participation.”
Economic impact: Increased industry and job creation
In addition to the environmental benefits, the terminal will act as a major economic catalyst for the region. By employing local contractors and professionals with international experience, the project will create new jobs, create many green jobs, develop the supply chain and, needless to say, encourage industrial innovation in the renewable energy sector in Europe.
Cargo handling, storage and port services will be carried out by regional businesses, which will strengthen Poland’s ambitions to become a competitive player in the European offshore wind market.
What is the ORLEN2035 strategy: Offshore wind as a key renewable pillar
Aerial picture of the Świnoujście Offshore Wind Terminal, Image from website
The opening of the Świnoujście terminal is fully consistent with the broader ORLEN2035 strategy, which sets ambitious goals for Poland’s green transformation. ORLEN has set a target of installing 12.8 GW of renewable energy capacity by 2035, of which 6.4 GW will come from offshore wind farms.
This facility will certainly play a key role in realizing that vision, enabling ORLEN and its partners to implement projects at scale and speed.
🇵🇱 Offshore Wind Energy in Central Europe: Electricity for a Greener Tomorrow
Now, let’s take a brief look at Poland’s offshore wind energy. The 9km-diameter wind farm will be situated off the Polish Baltic Sea coast, bolstering country’s newly found position as a European power house in the area and fast-tracking the country’s transition to clean energy. It’s national goals are too ambitious, with the potential to install as much as 11 GW of offshore wind capacity by 2040, making it the regional center for renewable energy in Central and Eastern Europe, supported by the Polish government and leading investors. These investments do not only contribute to the EU’s climate ambitions, but also strengthen it’s energy sovereignty, deliver thousands of green jobs, and drive industrial innovation.
The construction of the offshore wind farms being delivered with the help of specialized infrastructure such as the new Świnoujście terminal signals a new phase in the country’s energy transition — one that turns away from coal and toward a low-carbon, future-proof economy.
About ORLEN
ORLEN is one of the leading integrated energy concerns in Central Europe, advancing the region’s transition to sustainable energy systems. The state-owned firm is pouring money into offshore wind, solar, small modular reactors (SMRs) and energy storage in a strategy to grow installed renewable capacity to 12.8 GW by 2035. Baltic Power – ORLEN’s flagship offshore wind project, with Northland Power – is the most advanced wind farm project in Poland and the first to have reached FID.
Beyond renewables, ORLEN is upgrading Poland’s energy system, exiting coal, and creating a robust, mixed portfolio of energy, that will help to drive economic growth, meet climate goals, and secure energy supplies long into the future in the region.
Conclusion: The country becomes the epicenter of European offshore wind
Above all, with the inauguration of the largest offshore wind terminal in the ocean region, Poland has firmly established itself in the field of offshore wind energy in Europe. The consortium between ORLEN Neptune and Ocean Winds will undoubtedly serve as a strong example of the public-private partnership needed to achieve climate goals and ensure energy independence.
As the world moves undouble towards clean energy sources, Świnoujście has become a symbol of innovation, sustainability and regional development in offshore wind.
Maryland has cleared a key air quality permit for US Wind’s 2GW offshore wind farm, in a significant boost for clean energy. This accomplishment paves the way for progress on the massive Maryland offshore wind project, to be sited some ten nautical miles off the coast of Worcester County. As one of the largest offshore wind projects in the United States, the project further solidifies the Mid-Atlantic state’s commitment to clean and renewable energy and underscores U.S. Wind company’s leadership in promoting the state’s clean energy evolution.
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Key Permit Granted For 2 Gigawatts Offshore Wind Farm
Maryland- the Ocean city
On June 6, 2025, the MD Department of the Environment (MDE) issued a final prevention of significant deterioration permit-to-construct and new source review permit-to-construct. These approvals allow for:
As many as 121 wind turbinegenerators
Four offshore substations (OSS)
One meteorologicaltower
Maryland Offshore Wind Farm Glimpse
Developer: US Wind, Inc.
Location: ~10 nautical miles offshore Worcester County, the ocean city (Outer Continental Shelf)
Components:
Up to 121 wind turbines
Up to 4 offshore substations
1 meteorological tower
Applications to get the permits filed
Date Submitted: November 18, 2023 (electronic), November 25, 2023 (hard copies of submission Only)
Permit Types:
Permit to Construct for Air Quality
Amendment NSR Approval
Prevention of Significant Deterioration Approved
Timeline of Public Involvement
Briefing: 13th of June 2024
A public hearing was held on January 9, 2025
Comment Period: January 13, → March 17, 890 2025
Final Decision (June 6, 2025)
The MDE has concluded that the project will not comply with the state’s air pollution control requirements.
MDE issued:
Permit-to-Construct
NSR Approval
PSD Approval
What This Means
U.S. Wind has passed a significant regulatory milestone for construction.
Legal challenges remain possible but would need to happen in short order.
This approval furthers the state’s objective of developing clean offshore wind energy as part of a balanced energy portfolio to achieve its long term renewable energy goals.
This ocean city’s permitting process was subject to numerous opportunities for public engagement. Informational Meeting: June 2024 Public Hearing: January 2025 According to this extended comment period is set to end on March 17, 2025.
The MDE reviewed all comments and determined that the proposed project will meet all applicable air pollution control regulation. This decision will enable U.S Wind to proceed the project development.
Next on Construction and Oversight
Although the permit is the go-ahead for construction, the project is still vulnerable to any judicial or administrative appeals. Eligible parties may file a petition for review with the EPA’s Environmental Appeals Board or seek judicial review in the ocean city circuit court by July 14, 2025.
A Milestone Maryland’s Renewable Energy Future
Maryland Offshore Wind Farm to Provide Clean Power on Large Scale
The 2GW of the offshore wind farm from U.S Wind will generate clean energy to supply hundreds of thousands of homes throughout Maryland and neighboring states. It furthers the state’s clean energy goals established under the Offshore Wind Energy Act and helps toward extreme carbon reductions on a national level.
Economic and Environmental Advantages
This off shore wind project will also produce:
Local employment during construction and ongoing operations
Supply chain opportunities for state businesses
Reduction of carbon emissions and reliance on fossil fuels
The project is expected to generate approximately 2,680 renewable energy jobsannually during the seven year project build and construction phase progression, making a substantial local economic impact.
About US Wind
This US company, founded in 2011, is a top developer of offshore wind energy and at the forefront of MD’s clean energy transformation. In 2014, it secured an 80,000-acre federal lease area off the coast of the state capable of generating up to 1,800 MW of offshore wind power – or enough power for more than 600,000 homes on the Delmarva Peninsula.
Beyond energy generation, the wind farm is investing in the long-term infrastructure of the state in the Sparrows Point Steel—MD’s first offshore wind supply chain manufacturing facility—at the legendary Bethlehem Steel site in Baltimore County. The facility will be a hub for the region’s emerging offshore wind industry.
It is co-owned by funds managed by Apollo Global Management, a top American investment company and Renexia SpA, a subsidiary of an Italian industrial group with global experience in renewable energy, Toto Holding SpA.
Conclusion: A Breakthrough For US Wind and Maryland
Today’s issuance of this critical air quality permit is more than a milestone for U.S Wind —it embodies state’s leadership in transitioning to clean energy. Supported by robust regulation and commitment from the public, the 2GW project is expected to be an iconic US renewable energy infrastructure project.
Former President Donald Trump has made headlines for making bizarre claims about wind power – that turbines cause cancer, kill millions of birds and destroy property values. But today’s science and new renewable energy technologies tell a different story. In this article, we’ll fact-check Trump’s comments and debunk some of the most common wind power myths with real data, expert-researched evidence and advanced technology.
Wind power has become one of the world’s fastest-growing clean energy sources. But it’s often under attack – sometimes based on misinformation rather than truth. Wind power has been the subject of constant attacks by former US President Donald Trump, who has criticized both the technology and the return on investment in public speeches, interviews and campaign rallies. Much of his output has been fact-checked and debunked by credible outlets such as FactCheck.org, Deutsche Welle (DW), Time Magazine and Yale Climate Connection.
In this article, we take apart Trump’s most prominent claims about wind turbines and hold them up against the evidence-based (or not) record of experts.
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Wind turbine And Cancer: What Technology Finds
One of the most ludicrous things I’ve heard from Donald Trump is that the sound wind mills make gives you cancer. We know that this statement may worry some of you, but medical professionals and studies say this is an entirely different story.
Health organizations and acoustics specialists who have studied the issue say they have found no credible evidence that the noise caused by wind turbines is related to cancer or any other serious illness. So while you may be able to hear the sound of turbine blades when they are close to your home and it can be an annoyance at times, the sound is not a danger to life in a biological or cancer=causing sense. They aren’t everywhere: An Iowa poll, for instance, found that opinion to be rejected by 84% of participants.
Wind turbine noise is dominated by low frequency noise and infrasound, which are found in many natural and artificial settings. Relatively exhaustive health reviews have also determined that these sounds do not lead to cancer or other life-threatening diseases.
❌ Claim 1: “The Noise from Wind Turbines Causes Cancer”
This was one of Trump’s most high-profile and controversial statements — he said that the sound from turbines can cause cancer.
🟢 The Facts:
No study has ever linked the sound of turbines with cancer.
This point is rejected uniformly by health experts.
In Iowa, a major wind state, 84% of the survey respondents said they disagree with that statement. Only 1% believed it.
✔ Verdict: There is no medical reason or scientific proof for this statement. At worst, the noise from turbines is a minor annoyance to some people, with no health consequences.
❌ Claim 2: ―Wind Turbines Kill Thousands of Birds, including Eagles
Trump has been known to call turbines “bird graveyards” that are causing mass avian casualties.
🟢 The Facts:
Wind turbines are killing about 328,000 birds per year in the United States.
In contrast, cats kill more than 2 billion birds each year, and millions more die in collisions with windows and cars.
The wind industry is working to minimize its impact on birds, improving turbine design and location.
✔ Verdict: Bird deaths do happen, but on balance, wind turbines represent a small fraction of the human-caused dangers to them.
Are Wind Turbines Bird Murders And Value Slaughters?
Another common charge is that wind turbines are “bird graveyards,” slaughtering birds by the millions, including those from endangered species like eagles. Although wind turbines are responsible for some avian deaths, studies show that their effect is relatively insignificant compared with other causes associated with humans.
Estimates are that wind turbines kill about 328,000 birds a year in the U.S., a number that is negligible when compared to the number of birds that die from cars, buildings and cats annually — in the millions. In addition, improvements in turbine design and siting are intended to mitigate bird strikes even more.
As for property values, Trump said houses within two miles of a wind turbine lose 50 percent of their value. Yet a number of reports in various parts of the country suggest there is next to no effect on home prices. FactCheck. org; and other researchers have debunked this claim, finding that many buyers still want to live close to wind farms.
❌ Claim 3: “Turbines Drop Home Values by 50%”
Trump falsely says that living with two miles of a wind turbine can cause a home to lose half its value or more.
🟢 The Facts:
Many real estate and economic studies have found little to no impact on property values from wind farms.
FactCheck. org has deemed this claim “false,” referring to several peer-reviewed analyses.
✔ Verdict: No, there’s no strong evidence yet for this belief. Buyers keep buying houses close to the whirring blades and exclusive golf courses, and home prices generally remain steady.
❌Claim 4: “Wind Power Is Unreliable and Leads to Blackouts”
Doubters of wind power often cite intermittency as the problem: Wind is so unstable, they say, that it makes power grids unpredictable and unreliable.
🟢 The Facts:
Wind power supply is limited and fluctuates by source, but utility-scale wind farms distribute output over larger geographic areas for reliable generation.
These studies illustrate that IT systems are able to maintain the output at 10% of predicted output 80% of time for large wind network.
Wind Installations run >98%+ of the time due to the way wind is monitored and maintenance is scheduled for most recent wind farms.
✔ Verdict: Wind can be very dependable when it becomes part of a diversified and modern grid.
❌ Claim 5: “The Production of Wind Turbines Produces So Much CO₂, It Undoes any Benefits”
Trump has also said that the production and the transport of wind turbines create so many emissions that the environmental benefits are “wiped out.”
🟢 The Facts:
Life-cycle assessments — of manufacturing, installation, operation and disposal — demonstrate that wind energy produces significantly less carbon than fossil fuels do.
On average:
Wind: 3–12 g CO₂/kWh
Natural gas: ~37× more
Coal: ~77× more
✔Verdict: Even taking all emissions from the manufacturing process into account, wind is one of the least damaging forms of power.
Why are These Myths Still Around?
Studies published in Nature and Yale Climate Communications indicated that belief in myths about wind energy tends to accompany wider conspiratorial thinking and political views.
Key findings:
About 25% of people buy into one or more false claims about wind energy.
Note that misinformation spreads more effectively when it is amplified by public figures.
People who believe one myth are likely to embrace others.
In the district of Rendsburg-Eckernförde in Schleswig-Holstein, the Gnutz Wind Farm has passed a key stage. The expansion was carried out by PNE Group, one of the top German renewables companies, which has taken the site’s combined total installed capacity to 30.8MW.
Now with four recently commissioned Vestas turbines, the gold mine produces sufficient green energy to supply around 16,700 three-person households per year. The capacity expansion will provide further impetus to the German energy turnaround and underscores the power of cooperatives for sustainable development in Northern Germany.
The renewable expertise company PNE has just finished a large-scale expansion of the Wind Farm in the municipality of Gnutz in the district of Rendsburg-Eckernförde in the State of Schleswig-Holstein. The new Gnutz West I b, features two V162 and two V150 models, totaling 22.4 megawatts (MW) and four Vestas wind turbines, each with a capacity of 5.6 MW.
The addition represents 22.4 MW of green power to the grid, and the fully developed Gnutz West Wind Farm now holds an installed capacity of 30.8 MW. Already running since May 2025, the turbines are providing the region with renewable power.
Project Significance
The new extension is more than just a technological accomplishment, either – it is a clear commitment to the country’s Energiewende.
Key Impacts:
Enough electricity for 16,700 households The extra capacity is enough to power around 16,700 three-person households.
Local energy independence: This contributes to less dependency on fossil fuels and stronger security of energy supplies at the local level.
Enforces community participation: COO of the renewable energy company, Roland Stanze, says the project is “a demonstration that result from identification of local interests with the strategic objectives.” It’s part of a wider strategy that also includes working with citizens and landowners.
Boosts climate goals: Projects such as Gnutz will help the country to achieve its 2030 and 2045 climate neutrality goals.
This project demonstrates how advanced wind turbine technology and shared project development can lead to cleaner, community-based energy solutions.
Technical Details Visualized
Feature
Details
Project Name
Gnutz West Wind Farm
Location
Gnutz, Schleswig-Holstein, Deutschland
Developer
PNE Group
New Turbines
4 (2× Vestas V162, 2× V150)
Total Added Capacity
22.4 MW
Overall Capacity
30.8 MW
Power Equivalent
16,700 households
Commissioned
May 2025
Quote from PNE Group
“The Gnutz West wind farm is one of more than a dozen cooperation projects that we are implementing with landowners and citizens in Schleswig-Holstein”, explained Roland Stanze, the Chief Operating Officer of PNE AG. “It’s proof that local interests and the strategic direction of an IPP like PNE form the best possible basis for a dialogue that goes far beyond the usual narrow focus on the leasing of land.”
Why PNG is Becoming the Backbone of the Tomorrow’s Energy System?
PNE Group isn’t just developing renewable energy projects — it’s helping shape the future of global energy. Red’s specifically designed for players who are ready to sink their teeth into the game after getting the basics down, while Green is a little bit more streamlined, one-step short of the regular version. From wind farms and solar parks to innovative hydrogen and battery storage systems, PNE has completed the entire value-added chain in the renewable energy sector.
In a time when the world’s energy systems are undergoing significant transformation, the more than 650 experts at the company—the majority of whom are young and full of passion and idealism—on the four continents in which they work are succeeding in generating climate-neutral power, and are doing so with great accuracy, efficiency, and sustainability. What makes PNE unique PNE has the capability to design, operate and enhance an energy project completely from end-to-end– offering steady returns, regional progress and global uplift. PNE Group is leading a quiet, subtle charge in the rush towards net-zero.
Onshore Wind Development
PNE is one of the most experienced and trusted C&I project developers in the renewable energy landscape, with decades of proven experience throughout the global energy transition. PNE has been developing much of the wind power onshore in Europe for the past 30 years, and it has been providing project partners to a wide range of clients and stakeholders from the wind power industry. It’s our comprehensive knowledge of market forces, and our commitment to transparent communication and active collaboration, that enables us to appropriately address the specific dynamics and demands of all parties.
We offer turnkey solutions as a partner along the entire value chain of a wind project – from development, engineering and construction to project management, operations and maintenance. What makes us unique is that we are resolute in obtaining the best result for all parties. With decades of industry contacts and loads of expertise in all phases of projects, we’re all about projects that not only bring clean power supply, but also contribute to community and economic development.
Expanding Horizons: PNE’s Offshore Wind Projects
PNE to build $1.5 bln offshore wind farm in central Vietnam Province of Binh Dinh
Continuing our success on land, PNE is continuing to grow in offshore wind and pursuing attractive projects in international markets. As part of our strategic expansion, we are proud to announce that we have set up local operations in Vietnam and have opened a new office in Ho Chi Minh City. We have already signed a memorandum of understating with the respective Provincial authorities bringing offshore power integration in to the local grid a step closer.
PNE has formed a joint venture with the Swedish Eolus Group in Latvia to develop offshore wind energy in the Baltic Sea along the west coast of Latvia. This joint venture, which will be established in early 2023, underscores our commitment to innovation, international collaboration and the development of climate neutral energy solutions across Europe and Asia.
Conclusion
Gnutz is widely considered as a significant success story for the German energy transition. As the nation moves toward a greener future, tales like this illustrate the need for steroids innovation, regional cooperation and thoughtful planning. With a forward-thinking strategy in place, PNE is already making a difference by assisting German to produce even more clean energy — one wind turbine at a time.
FAQ – Extension of the Gnutz Wind Farm
Q1: What is the total capacity of the Gnutz Wind Farm following the most recent extension?
A: Schleswig-Holstein -based this Wind Farm has 30.8MW of combined installed capacity following the latest expansion by PNE.
[Q2] What is the equivalent homes powered in the Gnutz Wind Farm now?
A: The wind farm is able to produce renewable power for about 16,700 three-person households over a course of a year.
Q3: What sort of wind turbines have been set up in the new expansion?
A: The expansion will comprise 2 Vestas V162 and and 2 Vestas V150 turbines both rated at 5.6 MW each, and will be in operation as of May 2025.
With operations expected to begin in 2030, the Philippines has established itself as a pioneer in floating wind energy in Southeast Asia with the Northern Luzon Floating Offshore Wind Farm.
MANILA – The Philippines takes a pioneering step in its Floating Offshore Wind Journey. The country has received a pre-development environmental consent certificate (ECC) for a 2 gigawatt floating wind project in northern Luzon.
The floating wind project will be operated by Buhawind Energy Philippines. The project is considered one of the most ambitious offshore wind power industry efforts in Southeast Asia.
The floating wind project is set to become a model for Southeast Asia as it strengthens its clean energy ambitions in the coming decade.
Let’s take a look of project detailed, significance as well as the country’s strength, renewable energy goals, and policy with implement.
Location: Off the coast of Ilocos Norte, Northern Luzon, Philippines
Capacity: 2GW – one of the largest offshore wind project in Southeast Asia
Developer:BuhaWind Energy Northern Luzon (BENL) — a partnership between
PetroGreen Energy Corporation (PGEC) – Philippines and Copenhagen Energy – Denmark
Environmental Compliance: Issued a Pre-Development ECC by the Philippine DENR
Survey Scope: ECC approval allows BENL to perform:
Geophysical surveys:
Geotechnical assessments
Assessments of marine biodiversity
Environmental impact studies
Social and community surveys
National Certification: Designated as of April 29, 2025, by the Department of Energy (DOE) as a Project of National Significance on Energy
Operational Timeline: Scheduled to be complete by 2030
Energy Impact: Seeks to provide power to millions of homes, lower country’s reliance on fossil fuels, and help achieve the Philippines’ target of 50% renewable energy by 2040
Other Projects on BuhaWind: 1GW East Panay Project (out of Iloilo & Guimaras Island) 1 GW Northern Mindoro Project (off Occidental Mindoro & Batangas)
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BuhaWind Energy Philippines Leads Offshore Wind Revolution
BuhaWind Energy Northern Luzon Corporation (BENLC) is a strategic joint venture between PetroGreen Energy Corporation (PGEC) and Copenhagen Energy of Denmark, through which the country is working to reduce its dependence on fossil fuels while harnessing the vast potential of offshore wind.
PGEC has an extensive track record in developing and operating renewable generation facilities (onshore wind, solar, geothermal) throughout the country, and the nutshell of another partner,
Copenhagen, Denmark, a pioneer in renewable energy, especially offshore, has invested in many countries, including the Philippines, Bangladesh, Taiwan, Australia, New Zealand, Colombia. In the Philippines alone, CIP has a 1 GW project, where they are working to accelerate development ahead of the upcoming power auction. Through the companies’ deep expertise and partnerships in infrastructure development, the country is working to harness the vast potential of offshore wind to reduce its dependence on fossil fuels.
And based on this expertise, the Department of Environment and Natural Resources (DENR) has granted BuhaWind Energy a pre-development ECC. Companies will be able to conduct the preliminary research required for feasibility assessments based on four categories: geophysical, geotechnical, marine, environmental and social surveys.
“The ECC approval will allow the team to conduct a systematic, comprehensive, and scientific study of the project site,” said Errell Ventura, assistant vice president of the PGEC’s Environmental and Community Relations Division. “This ensures that the project not only meets international industry standards but also provides a factual basis for addressing any environmental or community-related concerns.”
These studies are critical to ensuring that the design of the So that, the project is consistent with environmental sustainability principles, seamlessly integrated into the local ecosystem and socio-economic landscape.
The Northern Luzon Wind Farm Significance
DOE Recognition:
The Northern Luzon Floating wind Project was declared by the Department of Energy (DOE) as an Energy Project of National Significance on 29 April 2025.
Strategic Impact:
This certification highlights the importance of the project in providing long-term energy security, economic development, technological innovation and positive environmental impact to the country.
Supporting Renewables Energy Targets:
It supports the objective of the Philippine government to raise the share of renewable energy in its energy mix to at least 50% by 2040.
High-Capacity Clean Power:
The project, with a total capacity of 2 GW, will provide for millions of Filipino homes and help the country achieve electrification rate by providing clean energy.
Carbon Emission Reduction:
The floating wind farm is set to help reduce carbon emissions and move the country off fossil fuels.
Renewable Energy Jobs Creation:
58,000, estimated job creation during the construction period.
Floating Wind Farms: A Vision for Energy Security in the Philippines
The approval of a 2GW floating wind project in northern Luzon strengthens the Philippines’ position in renewable energy in Southeast Asia. Floating wind farms are technically complex and capital-intensive.
With international partners like Copenhagen Energy, these projects are not only building local capacity but also attracting foreign investment, accelerating technology transfer, and establishing this country as a hub for offshore wind innovation.
While neighboring Southeast Asian countries are rapidly expanding their wind power industries, the country with the fifth-longest coastline in the world is unfortunately still heavily dependent on fossil fuels in its energy mix. Coal is the mainstay of electricity generation, while renewable sources such as geothermal and hydroelectricity are also notable.
Therefore, it is great to see that the country has set ambitious targets for renewable energy, with the government providing incentives for projects in this regard. They are now ready to harness the vast offshore resources to meet growing energy needs, reduce dependence on imported energy, and take strong steps towards their climate goals under the Paris Agreement.
The Philippines plans to achieve 35% of its electricity mix from renewables by 2030 and 50% by 2040, including a target of installing 19-50 GW of offshore wind power by 2050. The Philippine government’s National Energy Strategy focuses on strong growth in renewable power generation, with the goal of providing electricity to over 1 million unconnected households.
In this series, Buhawind is developing three floating offshore wind farms – Northern Luzon, Northern Mindoro and East Panay, which will generate a total of 4 gigawatts (GW) of electricity once operational – Northern Luzon (2 GW), Northern Mindoro (1 GW) and East Panay (1 GW) with water depths of 80-800 meters, which create very good conditions for the implementation of floating foundation technology.
It is also a positive sign that, with international partners like Copenhagen Energy, these projects are not only building local capacity, but also attracting foreign investment, accelerating technology transfer, and establishing the Philippines as a hub for offshore wind innovation.
Last Words
The project is expected to create thousands of local jobs including engineering, construction, marine operations and environmental management.
The issuance of the pre-development ECC to BuhaWind Energy Philippines for its 2 GW Floating Wind Project in Northern Luzon is a game changer in the country’s energy sector. In a race for the future, while the rest of the world is looking to clean energy, the Philippines has put itself on the starting blocks to lead the pack on the race to the development of floating offshore wind.
Already with three large projects in the country and supportive regulations in place, the Philippines is proving that floating wind is not a in-the-future-technology, but rather a real-world solution that can power the country’s energy future.
Watch and join on as BuhaWind Energy blazes a trail towards a Filipino energy future that is renewable, resilient and sustainable for the next generation.
