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Captain – Offshore Wind Farm Crew Transfer Vessel (CTV) in Norfolk, VA | $65,000+ | Full-Time

experienced Captain Wind Farm of the Coast

If you’re an experienced Captain Wind Farm of the Coast, thirsty to develop your maritime career in the clean energy sector. ATLANTIC WIND TRANSFERS is looking to fill the Captain for our Crew Transportation Vessel (CTV) due to the rapid growth of the offshore wind energy sector. You will be in charge of operating a fast, waterjet-driven catamaran and one of the key elements in ensuring the safe and efficient transport of wind farm personnel.

Come and work with the Pioneers of Offshore Wind Farm Crew Transfers!

Job Profile: Captain Wind Farm of the Coast

When operating as a CTV Captain, Captain jobs offshore wind farm USA, You will be in-charge of our MAN ED2862 engine, Hamilton waterjet driven, Twin hulled catamarans. This role is a key part of delivering safe, high-quality marine operations to enable offshore wind projects.

Description – Captain Job for Offshore Wind Farm Crew Transfer Vessel (CTV)

Atlantic Wind Transfers in the leading Offshore Wind support company and is seeking a full time Captain for a Crew Transfer Vessel ( CTV ) based in Norfolk VA. You will be responsible for piloting high-speed waterjet catamarans to and from offshore wind farms to transfer technicians. USCG 100 GRT Master’s License, radar experience, mechanical abilities, and crew management skills are needed for the position.

Responsibilities:

Run and manage the day to day operation of the CTV ( Crew Transfer Vessel ).

Safety, security and Safeguarding standards of the sea

Maintain vessels and equipment and supervise mechanical systems.

Supervise and lead on board crew and day-to-day operations

Perform operations as per company and USCG directives

Act as primary liaison with shoreside operations

Required Qualifications for Wind farm vessel Jobs in Virginia:

USCG 100 GRT Master’s License

Radar Observer Unlimited Certification

FA/CPR/AED Certification

Experience operating waterjet-powered high-speed catamarans

Skilled in Radar and Ship, and navigational system operations

STCW Basic (preferred)

Mechanical ability (keeping the boat in check on a daily basis, etc.)

Virginia residency required (no housing will be provided)

Maritime captain jobs in offshore wind Salary:

Salary: Starting at $65,000 a year (depending on experience)

Shift: 12-hour shifts

Benefits Include:

  • 401(k) retirement plan
  • Health insurance
  • Dental insurance

Why Atlantic Wind Transfers?

Rhode Island’s Fast Ferry company operates Atlantic Wind Transfers and it is leading America’s transformation to offshore wind energy. Join a close-knit team in a high-growth, sustainable industry and help power the future.

Energy and Expertise We’re looking for energetic and skilled maritime professionals who can lead, innovate and grow with us.

How to Apply:

📍 How to Apply for a Maritime captain jobs in offshore wind, Please fill out the application form at:

👉 Apply Now – Rhode Island Fast Ferry Careers

📍 Step 2: Attach your résumé.

⚠️ Please Note: Requests without a completed form will not be reviewed.

Contact Address:

Atlantic Wind Transfers/Rhode Island Fast Ferry

North Kingstown, RI 02852 1347 Roger Williams Way

📞 Phone: 401-295-4040
🌐 Website: www.rhodeislandfastferry.com

CTA: Search More Offshore Wind & Renewable Energy Jobs

Is your next job in the clean energy revolution?

Whether you are an experienced wind energy technician, offshore vessel operation or you’re just beginning your renewable energy career, we have an opportunity for you.

🚀 Committed (full-time and entry-level) roles available for:

🌊 Offshore Wind Support Vessel Positions – Virginia & East Coast

⚙️ Wind Turbine & Technician – Open Throughout The USA

🌞 Renewable Energy Site Infrastructure Jobs – Across the Country

🧰 Marine Captain & Crew Jobs for Wind Farm Operations

👉Check out our job board now:

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📌 Join the offshore wind revolution. Your Next Big Opportunity Begins right here

📌 Wind Jobs In USA – The place to find the best wind jobs in the USA..

The Captain Offshore Wind Farm Job: FAQ

🔹 What is a Crew Transfer Vessel (CTV) Boats?

Crew Transfer Vessel A Crew Transfer Vessel (CTV) is a high-speed catamaran which safely transfers technicians and workers to and from offshore wind farms. CTV captain position Norfolk VA.

🔹 What kind license is needed for this offshore captain job?

You need to possess USCG 100 GRT Master’s License, plus Radar Observer Unlimited and CPR/First Aid/AED certifications.

🔹 Does the role come with housing?

No, this isn’t a position you rotate into VADERDOOM. Applicants must reside in Virginia or willing to pay for relocation.

🔹 What types of vessels will I be piloting?

You will helm speedy waterjet driven catamarans with MAN ED2862 engines and Hamilton Waterjets.

🔹 What kind of offshore wind work will I be doing?

You will be Ensuring transport of the crew to offshore wind farm projects in the area and be a part of the American Clean Energy revolution.

🔹 Is there upward mobility?

Yes! With the offshore wind industry expanding at a significant rate, we provide career opportunities, as well as the possibility to grow within a pioneering company in marine energy operations.

$28/Hour Experienced Wind Energy Technician Available in Dallas, Texas

$28/Hour Experienced Wind Energy Technician Available in Dallas, Texas

Be Part of the Clean Energy Workforce Fueling the Renewable Revolution in Texas! Join Wind Energy Technician in Wanzek

Are you an Experienced Wind Energy Technician and looking for outdoor job that lets you climb to new heights? We have full-time job openings for professionals who want to join our staff in Dallas, Texas, home of the Dallas Cowboys and a growing hub for green energy jobs and wind energy careers.

As wind energy increasingly becomes part of America’s energy infrastructure, this opportunity is designed to engage your technical and leadership skills and give you hands on experience in the field, all while preparing you to meet the challenges of an ever changing, renewable energy industry.

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Job Description – Wind Energy Technician Dallas TX

Be part of one of the best wind energy jobs in Texas and help make a difference each and every day you go to work with modern turbine technology.

Job Responsibilities

What will I do as a wind turbine technician?

Wind turbine maintenance; to include inspections on a regular basis and repairs as necessary

Troubleshooting electrical and mechanical systems

Diagnosing and remedying turbine component faults by diagnostic tools

Climbing—Turbines Up to 300 feet, safely with fall protection systems

Dealing with SCADA supervisory systems and technologic software

Meeting safety and environmental requirements

Working with engineers and wind farm management to identify efficiency opportunities

Ideal for candidates looking for Texas experienced wind energy technician positions who enjoy working outdoors, are naturally mechanically inclined and have a desire to work alongside a mission-driven team.

Requirements What We’re Looking For

2 plus years experience wind technician or wind turbine technician

Technical or associate degree in renewable energy, wind power technology, or electrical systems

GWO certificates (Working at Heights, First Aid, Fire Awareness) would be desirable

In good physical condition and able to climb turbine towers up to 300 feet.

Current driver’s license and clear driving record

Good mechanical, hydraulic, and electrical understanding

Knowledge of wind turbine and safety equipment maintenance processes

Is wind energy old hat for you or are you a new-comer seeking jobs in wind power in the Dallas area?

Wind Energy Technician Salary

✅ Wind tech pay hourly competitive – $28 *!

✅ Paid time off + holidays

✅ Benefits Full medical, dental, and vision insurance

✅ 401(k) with company match

✅ Safety equipment, PPE and climbing equipment paid for by company

✅ Travel reimbursement and per diem

✅ Progression onto solar energy or energy storage technician positions

✅ Ongoing training and certification support

We’re dedicated to growing our people and giving you a place to grow your career in clean energy jobs.

Dallas, Texas Where Wind Energy Careers Are Thriving

Texas is the top U.S. state with the most capacity for wind generation and Dallas is positioned in the middle of the country’s largest utility-scale wind farms. Choosing Dallas wind jobs means:

The best paying wind power jobs

  • Fast-growing clean tech job market
  • Solid network of renewable energy experts and practitioners
  • Great Travel access to major wind area developments in NTX

Now it’s your opportunity to be part of the rapidly growing community of renewable energy technicians in an area where clean energy is not only a vital part of the economy, but also a core value.

Upward Mobility for Wind Technicians

This isn’t just another job. This is a window into some of the best wind energy technician jobs in the U.S. You will have the experience to translate it to roles that you can do like:

  • Lead Wind Technician
  • Site Manager or Operations Supervisor
  • Renewable Energy Project Manager
  • Cross-trained in Solar, Battery, or Solar and Storage or others not listed above.

We encourage upward and horizontal advancement, so that you grow in the green energy technician field.

Why They’re Needed: Wind Energy Technicians

  • TX Wind Powers More Than 1/4 Of The State!
  • The state has more than 10,000 wind turbines.
  • Demand for U.S. renewable energy jobs is projected to increase by >45% in the next decade
  • Experience and certification raise the average wind turbine technician salary
  • Jump-start a high-growth clean energy career with stability, a living wage and purpose.

The Tools & Tech You’ll Need

TORQUE WRENCHES, HYDRAULIC BOLT TENSIONING TOOLS

  • Digital multimeters and testers
  • Turbine-specific diagnostic software
  • Climbing equipment and fall arrest systems
  • SCADA and turbine control interfaces

Important Dates – Wind Turbine Technician

Posting date Application Deadline
July 14, 2025Open positions at time of the listing

How to Apply

We are currently seeking qualified, motivated, and safety-oriented technicians to join our Dallas wind team today.

📩 Apply now with your resume and any certificates:

📧 Email: careers@ MRRecruiters@mastec.com

📍 Office: Dallas, TX

📞 Phone: (XXX) XXX-XXXX

Apply Now

 If you suspect you are the target of a scam, we advise you to contact your local law enforcement agency and report fraud at https://reportfraud.ftc.gov/.

CTA

👉 Check Out more Wind energy technician, wind turbine technician jobs, offshore wind energy project infrastructure careers on our careers page or job board

📌 Browse similar jobs in:

  • Wind Technician Jobs – Texas
  • Renewable Energy Jobs: Midland Region
  • Entry Level Energy Jobs – Nationwide
  • Wind & Solar Service Maintenance Career – USA

🔗 Check here to explore more opening » windnewstoday.com/category/jobs/

Frequently Asked Questions (FAQs) Renewable Energy Technician

🔹 What is the average wage of a wind turbine technician working in Dallas, TX?

Wind energy technicians in Dallas with experience tend to have a salary rate of $25 – $32 an hour. This position pays $28/hour full benefits and potential for overtime.

🔹 What do you need to be a wind mill wind technician?

Recommended certifications include:

GWORKS: Working at heights, First aid, Fire awareness

A technical diploma in wind or renewable energy is beneficial.

OSHA-10/30 certifications

🔹 Will I have to move for this job?

Based in Dallas, TX with some travel to regional wind farm sites. Daily and travel pay provided.

🔹 Are there any wind energy entry level jobs?

Yes! This posting is for experienced wind turbine technicians, but we do hire entry level and offer training programs for new technicians.

🔹 What type of turbines will I be working on?

You will be dealing with large scale utility projects for the industries that you have major turbine vendors like GE, Vestas, Siemens Gamesa.

RWE achieves milestone with 1.4 GW offshore wind farm to power 1.2 Million UK homes

Offshore Wind Technician USA

Teesside, 15 July 2025 — RWE has reached a significant construction milestone at its flagship Sophia offshore wind farm with the 100th steel monopile foundation for a project located on Dogger Bank, 195 kilometers off the UK’s north-east coast – now the latest to be successfully installed, marking the end of a complex 14-month offshore foundation campaign.

When operational, the 1.4 gigawatt (GW) project will have enough clean electricity generation capacity to power 1.2 million typical UK homes annually, further supporting the UK’s renewable energy targets and energy security.

Dutch marine contractor Van Oord led the foundation installation operation under a comprehensive EPCI (engineering, procurement, construction and installation) contract. The company used its upgraded jack-up vessel Aeolus, which was equipped with a custom 1,650-tonne capacity crane, to handle Sofia’s heaviest monopiles – each monopile forming the basis for a 252-metre-long Siemens Gamesa 14 MW turbine.

Recyclable turbine blade with specialist resin system developed by Siemens Gamesa, ordered for Sofia Offshore Wind Farm

Sven Uttermoehl, CEO of RWE Offshore Wind, praised the achievement, cited: “The successful completion of the monopile installation in Sofia is an important milestone in the implementation of this complex offshore wind construction project. This achievement is a testament to the expertise, dedication and collaboration of our partners across the RWE Group. Sofia will play a key role in contributing to the UK’s clean energy transition and strengthening energy security.”

RWE advances Sofia offshore wind farm with industry-leading innovation and sustainable solutions

With the successful installation of all monopile foundations, a milestone in this regard, Van Oord has begun the next major phase at the Sofia offshore wind farm – the installation of approximately 360 km of array cables, which is expected to be completed by the end of 2025. Meanwhile, as we already know from the progress of turbine installation, 27 of the 100 Siemens Gamesa 14 MW turbines have already been installed – half of which with recyclable blades, reinforcing Sofia’s role as a global model for sustainable offshore wind.

Sofia, the first offshore wind project worldwide to commit to using Siemens Gamesa 14 MW turbines during its initial development, will demonstrate its leadership in technology adoption. This article provides a comprehensive overview of the technical and engineering innovations that will transform Sofia into a next-generation clean energy project.

Cutting-edge design and environmental innovation

2025 07 15 sofia completes foundations install Picsart AiImageEnhancer 1
Steel monopile foundations installed at Dogger Bank for Sofia Offshore Wind Farm, 195 km off the UK coast

A number of modern design innovations have been used and adapted. Here In contrast to traditional offshore foundations, separate transition pieces are used, with the design for Sophia using extended single-piece monopiles. Manufactured by EEW, this approach reduces total steel usage, reducing the project’s carbon footprint and material requirements.

In another UK first, the project has installed a full-scale bubble curtain noise abatement system for 34 foundation installations. Operated by Hydrotechnic Offshore, the technology protects marine species in the environmentally sensitive Southern North Sea Special Area of Conservation (SAC), helping to reduce underwater noise.

Port of Tyne 1.4 GW offshore Wind Farm

Foundation components stored at Port of Tyne for RWE’s Sofia project, highlighting offshore wind supply chain infrastructure.
Foundation components stored at Port of Tyne for RWE’s Sofia project, highlighting offshore wind supply chain infrastructure.

All offshore foundation elements were marshalled and stored at the Port of Tyne, where significant infrastructure investment is being made to meet the logistical needs of Sophia. This has enhanced the port’s role in future offshore wind developments across the North East of England.

Leading sustainable turbine technology

Recyclable turbine blade with specialist resin system developed by Siemens Gamesa, ordered for Sofia Offshore Wind Farm.
Recyclable turbine blade with specialist resin system developed by Siemens Gamesa, ordered for Sofia Offshore Wind Farm.

Next up in turbine technology, the reusable blades used on Sophia are made with a specialist resin system that enables full recyclability and mark the largest order of this type of blade at the time of purchase. The Turba initiative not only supports the circular economy but also paves the way for environmentally-conscious offshore wind development worldwide.

Increased grid capacity

To maximize energy export efficiency, Sophia has increased its grid connection capacity from 1,000 MW to 1,320 MW, using advanced high-voltage direct current (HVDC) technology with voltage source converters. This allows for increased transmission capacity, helping to deliver cleaner energy to homes in the UK. And planning the world’s longest offshore export cable, spanning 220 kilometers, required highly specialized engineering to overcome the challenges of laying the infrastructure through complex seabed conditions.

World-class vessel and equipment installation

Sophia is set to be the first offshore wind farm to use the world’s most advanced cable-laying vessel, Prysmian’s Leonardo da Vinci. Equipped with:

  • The highest cable carousel capacity on the market
  • Double the industry-average capstan capacity
  • A DP3 dynamic positioning system
  • Hybrid propulsion and 90-day operational autonomy

The vessel will enable installation in water depths of up to 3,000 meters, making it ideal for the project’s demanding offshore environment.

Innovations in cable construction and sustainability

Installation of recyclable HPTE-insulated HVDC cables for Sofia’s onshore grid connection, reducing carbon emissions by 40%.
Installation of recyclable HPTE-insulated HVDC cables for Sofia’s onshore grid connection, reducing carbon emissions by 40%.

The onshore HVDC cable will incorporate a patented High-Performance Thermoplastic Elastomer (HPTE) insulation system—a fully recyclable, zero-emission process that reduces carbon emissions by 40% compared to conventional methods.

Onshore civil engineering contractor JMS has used innovative construction techniques to optimize efficiency and safety:

  • V-buckets, which reduce trenching time and heavy equipment passes
  • A duct trailer system that eliminates the need for workers in trenches when installing ducts
  • A sand truck that reduces trenching time when installing cement-bound sand

Cutting-edge wind farm layout and infrastructure efficiency

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Recyclable turbine blade with specialist resin system developed by Siemens Gamesa, ordered for Sofia Offshore Wind Farm.

The Sophia team has developed a highly optimized array layout to maximize energy production. The design of the offshore converter platform has also been significantly streamlined, using fewer materials and reducing overall project costs compared to previous designs used in Germany.

Strategic collaboration with the adjacent Dogger Bank Sea Wind Farm project is enabling Sophia to achieve cost-sharing and technological synergies, increasing efficiency in both developments.

Collaborative Procurement and Risk Management

Using a holistic, experience-led procurement strategy, RWE worked closely with potential supply chain partners at the pre-tender stage to align contract models. This approach allowed for effective risk allocation, ensuring the lowest possible overall project cost while maintaining high innovation standards. It also contributed to the record-breaking Levelized Cost of Energy (LCoE) for Sofia.

Regulatory Innovation and Environmental Protection

RWE has pioneered several advances in environmental management and compliance:

  • Integrated LiDAR and sky digital survey for seabird monitoring – a novel application of proven technology for ornithological research.
  • Proposed the use of low-order deflagration to neutralize unexploded ordnance (UXO), which significantly reduces underwater noise and marine impact compared to traditional detonations.

RWE is active in high-level environmental research initiatives such as ORJIP II and OWSMRF, which aim to close knowledge gaps and reduce compliance risks for future offshore projects.

Investing in UK offshore innovation through ORE Catapult

Leonardo da Vinci cable-laying vessel at work on Sofia Offshore Wind Farm, equipped with high-capacity carousel and hybrid propulsion.
“Leonardo da Vinci cable-laying vessel at work on Sofia Offshore Wind Farm, equipped with high-capacity carousel and hybrid propulsion.

As part of its commitment to UK offshore wind innovation, SOFIA has supported the 2023 ORE Catapult Launch Academy, a nine-month programme designed to accelerate early-stage technology development. Ten UK-based companies have been selected, including:

  • Aquatech Group, known for its innovative cable monitoring and protection
  • Wildcat Films to Integrate Radar into Bird Survey

This collaboration will highlight Sophia’s commitment to nurturing the next generation of offshore wind technology and environmental solutions.

With its advanced design, sustainability-first approach and pioneering technology, the Sophia Offshore Wind Farm sets new industry standards and exemplifies how large-scale offshore wind can deliver clean, affordable and reliable energy. Once operational, this 1.4 GW wind farm is set to power 1.2 million UK homes, reinforcing RWE’s leadership in the global transition to renewable energy.

Sophia Offshore Wind Farm at a Glance

Total capacity: 1.4 GW

Offshore wind project location: 195 km off the north-east coast of the UK (Dogger Bank)

Total depth: 20-35 meters

Number of turbines: 100 x Siemens Gamesa 14 MW

Energy generated: around 1.2 million

Construction Stats: 2021

Expected to complete : 2025

Developer: RWE Offshore Wind

Frequently Asked Questions (FAQ)

What is the Sofia Offshore Wind Farm?

Sofia Offshore Wind Farm is a 1.4 gigawatt (GW) offshore wind project constructed by the RWE. Situated 195 kilometers from the UK’s northeast coast on Dogger Bank, it is one of the world’s biggest and most state-of-the-art offshore wind farm, and will power 1.2 million homes every year with renewable and clean energy.

The Sofia Offshore Wind Farm – who is building it?

Offshore wind power giant, RWE is leading the development and construction of the project. Among key suppliers are Van Oord, which will provide the foundation and the cable installation, and Siemens Gamesa which will deliver 14 MW wind turbines, complete with a recyclable blade design.

Sofia Offshore Wind Farm, where is it?

Sofia is situated 195 kilometres from shore at Dogger Bank in the North Sea around 195km off the coast of Teesside in the UK’s North Sea. It is located in water depths of 20-35 metres, on a sock the equivalent size to the Isle of Man – so one of the remotest and most challenging UK offshore wind farm developments to reach completion.

How many houses will be lit by the Sofia Wind Farm?

When fully operational, the Sofia Offshore Wind Farm will be capable of supplying power to around 1.2 million average UK homes, playing a major part in the UK’s ongoing transition to a clean, green energy system and providing the up to 1000 jobs the project is currently creating.

What sort of turbines are being used in the Sofia project?

The project features a total of 100 Siemens Gamesa 14 MW turbines, 50 of which have recyclable blades, marking a world first at this scale. The wind turbines are some of the largest on the market and are an impressive step in wind turbine technology.

What are the recyclable wind turbine blades — and why are they significant?

Recyclable wind turbine blades require a special-class resin system that can be broken down into individual materials at end of life. This will help advance a more sustainable offshore wind industry, reduce landfill waste and drive greater circular economy in the UK’s renewable energy efforts.

Which cable technologies are applied in the Sofia Wind Farm?

Sofia has both array and export cables. It will use 360 km of array cables and the longest ever offshore wind export cable in the world (220 km) using HVDC (High Voltage Direct Current) technology with voltage source converters. This enables more efficient power transmission and capacity is also up by 320 MW from 1000 MW.

What is HVDC technology and how can it benefit offshore wind farms?

The high voltage direct current (HVDC) transmission makes it possible to carry electricity for long distances at lower losses than the AC transmission. Sofia can deliver 1.32GW of wind power effectively to the UK grid and help meet renewable targets by using HVDC with VSC technology.

Sofia’s offshore wind cable installation: What’s so special?

Sofia is the first assignment of Leo, the world’s most advanced cable-laying vessel, which has started working on the project. It features:

Largest carousel capacity available

Hybrid propulsion for reduced emissions

Deep sea cables laying ability (up to 3,000 meters)

These new designs ensure that cable is laid more safely, efficiently and environmentally friendly.

What is Sofia doing to make construction less harmful to the environment?

Sofia has used bubble curtain noise mitigation systems during monopile installation in support of marine mammal conservation in the Southern North Sea Special Area of Conservation. It also employs low-order deflagration for UXO clearance, reducing impact on underwater noise.

Which ports and infrastructure does the Sofia Wind Farm use?

Foundation components and material are marshalled and distributed from the Port of Tyne. “The port has invested heavily into accommodating this major offshore wind development, which has significantly boosted the renewable energy supply chain in North East England.

What is RWE’s position in offshore wind on a global basis?

RWE is a global offshore wind development leader. The Sofia Offshore Wind Farm is currently the largest of RWE’s offshore wind farms under construction worldwide and one of the largest infrastructure projects in the UK, reinforcing the company’s ambition to play a part in the UK’s clean energy future and support its path to net zero.

What does the Sofia Wind Farm do to drive down costs of offshore wind energy?

Coupled with novel procurement strategies, innovative asset financing mechanisms, simplified converter station design, and a strategic collaboration with adjacent Dogger Bank C, Sofia has delivered market-leading levelized cost of energy (LCoE) offers, helping to reduce the costs of offshore wind.

What is the ORE Catapult Launch Academy and what role does Sofia have?

Sofia has backed the 2023 ORE Catapult Launch Academy, which aims to fast-track UK offshore wind innovation. The project chose firms from the UK in Aquatec Group and Wildcat Films to help drive forward cable protection systems and ornithological monitoring technologies.

China’s Wind Energy Surge in 2025: Building 223 GW Of Wind Power

China Wind Energy 2025

China wind energy 2025 boom with 223 GW under construction, it was building Global wind energy leader

China’s Wind Power Leadership Soars in 2025

China is building 510 GW of utility-scale solar and wind, nearly 74% of the total 689 GW under construction globally,(Financial Times News) according to a new report published by Global Energy Monitor.

This huge increase in renewable power generation is one element of China’s overall plan to improve energy security, slash dependence on imported fossil fuels, and make climate targets well before the UN Climate Change Conference in Belém, Brazil.

China’s pipeline of utility-scale wind power has grown to 593 GW and nearly 223 GW is currently under construction—more than 45% of total global wind energy development. The total installed wind power capacity in the country is now more than 700 GW, and the new capacity added reached 357 GW in 2024, which became a new record in the world.

China has firmly cemented its lead in both onshore and offshore wind, contributing to energy security, industrial and global decarbonization targets, the GEM said.

According to the Centre for Research on Energy and Clean Air, clean energy also accounted for 25% of China’s GDP growth in 2024. The analysis also highlights the increasing role of offshore wind (28 GW), particularly in industrial coastal provinces with plans to decarbonize.

“China is now dominating the world in the build-out of renewable energy,” GEM said, adding that the country may soon claim the title as the world’s first true “electrostate.”

China Offshore Wind Development Industrial Coast

China is quickly expanding its offshore wind capabilities, with its coastal provinces — from Guangdong to Jiangsu and Shandong — rushing to build offshore wind farms. The capacity of offshore wind has jumped from less than 5 GW in 2018 to 42.7 GW in 2025, and another 28 GW are under construction. There are 67GW in the pipeline offshore of projects – including state-of-the-art floating wind projects and grid connections to help support new green hydrogen plants that are being developed.

GEM researcher Mengqi Zhang Picsart AiImageEnhancer 1

“Offshore wind is now especially important in the decarbonization of China’s industrial heartlands,” said GEM researcher Mengqi Zhang.

Transition from Fossil Fuels, Enhancing Energy Security

China’s strategy is based on: Wind power is central to China’s efforts to:

Reduce coal and oil imports

Enhance energy independence

Cut industrial emissions

Get the power grid into the twenty-first century and on solid ground.

The National Energy Administration notes that in Q1 2025, wind turbine electricity consumption accounted for nearly 12% of electricity consumption, which was more than thermal power scale. Wind power is central to China’s goal of reaching carbon neutrality by 2060.

Mega Wind Projects Are the Global Scale In another

China Wind Energy 2025 – Notable wind projects:

Ultra-high-capacity wind farms in Ningxia (16 GW and up)

Shandong Offshore Mega cluster (10+ GW floating platforms)

Ultra-high voltage wind-to-grid corridors between Inner Mongolia and Xinjiang and coastal provinces

Those rely on advanced, often greater than 16 MW, turbines built by names such as Goldwind, Mingyang and Envision.

Wind Energy Projects Under Construction in China

Metric
Value
Wind-Solar Energy Pipeline (Announced + Under Development)
593 GW
Wind Projects Under Construction
223 GW
Share of Global Wind Construction
~45%
Operational Wind Capacity
700+ GW
Offshore Wind Operational
42.7 GW
Offshore Wind Under Construction
28 GW
Offshore Wind Pipeline
67 GW

Global Leadership and Implications

China’s wind energy policy goes beyond the transformation at home—it is changing global markets and establishing models for the clean energy future. The country now:

Chinese wind turbine manufacturing facility exporting components worldwide
  • Home to the world’s largest wind fleet, with more installed and under-construction capacity than any other country.
  • Produces more than 70 percent of the world’s wind turbine parts, including blades, nacelles, towers and power converters. Goldwind, Mingyang, and Envision, are only some of the world’s top companies which have exported significantly to Asia, Africa, Latin America and Europe.
  • Forwards in wind-to-hydrogen integration, with multiple “pilot” projects using excess wind energy to produce green hydrogen, for transport, industry and power storage.
  • Leaders of Floating Offshore Wind in the Asia-Pacific region, with the use of deep sea resources and advanced offshore engineering, to install turbines in areas which previously experienced limitations.

Together with government supported innovation and targeted export promotion, these unparalleled scales have reduced global costs of wind power technology. These types of partnerships are particularly beneficial for emerging countries because they have access to cheap turbine imports, financing of projects, and technical support. This is why China’s wind power success, which has not occurred in a vacuum, is not just a success for the nation, it is also one of the drivers of the world-wide move to clean energy.

Looking Ahead to COP30

With the 2025 UN Climate Change Conference (COP30) in Belém, Brazil on the horizon, all eyes are on China’s upcoming climate commitments. The Chinese government has indicated it will release stronger national targets in line with the nation’s long term carbon neutrality commitment. These could include, according to policy insiders and analysts:

istockphoto 2192806985 612x612 Picsart AiImageEnhancer
  • Increasing the countrywide wind share in China’s energy mix to hasten fossil fuel replacement.
  • Creating separate industrial hubs for offshore wind – especially in coastal-prone Jiangsu, Shandong and Guangdong – to smooth permitting, supply chain and grid connection.
  • Implementing national green hydrogen targets, with some of the production requirement coming from wind-powered electrolysis, in industrial clusters.
  • Introduction of a single program for offshore wind leasing, to drive transparency and scalability for use of the seabed and infrastructure planning, based on the leading systems in the U.S. and Europe.

These policies will ensure that China continues to be not only the world’s largest wind power installer as china wind power capacity growth makes china Global wind energy leader, but also China playing a leading role in COP30, its announcements are expected to determine the direction of international climate negotiations and global flows of renewable energy investment.

Offshore Wind: Opportunities and Challenges

Whilst we have seen phenomenal growth in offshore wind capacity, China is also experiencing technical, regulatory and environmental issues that need to be addressed if growth is to be sustainable and scaled. Key hurdles include:

Offshore wind farm in coastal China powering industrial decarbonization efforts
  • Delays in grid connection, preventing efficient transmission of power from offshore farms to onshore networks.
  • Licensing difficulties – local, provincial, and national administrative authorities overlap each other, which creates administrative barriers.
  • Resilience to Typhoons, especially along coastlines surrounding the South China Sea and East China Sea, which require expensive, high-end turbine technology.
  • The cost of the deep-sea floating wind, as well as the logistics, are high, involving expensive anchoring, heavy-lift vessels and dedicated ports.

But ambition among the provinces living in Jiangsu, Guangdong and Fujian, in addition to government policy tools such as green finance, feed-in tariffs and central planning, ensures the sector continues to grow. Innovative offshore leasing mechanisms that draw their inspiration from global best practices are creating a conducive investment climate.

Committing to deep R&D on deep-sea foundations, subsea cables and typhoon-proof turbines places China on a path to overcoming barriers and further asserting its offshore wind leadership in Asia and beyond.

Wind Power as an Economic Engine

The effects of wind energy reaches far beyond environmental benefits into a strong economic powerhouse. Per the Centre for Research on Energy and Clean Air (CREA):

  • Wind and its upstream supply chain represented 25 percent of GDP growth in China in 2024.
  • And the sector has spawned more than 3 million jobs across dozens of industries.
  • The development of wind energy promotes grid modernization, smart converters, and logistics infrastructure.
  • China’s exports of wind technology — turbines, blades and electronics — are taking off, serving developing markets in Latin America, Africa and Southeast Asia.

From Energy User to “Electrostate”

Wind power now supplies a growing slice of China’s:

High-speed rail networks

Industrial robotics and manufacturing machinery

Urban heat and cold grids

Data centers and AI infrastructure

This shift is helping to create China as the world’s first emerging “electrostate” — an economy predominantly fueled by renewable electricity, notably wind power, that will fund a sustainable and resilient future.

Last Word

China’s plans for a major build-out of wind and solar plays a central role in the global renewable energy revolution this year. Nothing like China’s Wind Energy Surge in 2025 renewable energy expansion. With 510 GW of solar and wind in construction— 74% of the world’s total—and more than 1.5 TW already in operation, China is redrawing the rules of the global energy game.

From emerging as a clean energy economic powerhouse to aspiring to have the largest offshore wind fleet anywhere, China is, at the same time, a climate leader as well as a principal force behind international decarbonization.

As the world gears up for the UN Climate Conference, all eyes are much more on China – not just for its commitments, but for its unparalleled execution at scale..

📌 FAQs: China wind energy 2025 Booming

What is China’s wind power installed capacity in 2025?

Total wind power installed in China reached above 700 GW as of 2025, and it had 223 GW under construction at that year wind energy market in the world.

What portion of the world’s wind power is being designed in China?

China is also constructing nearly 45 percent of all wind projects globally, the Global Energy Monitor says. This consists of 223 GW of wind installed from the 2025 under construction.

China is investing heavily into wind power?

China’s wind push is spurred by its ambitions to cut imports of fossil fuels, strengthen energy security, meet its climate targets and position itself as the world’s supreme “electrostate” — an economy driven chiefly by electricity.

What is the role of offshore wind in China’s Energy Plan?

Offshore wind is vital for decarbonizing industrialized coastal regions such as Jiangsu and Guangdong. China has 42.7 GW in operation and 28 GW under construction offshore wind capacity in 2025.

Who are the major wind turbine manufacturers in China?

The top wind turbine companies in China are Goldwind, Mingyang, and Envision and their products, which are made up of more than 70 percent of the wind turbine parts and exported to the global markets.

What are the wind energy target for COP30?

In the lead-up to COP30, China will set out plans to increase national wind targets, offshore wind leasing programs, as well as green hydrogen mandates that are being driven by wind.

How does wind power contribute to China’s economy?

China’s GDP growth in 2024 gives 25pc credits to wind energy and 3 million jobs are related to the job sector in China, CREACentre for Research on Energy and Clean Air (CREA).

Is China leading the global transition to renewable energy?

Yes. China’s 510 GW of solar and wind projects under construction and more than 1.5 TW in operation is driving the world’s energy transition.

Wind Energy Technician Oahu Hawaii — Siemens Gamesa Onshore Wind Jobs

Project Manager (EPC Wind) Job

Explore Siemens Gamesa Career as Wind Energy Technician Oahu Hawaii — Drive the future of Renewable Energy Jobs USA

Siemens Gamesa Onshore Wind Jobs Now Hiring

Siemens Gamesa Renewable Energy is seeking a Wind Energy Technician to join the siemens wind technician job team at the Kawailoa Wind Farm, located on the North Shore of Oahu, Hawaii. In this face pace position you will be hands on performing vital service and repair work on Siemens Gamesa wind turbines. You will be based primarily in Oahu but also support a second location on Maui, meaning this role is only as life changing as it is fast paced.

Wind Energy Technician Oahu Hawaii — At A Glance

A Snapshot of Your Siemens Gamesa Career Day

Begin the day with safety meetings and task discussions.

Scale turbine towers (up to 300 feet) to perform maintenance and inspections.

Troubleshoot and perform mechanical, electrical or PLC-based corrective maintenance on turbines.

As a Entry-level wind technician Hawaii ,have to work in small areas and extreme weather conditions.

Document findings, file reports and share procedures with your team and superiors for sustainable energy jobs siemens.

For wind power jobs Oahu, travel to Maui wind farm and USA mainland for training as needed.

This renewable energy job Hawaii is for those with strong technical capability, ability to think on your feet, and maintain an even keel while at high risk situations or high stress situations.

Onshore Wind Turbine technician Jobs Requirements USA

Siemens Gamesa’s Kawailoa Wind Farm in Oahu, An entry-level Wind Technician Hawaii, you will perform turbine maintenance, regulators, mechanical and electrical testing, and inspections while working in a safe environment. This is a physically demanding role which relies on technical acumen, physical fitness, and a general commitment to safety, culture of teamwork and constant improvement in the form of sustainable development. So, lets check onshore wind energy jobs 2025!

🔧 Core Technical Responsibilities

For Hawaii Wind farm careers, conduct both planned and fault driven repairs on wind turbines.

Diagnose and repair mechanical, hydraulic and electrical system malfunction.

Working with PLC and converter and SCADA diagnostics in regard of turbine fault.

Carry out part inspections and service work by climbing as high as 300 feet.

Make sure all the turbine parts are in line with OEM and Siemens Gamesa standards.

Awesome blog! Do you have Fresh Job Notifications in SCADA for Entry level and cater job experience?

Electrical and Mechanical Servicing

Inspect, troubleshoot, and replace all electrical systems, components, and work on wiring turbines.

Service gearboxes, brakes, yaw and pitch systems.

Proper lockout/tagout and safety procedures should be followed at all times.

Record failures through failure analysis reports/time tracking and work with engineering toward permanent corrective action.

Tower Climbing & Safety Procedures

It is possible to work up to 300′ in the air in Personal Protective Equipment and fall arrest system.

Caseworker must be able to enter and act in tight spaced and harsh environmental condition (wind, heat and rain).

For a siemens wind technician job, take part in any OSHA compliant safety trainings, drills, and protocols.

For kawailoa wind farm job, comply with immediate action notifications and site-specific hazards.

The High-Altitude Job BUILDER wind turbine tower climbing job,high-altitude wind technician,confined space turbine safety jobs

Preventative Maintenance And Performance Tuning

Implement preventive maintenance programs that increase the longevity of turbines and minimize downtime.

Record turbine statistics and trends to pre-empt turbine maintenance requirements.

Work with operation manager to reach production and availability goals.

Roll out enhancements to field service process methodology.

Teamwork, Communication, and Reporting

Work with coworking teammates, managers, and clients to address technical questions effectively.

Carefully record maintenance in logs, software and reporting systems.

Attend daily safety meetings, toolbox talks and planning meetings.

Maintain professional representation of Siemens Gamesa while communicating with customers and suppliers.

Process Improvement and Mentorship

Contribute to the development of SOPs and maintenance routines.

Report back grass roots findings to engineering and technical teams.

Supervise and teach new technician/ apprentice on site safety, systems, and processes.

Foster innovation around turbine performance, uptime, and troubleshooting for siemens wind technician job.

How to Become A Wind Turbine Technician In Hawaii?

Required Qualifications:

High school diploma or GED.

Minimum 2 years of experience in a related technical role (electrical, mechanical, wind, industrial).

US drivers’ license and clean driving record.

Pass job-specific physical assessment.

Feet of 265 lbs or less (because of 4 point safety harness).

Excellent problem-solving and time management skills.

A team player who has a safety first mentality.

Preferred Qualifications:

Associate’s degree or technical certificate in mechanical, electrical, or wind energy systems.

Experience in PLC programming, converters or SCADA systems.

Previous experience working in an elevated structure or on extreme heights.

Good written and oral communication abilities.

Travel Requirements:

📌 Inter Island Travel: Frequent travel to Maui to support sister wind farm operations.

📌 Travel Mainland U.S. Travel: Periodic trip travel for training and professional development opportunities.

Living & Working in Hawai‘i:

The Wind Energy Technician Oahu Hawaii role, this is a unique chance to progress your career in wind energy in one of the most stunning places on the planet. Oahu provides a job and so much more clean beaches, lively mixed culture, a life focus on healthy, sustainable living and natural beauty.

Onshore Wind Jobs Rewards & Benefits

In addition, we compensate our employees with a competitive and fair wage and benefit package, including:

✅ Wind Jobs Salary : $55,000 – $72,000 / year

🎯 Performance Bonus: Available with Gainshare program

🩺 Health & Wellness: Company-paid health, dental & vision plans

🌴 Time Off: Unlimited PTO+ paid holidays + floating holidays

🧘‍♂️ Wellness Programs: Such as mental health support and fitness perks

📚 Career Growth: Professional Development, Learning & Development and Tuition Reimbursement

👶 Parental Leave: Paid time off when a new baby arrives

🛂 Visa Sponsorship: Available for masterful candidates

💼 Culture: Safe, inclusive and supportive work space

Important Dates Onshore Wind Energy Jobs 2025

Job Posting Opened July 9, 2025
Application Deadline August 5, 2025
Interviews Begin Rolling – preference given to early applications
Expected Start Date September 2025 (flexible for relocation/travel considerations)

Frequently Asked Questions (FAQs) — Renewable Energy Jobs USA

📌 Does wind energy experience come standard?

Not necessarily. Siemens Gamesa will give full training if you have good mechanical of electrical experience.

📌 What kind of shape do I need to be in?

You will need to be capable of climbing wind turbines (up to 300 feet), working in close quarters and at times working outside in harsh weather conditions.

📌 Will I need to travel?

Yes — You’ll be traveling up to 25% to Maui and every so often on the mainland, for training.

📌 Are international candidates eligible?

Yes. outstanding candidates will be considered for issuance of a U.S. visa.

📌 What’s the career path for growth?

Technicians can move into Lead Technician, Site Supervisor, or Technical Trainer position within Siemens Gamesa’s also 1 /7 global organisation.

Siemens Gamesa Renewable energy Technician Career Path

Siemens Gamesa Renewable Energy (SIEGY +1.9%) is a global leader in the wind power industry. With over 150 years of breakthrough innovation, we deliver transformational wind energy solutions globally.

Sustainability, innovation, and the energy transition are core to who we are—and so is our people. Siemens Gamesa is a place for people who have a passion for the environment and sustainability.

About the Team

You’ll be working with a team of 5 Wind Turbine Technicians who value safety, independence, and sustainability. You will be reporting to the Site Supervisor and collaborating closely with the Regional Operations Manager.

This clean energy jobs USA team is well placed to serve our local customers and provide top quality turbine performance and availability. We’re all about fun, in a sustainable way for everyone on the team and with that we value an overall good work environment, something we all give that shares skills & supports on and off the tower.

SG

Equal Opportunity Employer

Siemens Gamesa Renewable Energy and Siemens Energy are Equal Opportunity Employers and Siemens Gamesa Careers USA OR APPLICANTS WILL RECEIVE CONSIDERATION FOR EMPLOYMENT WITHOUT REGARD TO AGE, COLOR, DISABILITY, GENDER, NATIONAL ORIGIN, RACE, RELIGION, SEX, SEXUAL ORIENTATION, GENDER IDENTITY OR EXPRESSION, VETERAN STATUS, OR OTHER CHARACTERISTICS PROTECTED BY LAW. We believe in a diverse and inclusive workplace. Applicants will receive fair and impartial consideration without regard to race, religion, gender, pregnancy, sexual orientation, age, national origin, disability, veteran status, or any other factor unrelated to their ability to perform the job.

Jobs At Kawailoa Wind Farm North Shore

Kawailoa Wind Farm, Hawai‘i’s largest onshore wind project: Located on the North Shore of O‘ahu with 30 siemens turbines, this site has operated since 2012 and is a key part of the island’s renewable energy future.

Developed and operated in cooperation with local community members on the North Shore, Kawailoa Wind is expected to generate enough clean electricity to power up to 14,000 O‘ahu homes each year and help the State of Hawai‘i move away from fossil fuels. The farm is located on arable farmland and is sited to maximise wind resources and minimise impact to the environment.

Operations and maintenance, as well as the operational management of the turbines, are carried out by Siemens Gamesa at this location. The on the ground team is small but mighty—passionate about ensuring safety, reliability and innovation in everything they do.

But with the launch of its operation, its impact reaches far beyond generating technical kWs of energy, serving as a conscious demonstration of sustainable wind in action: independence and stewardship in the islands.

📣CTA: Ready to Raise the Bar on Your Career?

If you’re passionate about renewable energy jobs Hawaii and excited to work in a high-impact, hands-on environment — this is your chance! We are growing and we are looking for more entry-level wind technicians jobs Hawaii to help our clean energy revolution in the heart of the Pacific.

🔗 This Job Application Form at Siemens Gamesa Careers

👉 https://www.siemensgamesa.com/en-int/explore/join-us

Check Out more wind turbine technician jobs, renewable energy jobs USA, onshore wind jobs and energy infrastructure careers on our careers page or job board

📌 Browse Wind Technician Jobs Near Me!

  • Wind Technician Jobs – Texas
  • Renewable Energy Jobs: Midland Region
  • Entry Level Energy Jobs – Nationwide
  • Wind & Solar Service Maintenance Career – USA

🔗 Check here to explore more opening » windnewstoday.com/category/jobs/

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Work where other people vacation – Join Siemens Gamesa Technician jobs on the North Shore as a Wind Energy Technician Oahu Hawaii

Black and White Photo Job Post We are hiring Instagram Post 2

Skilled Wind Energy Jobs For Coastal Virginia offshore wind project in (Portsmouth, VA)

Wind Tech Jobs for Coastal Virginia offshore Wind Project

Want To Be A Part of Coastal Virginia offshore wind project! Here the opportunity For Wind Tech Jobs 2025

Help make US Offshore Wind Industry

ENDIPREV USA is honored to contribute to the Coastal Virginia Offshore Wind Project (CVOW) USA, the largest developer of U.S. offshore wind energy with construction in progress. Featuring 176 Siemens Gamesa turbines featuring SG 14-222 DD, which are each capable of producing 15 megawatts (MW) of power output, the project signifies a huge step forward in the country’s journey to clean, green energy.

We’re looking for Wind Turbine Technicians Pre-Assembly (Portsmouth, VA) While our Ocean turbines get ready for installation, we’re offering an experienced Onshore Wind Energy Jobs USA in Virginia to join our team pre-assembling in harbor in Portsmouth. These specialists will assist with the build up and preparation of turbine components for loading out and final deployment offshore.

Wind Technician Jobs in Virginia At A Glance

Job Poster: Harbor-Based Wind Turbine Technician in Virginia

It is an onshore role, Harbor-Based Wind Energy Jobs at Portsmouth Harbor, costal Virginia Offshore Wind, a site where major parts of the ocean turbines are built, checked and prepared for shipment. The successful candidate will directly influence the efficiency, safety, and quality of turbines Readiness for Offshore wind power installation.

✅ Pre-assembly wind technician for EdNDIPREV USA Jobs

✅ Wind Energy Construction as Wind Turbine Technician

Knowledge of Siemens Gamesa platforms, wind power installation

Offshore Wind Jobs Virginia – Key Responsibilities:

Installation and Assembly:

Preassembly of turbine platforms, LV and SWG.

Assemble the Tower negotiating legs, cable tray, padeyes, mechanical brackets, hydraulic turn table, mechanical lift system and other necessary components from engineering drawings and Siemens Gamesa work instructions.

Turbine-Specific Enclosures such as control cabinets and/or de-humidification systems.

Maintenance and Repair:

Perform diagnostic checks of mechanical and electrical assemblies.

Diagnose pre-assembly performance concerns Detect and resolve potential runtime performance issues.

Collaborate with QA and Engineering teams to ensure all parts meet manufacturer current &project requirements.

Safety and Compliance:

There isn’t one, be scrupulous with HSE in a high risk harbor environment.

Attend JSSI, project risk assessments, and site surveys.

Always wear and use PPE and use ergonomic and lift assistance when appropriate.

Documentation and Reporting:

Daily Reports Must do, Task list, As built to be filled up on all works.

Reporting of nonconformance, unsafe conditions, or defective materials or equipment to the Project Manager or Field Supervisor.

And log any updates or changes made to those in the pre-assembly stage.

Team Collaboration:

Work as part of an interdisciplinary team of technicians, QC inspectors, scientists and engineers.

Support the training of new or more junior staff and encourage a knowledge exchange environment.

Participate in tool box talks, job procedure briefs, and skills training courses.

Wind Turbine Technician Jobs With Qualifications:

Previous mechanical or electrical troubleshooting expereince or technical experience with wind turbines/product assembly.

Prior experience with Siemens Gamesa wind turbine platforms a plus

Lifting 50+ Lbs & physical Fortitude, Working and performing tasks outdoors, Ability to work in all environmental conditions

Strong mechanical skills and ability to read blueprints

Government issued ID or drivers license

Background check and drug screen required

Preferred:

OSHA 10 or 30 certification

Experience with heavy rigging, loadout operations or harbor logistics

Previous experience on large U.S. or international offshore wind projects

Wind turbine Technician Jobs Soft Skills

Can-do attitude and willingness to work hard

High quality of finish work and attention to detail

Professional communication skills

Respectful, culturally aware, and safety-focused

Coachability and desire to learn and grow at all times

Coastal Virginia Offshore wind Jobs Requirements:

§ Must have a valid driver’s license or other State issued ID.

§ Pass a drug test.

§ Pass a background check.

§ Ability to work outdoors in inclement weather.

§ Ability to lift 50 pounds, exhibit vision including depth perception, field of vision and ability to identify colors.

Wind Tech Jobs Salary

ENDIPREV USA presents competitive compensation package to attract and keep the best wind technicians for this innovative project.

✅ Hourly wage based on experience and qualifications

✅ Per diem every day available for traveling techs located more than 50 miles from worksite

✅ Retirement 401(k) retirement plan with a generous company match.

✅ Do you love challenging work and task variety in a fast-paced environment?

✅ Short term disability & life insurance coverage

✅ Paid parental leave

✅ Paid Time off and recognized holidays

✅ Ongoing training and certification opportunities

Frequently Asked Questions (FAQ)– Renewable Energy Technician Virginia

🔹 What is “harbor-based pre-assembly”?

It involves the land based part of Ocean turbine installation, in which wind turbine components such as tower sections, platforms and an internal shaft system, get preassembled in a port. These elements are then towed at sea for their final installation.

🔹 Is this a remote role?

NO. The position is purely onshore, based in Portsmouth Harbor, but supporting an offshore wind farm. Techs are part of the offshore readiness but don’t travel offshore with this team.

🔹 Do I have to be experienced with Siemens Gamesa turbines?

And although it is not required, we would expect experience with Siemens Gamesa platforms (and SG 14-222 DD in particular). Candidates who have similar experience in turbine or industrial assembly are also encouraged to apply.

🔹 Is there a per diem or housing provided?

Yes, traveling techs do get daily per diems if you qualify. There is also housing that can be offered depending on project logistics and length of stay.

🔹 What kind of work is it?

This is an outdoor industrial job in which physical labor, tools, and working as part of a team in a wide range of weather conditions will be mandatory. All safety instructions and protective equipment must be observed.

📢 Apply Now – Wind Project Hiring 2025

Offshore wind pre-assembly technician hiring 2025

Here is your opportunity to be part of a groundbreaking renewable energy project that will power hundreds of thousands of American homes with clean, clean energy. Come and help us change the energy system – one turbine at a time.

📍 Location: Portsmouth, Virginia – Coastal Virginia Offshore Wind Post Subcasse Installation 1 & Crane Barge Remobilization 1, VA Work Type: This work includes, but is not limited to, 1.1 Offshore Wind Post Subcasse Preparation; 1.2 Offshore Wind Post Subcase Installation 1; 1.3 Crane Barge Remobilization 1.

CTA

👉 Check Out more Wind tech jobs, wind turbine technician jobs, offshore wind energy project infrastructure careers on our careers page or job board

📌 Browse similar jobs in:

  • Wind Technician Jobs – Texas
  • Renewable Energy Jobs: Midland Region
  • Entry Level Energy Jobs – Nationwide
  • Wind & Solar Service Maintenance Career – USA

🔗 Check here to explore more opening » windnewstoday.com/category/jobs/

Wind Turbine Technician Job Location

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Virginia Beach is a resort city with miles of beaches and hundreds of hotels, motels, and restaurants along its oceanfront
  • This position is located at the Portsmouth Marine Terminal in Portsmouth, Virginia and will service the Coastal Virginia Offshore Wind Project.
  • Coastal Virginia Offshore Wind Project status is now technicians will work in one- site in a harbor based setting environment to prepare equipment for wind turbine pre-assembly.
  • The job industrials an outdoor industrial environment, with a high degree of Health, Safety, and Environmental (HSE) compliance.
  • The location is within driving distance of Norfolk, Virginia Beach, Chesapeake and provides a regional-seminar opportunity for wind professionals.
  • DACCI is also providing per diem and travel support for away-from-home techs.

Pre-Assemble Wind technician Important Dates

Posting DateApplication Deadline
July 09, 2025Open positions at time of the listing

Now Hiring:

Wind Turbine Technicians For Coastal Virginia offshore wind project

Wind Turbine Technician for Coastal Virginia Offshore Wind Project

BALTIC POWER INSTALLS 15 MW TURBINES In POLAND’S FIRST OFFSHORE WIND FARM

BALTIC POWER INSTALLS 15 MW TURBINES In POLAND'S FIRST OFFSHORE WIND FARM

Baltic Power installed 15 MW turbines in Poland offshore wind farm, which is a joint undertaking by ORLEN Group and Canada-based Northland Power, has entered a record-breaking phase with the installation in the Baltic Sea of the first 15 MW wind turbines in Poland. In total 76 turbines will be installed at the project dubbed Baltic Power which will be Poland’s first offshore wind project and one of the most advanced in Central and Eastern Europe.

“This is the most important day for the entire offshore wind industry in Poland,” said Grzegorz Szabliński, the President of the Management Board of Baltic Power. “The first successful installation of a turbine offshore is now a fact.”

Once operational, the wind farm will have an installed capacity of 1.2 GW and produce 4 TWh of green electricity per year to supply more than 1.5 million Polish households and cover about 3% of Poland’s electricity grid demand. Commissioning is scheduled for 2026.

Advanced 15 MW turbines Set New Benchmarks in Europe

Baltic Power is only the second offshore wind farm in Europe to start installing 15 MW turbines, and elevates Poland to the vanguard of large-scale renewables in the region. The turbines, V236-15. 0 MW, and are some of the biggest and most powerful in the world.

Each turbine features:

  • “Blade length around 115 meters.
  • DA 120: Swept area: about 43,700 m² – the equivalent of over six football fields
  • Tower is 120m, and the overall building height is 260m+
  • Nacelles three stories tall
  • Upper tower sections using recycled steel – a world-first for offshore wind
  • A single turbine can produce sufficient electricity to power an electric public bus for a journey of around 100 km within a minute.

Supply Chain Boosted By Local Production

Baltic Power is already contributing to the strength of the local industry by using Polish suppliers for the major components. Nacelles are being manufactured at the recently-opened Vestas factory in Szczecin, with other parts, including offshore substation topsides, onshore cables and some foundation elements, also made in Poland.

“This is a difficult, technically complex operation, but also an indispensable activity on the road to Poland’s clean energy future,” Szabliński said. “We’re not just putting in turbines, we’re building an industrial ecosystem.”

First Turbine Begins Installation at Sea Aboard Cadeler’s Wind Osprey

Installation is led by Cadeler, with a state-of-the-art O-class jack-up installation vessel the Wind Osprey, recently-upgraded in 2024 for the installation of large turbines.

Some of the Wind Osprey key specifications are given below:

  • 160-meter length
  • 11,000-ton jacking capacity
  • capacity with an above-deck reach of Niles 1600 tonnes with 160 meters.
  • Carrying capacity of 3 full turbine sets (tower, blades, nacelle) per trip

With a couple of other ships around the world being capable of performing these operations, we reserved Wind Osprey back in 2016 due to the limited global availability.

Learn more Logistical Complications at Sea and on Land

Work is currently being carried out on several construction fronts for the Baltic Power project. In the offshore area, 15 construction vessels are simultaneously installing foundations and transition pieces within the site area. Works for installing inter-array and export cables, as well as offshore substations have already started and are expected to be completed later this year.

Construction is also underway on the onshore grid substation, and work to establish a long-term operations and maintenance base in Łeba commenced in April. This site will be in use for a period of 30 years and will now even facilitate real-time coordination of offshore operations.

A Pioneering Step for Poland in the Era of Green Energy

Baltic Power is the first offshore wind project in Poland reaching such a high degree of physical maturity, and is, thus, also a new benchmark for future projects in the region. It is the only project in the country with an offshore construction process underway and is leading the way for the next generation of offshore wind infrastructure.

‘Applying such a large scale operation is all about planning, maritime logistics and engineering accuracy’ – Jens Poulsen, Project Director and Board Member, Baltic Power. “We have worked, and continue to work, diligently … to achieve safe, effective commissioning in 2020,” the company said.

Game-Changing for Poland’s Climate Aims

The Baltic Power offshore wind farm will provide significant environmental gains in addition to its technical and industrial advances. It is expected to prevent about 2.8 million tonnes of CO₂ per year at full operation compared to typical fossil-fuel generation.

Baltic Power, which has a capacity of 1.2 GW, is set to be a landmark in Poland’s move towards energy security, decarbonization and compliance with EU climate goals.

About Baltic Power:

Baltic Power is a 50/50 joint venture between Poland’s ORLEN Group and Canada’s Northland Power. Situated some 23 kilometers off the coast of Poland in the Baltic Sea, the project is the country’s first commercial offshore wind farm and one of the farthest offshore wind projects in the entire Central Eurpean region.

FAQ – Baltic Power Offshore Wind Farm

Q1: What is the Baltic Power project?

A: It is the first such project for Poland, built in the Baltic Sea by ORLEN Group and Northland Power.

Q2: How many turbines will be in the wind farm?

A: It will be deployed using 76 Vestas 15MW turbines.

Q3: What is the project’s commissioning date?

A: The wind farm will be fully operational by 2026.

Q4: What is the capacity and energy output of the project?

A: The farm, which will have a capacity of 1.2 GW, will produce 4 TWh per year — about as much as 1.5 million households use.

Q5: What makes the turbines especial?

A: The V236-15. 0 MW turbines are some of the most powerful in the world, with blades that stretch over 115 meters and are made in part from recycled steel.

Q6: Who is installing the product?

A: Cadeler is responsible for the transportation and installation with the vessel Wind Osprey.

Experienced Offshore Wind Turbine Technician Jobs in Texas with 401K

Experienced Offshore Wind Turbine Technician Jobs in Texas with 401K

Help Power the Future of Offshore Wind in the USA! Offshore Wind Farm job openings in Rhode Island

Are you seeking for an Offshore Wind Turbine Technician Jobs and want to build wind energy careers in the renewable energy industry? An experienced wind turbine positions open now!

Endiprev USA – one of the world’s foremost wind, and renewable energy, companies is now seeking to hire for an experienced and flexible Wind Turbine Technician jobs with travel provided for a number of offshore wind projects in the U.S. Atlantic Continental Shelf. We are based out of Flower Mound, Texas and the job sites are offshore Massachusetts and Rhode Island; we cover all travel and housing expenses while on rotation. You don’t have to live in Texas or Massachusetts to qualify.

If you have an enthusiasm for renewable energy revolution, a passion for safety, and the dedication to excel in a challenging offshore environment, then we would like to hear from you on how you can be a part of the team behind cutting-edge wind projects developing America’s offshore energy supply.

Table of Contents

About Endiprev USA

Endiprev is a global reference in wind turbine commissioning, maintenance, inspection and troubleshooting. With decades of experience and a presence in more than 35 countries, we are a long-time leader in the industry and a perfectly positioned partner for large OEMs such as GE in world-class offshore and onshore wind services.

As we scale up across the U.S. East Coast, we are looking for offshore wind turbine technician jobs in the USA who will be able to transfer across multiple offshore sites, work on flexible rotations, and ensure a professional and safety-first mindset is maintained.

Open Positions – We’re Recruiting Experienced Wind Technician

We are seeking experienced technicians who have a background in:

🛠 Commissioning

Electrical/Mechanical Troubleshooting

🛠 Mechanical And Electrical (M&E) Works

🧼 Regular Maintenance & Preventative Service

GE Wind Turbine Maintenance Jobs Offshore At a Glance!

💼 Position Title: Experienced Offshore Wind Turbine Technicians

🏢 Company: Endiprev USA

📍 Location: Flower Mound, Texas, Massachusetts and Rhode Island;

🕒 Job Type: Full-time

💡 Industry: Renewable Energy / Wind Power

💵 Pay Range: Competitive salary + offshore wind careers with accommodation included

Start Date: Hiring immediately

📅 Published Date: June 01, 2025

📦 Job Category: Technicians

🚚 Relocation: Offshore wind technician with rotation schedule

⏳ Application Deadline: Open Until Filled

Current Offshore Wind Energy Careers You Could Work On

📍 1. Vineyard Wind – Preventative Maintenance

  • Location: Martha’s Vineyard Island, MA
  • Details: Helicopter taxi services to wind turbines every day
  • Tour: 6 weeks on / 2 weeks off
  • Lodging: Onshore on Martha’s Vineyard

📍 2. Vineyard Wind – M&E and Commissioning:.

  • Location: Offshore New Bedford, MA
  • Details: Live on board offshore supply vessels
  • Rotation: 3 x 3 weeks

📍 3. Block Island Wind Farm – Corrective Maintenance

  • Location: Offshore Rhode Island
  • Detail: Working live on a OSV
  • Roster: 3:3 Rotation: 3/3 (3 weeks on 3 weeks off)

Offshore Wind Turbine Technicians Jobs Responsibilities and Duties

  • Adhere strictly to all EHS requirements with no exception
  • Examine, fit, and fix GE offshore wind turbines
  • Document work tackle: TWP, WDI, PCAT, FCAT, CCT etc.
  • Deliver comprehensive inspection and progress reports
  • Collaborate with cross-func 9352-442 Cross FunctionalCollaborate with cross-functional team to get task done.tional teams to finish a task.
  • Perform preventive and corrective maintenance
  • Determine the cause of electrical or mechanical malfunctionaries.
  • Adhere to client and regulatory requirements for quality control
  • Observe climbing and safety best practices — working at heights of up to 800 feet

Ideal Candidate Profile For Wind Turbine Technician Jobs USA

Responsibilities We are seeking Wind Turbine Technicians for the following:

✅ Very motivated and willing to take on new challenges off-shore

✅ Hardworking and in good shape to climb turbines several times a day

✅ Ability to work in tight spaces, at height, and under adverse conditions

✅ Nimble and capable of adjusting quickly to change up front

✅ Dependable – shows up on time, all the time

✅ You are positive, humble and open to project lead direction

✅ Strong communicators, team players, and are culturally proficient

Experienced Wind Technician Minimum Requirements

Experienced wind turbine technician positions open now. So Candidate must have experience working on Wind turbine experience (onshore or offshore)

  • Current, Valid U.S. Driver’s License or U.S. State ID
  • Pass a drug test and background check
  • Eligible to work in the US legally
  • And the ability to climb alone, without climber assist devices
  • Able to pick or carry 50 lbs. or more.
  • Sense of sight: Judging depth, seeing to the side and perceiving color
  • Familiarity with Microsoft Office applications
  • GWO certifications and offshore survival training an asset

Offshore Wind Turbine Technician Jobs Salary & Benefits Package

Endiprev USA provides a full and generous wind turbine jobs with 401k and health benefits package for especially for the GE wind Turbine Technician Jobs that includes:

💸 Compensation Offered Hourly, dependent on experience and role

🏦 401(k) with company match

🏥 Medical Insurance

😁 Dental and Vision Insurance

🤒 Short-Term Disability

❤️ Life Insurance

👶 Parental Leave

🌴 Paid Vacation & Holidays

✈️ All travel, accommodations, and meals paid for during rotations

How To Apply Renewable Energy Jobs USA 2025

Click the Apply button, join us in using technology to help and have fun doing it!

If you’re an experienced wind turbine technician who can take your career to new offshore heights, then this GE wind turbine technician jobs opportunity to work on some of the most innovative offshore wind projects in Texas, U.S. Apply for wind turbine jobs in Massachusetts offshore wind farms.

DONT MISS OUT!!!! Endiprev USA actively hiring for a series of offshore wind projects starting now!

👉 Submit your application today and help drive the wind energy careers.

Please e-mail your resume and certificates to:

📧 careers@endiprevusa.com

🌐Explore our careers site: www. endiprevusa. com/careers

Frequently Asked Questions (FAQ) – Offshore Wind Energy Careers

✅ 1. What do I need to become an offshore wind turbine technician in the USA?

In order to get a offshore wind turbine technician jobs USA, you usually need experience in wind turbine maintenance, particularly with GE turbines, have strong mechanical and electrical troubleshooting abilities, and be able to work in offshore, high-risk environments. GWO & OSHA certificates strongly preferred for US offshore positions in the US operating within wind industry.

✅ 2. Is prior offshore experience necessary to be eligible for a job as a wind technician?

No, onshore wind technicians are encouraged to apply. While offshore experience is a benefit ,Endiprev USA offers: training, safety orientation and transport logistics to help onshore techs make a smooth transition to offshore.

✅ 3. Where are the offshore wind farm projects for this job?

Some of these efforts already are found off Massachusetts and Rhode Island coasts at the Vineyard Wind and Block Island Wind Farm sites. Technicians are based on Service Vessels or Martha’s Vineyard Island depending on schedule rotation and assignment.

✅ 4. For an offshore Offshore Wind Turbine Technicians technician Jobs, what will the rotation be like?

Rotations are typically on a 3 weeks on/3 weeks off or 6 weeks on/2 weeks off basis depending on the project. All travel offshore travel, lodging and day to day transfers are provided and handled by Endiprev USA.

✅ 5. Least do these offshore jobs come with included travel and lodging?

Yes. Endiprev USA pays for all travel and amenities, including airfare, hotels, meals, and transportation to the offshore locations. You don’t have to live in Massachusetts or Texas to be eligible.

✅ 6. How much does an offshore wind turbine technician make?

The rate per hour is determined by your level of experience, certificates and also the project you work on. Endiprev also provides an extensive benefits package including 401(k), health insurance, paid time off, parental leave.

✅ 7. Will I focus on GE wind turbines during these offshore jobs?

Yes, the majority of our offshore wind projects today use GE turbine versions. Experience in GE commissioning, M&E, and troubleshooting is a plus.

✅ 8. What sort of physical demands must I meet to do this work?

For Offshore Wind Turbine Technicians Jobs you should be able to climb up to to 800 feet, work in all kinds of weather conditions, be able to lift 50 lbs, and be adept at working in small spaces. Good vision, depth perception, and a good physical condition are a must.

✅ 9. What offshore wind turbine technician certificates do I need?

First aid, CPR and other safety related certifications are highly desired, with an estimated 20 hours required for completion of these skills as part of the new hire onboarding training Hour OSHA a plus & Basic rigging signal preferred for the wind turbine technician jobs USA. But if you do not have already these certificates, Endiprev may help you to be certified according with your experience.

✅ 10. How can I apply for this Offshore Wind Technician job at Endiprev USA?

Apply for an experienced wind technician, please send your updated resume and certifications to careers@endiprevusa.com or apply on our website at https://windnewstoday.com/

In the Bottom

If you are seeking for a challenging and exciting wind energy technician career in the world, then look no further than Endiprev USA Careers in Texas. This is an offshore wind turbine technicians jobs that is more than just a paycheck, this is your foot in the door to a never dull, team and city changing clean energy career. You’ll have comprehensive training, a supportive leadership team, and the offshore wind energy careers opportunity to work on the front lines of renewable energy innovation, all while building the skills and experience you need to further your career in one of the fastest-growing industries in the world.

👉 Check Out more wind turbine technician jobs, wind energy careers USA, infrastructure careers on our careers page or job board

📌 Browse similar jobs in:

  • Wind Turbine Technician Jobs – Texas
  • Wind Turbine Maintenance Jobs – Texas
  • Renewable Energy Jobs – Midland Region
  • Entry Level Energy Jobs – Nationwide
  • Wind Energy Technician Jobs USA
  • Offshore Wind Energy Careers 2025 – USA
  • Experienced Wind Technician USA

🔗 Check here to explore more opening » windnewstoday.com/category/jobs/

‘Big Beautiful Bill’ May Cast Shadow on U.S. Wind Energy Progress: Industry Looks at Uncertain Future

‘Big Beautiful Bill’ May Cast Shadow on U.S. Wind Energy Progress

One wind turbine can generate enough electricity to power nearly 1,000 homes. But because of the so-called “Big Beautiful Bill,” hundreds of those turbines might not rise — and America’s clean-energy momentum may fizzle.

Advertised as a patriotic remake of America’s energy policy, the proposal includes the passage of a Senate amendment that would slap punitive tariffs on the backbone the wind power industry in the US. While a proposed tax on wind and solar was dropped from the, the final bill still des the phase-out of clean energy tax credits, essentially swifter projects only have two years — until 2027 — to be up and running, or lose critical financial assistance.

That may seem like a small tweak. It isn’t. Wind projects, particularly large farms, take years of planning, permitting and investment. If the bill reduces the timeline, it is throwing sand in the gears of an industry that is creating jobs, cutting emissions and giving new life to rural communities across the country.

These aren’t theoretical losses. Up to 72 percent of planned clean energy installations are at risk of being delayed or canceled, analysts say. That means lost work for turbine technicians and manufacturers. Lost Income for Farmers Leasing Land. And higher energy costs for families that could have benefited from cheap, homegrown power.

Wind power is not a dreamer’s dream. It’s a tried and true engine of economic and environmental progress. Just ask Texas, the country’s wind leader, where conservative farmers and green advocates alike now re

America Stands at a Crossroads on Energy

For years, the United States has sought to be a world leader in wind power, putting millions of homes within easy reach of high plains and coastal breezes that can carry the electricity generated by wind turbines. But a bill now being readied in Congress — named in the tradition of energy nationalism, or more specifically, the “Big Beautiful Bill” — is poised to bring that progress to a grinding halt, or worse.

Hailed by former President Donald Trump as a major victory for “traditional American energy,” the Big Beautiful Bill is coming under fire from renewable energy experts, economists, labor unions, and business leaders for doing too much harm to the wind and solar industries. Critics say that the bill would overturn decades of bipartisan policy to promote clean energy and leave thousands of renewable projects hanging in the wind.

With far-reaching implications for clean energy tax credits, wind turbine manufacturing, energy prices and climate policy, it is on track to become one of the most significant — and contentious — energy fights of recent American history.

What Is the “Big Beautiful Bill”?

That bill, the “Big Beautiful Bill,” is a sweeping energy and tax reform package backed by Donald Trump, the former president, and some conservative lawmakers. Billed as a pro-American, pro–energy independence proposal, the bill is larded with clauses that:

  • Advance the sunset on clean energy tax credits, including the popular Production Tax Credit (PTC) for wind.
  • Limit wind and solar development that relies on imported components, particularly those from China.
  • Ramp up fossil fuel development, promising to lease out more federal territory for oil and gas drilling on public lands.
  • Diminish financial aid for new renewable energy initiatives that begin after 2027.

For good, the bill does not contain a proposed tax on wind and solar projects that was part of the negotiations a few weeks ago, although it still cuts by a relatively significant amount the time frame for the development of wind and solar power, which critics point out is no small thing.

How Wind Energy Works — Why Policy Matters

Wind power has become one of the cheapest and most readily scaleable forms of energy generation in the US. Today, one wind turbine can produce enough power for close to 1,000 homes year-round, and entire regions — looking at you, Texas and Iowa — now get a large fraction of their electricity from wind.

But wind projects — particularly utility-scale wind farms — are multi-year affairs that require planning and permitting, financing and construction. That’s what makes politically stable, long-term support so essential. And it’s true that programs like the Production Tax Credit (PTC), whose origins date back to the 1990s, have played a role in helping to make wind energy cost-competitive with fossil fuels.

The PTC generally extends a per-kilowatt-hour tax credit to developers over a period of 10 years for electricity produced from new wind facilities. Without these credits, many projects are dead on arrival — particularly through early-stage investment.

What Big Beautiful Bill Impact On Wind

Under the Big Beautiful Bill, only wind and solar projects that were fully operational by the end of 2027 would continue to be eligible for these federal clean energy tax credits. This small window is a serious challenge to the clean energy pipeline, as most wind projects have a 3–5 year timeline from conception to completion.

What’s at Stake?

From several clean energy analytics firms:

  • As much as 28 gigawatts (GW) of wind and solar projects in the works may no longer qualify for tax credits.
  • At least 72% of them are at risk of being delayed or dropped because of financing difficulties and political unpredictability.
  • Hundred billions of dollars of investment in clean energy industries could leave for countries with more predictable energy policy.

In practice, that could translate to fewer turbines in the ground, less clean energy on the grid and higher electricity bills for American consumers.

Wind Energy Jobs: A growing Sector Under Threat

Wind power has been among the fastest growing renewable energy job sectors in the United States. Wind turbine technicians have been in the top five fastest growing jobs for years now, and the industry has brought:

  • Construction teams and engineers working on wind farms.
  • Technicians maintaining the turbines.
  • Turbine blade, tower and nacelle factory workers.
  • Truck drivers and cranemen hauling equipment.
  • Landowners, especially those in rural America, who rent land for wind projects.

All of those economic dividends are endangered by Big Beautiful Bill. And the thousands of renewable energy jobs that might disappear if project development in states such as Texas, Oklahoma, Kansas and Iowa stalls. All this clean power brought suddenly home to a place many Americans have never seen.

Elon Musk, and Industry Leaders Slam the Legislation

Among the most outspoken opponents of the Big Beautiful Bill is Tesla and SpaceX CEO Elon Musk, who characterized it as “utterly insane and destructive legislation.”

“It’s just madness,” Musk took to X (formerly known as Twitter) to write. “This bill is an exercise in handouts to the industries of the past that punishes the industries of the future. It would obliterate the American worker.”

Musk’s denunciation echoes growing recrimination in the tech and clean energy sectors that the bill is more about short-term political gain than about the U.S. leading in energy over the long term.

In a statement released to the media, the American Clean Power Association (ACPA) decried the legislation as “a step backward for American energy policy” and said it would drive up electricity costs, kill jobs for Americans and set current climate goals in the country back.

States Most Affected

Republican lawmakers on both the left and the right have thrown their weight behind the bill, but its impacts may fall hardest on Republican-led states. Consider the following:

  • Texas is the wind energy capital of the country, with thousands of wind jobs.
  • Iowa and Oklahoma produce more than 40 percent of their electricity from wind.
  • With strong wind resources, Wyoming, Kansas and North Dakota are adding projects to their portfolio of wind projects.
  • South Dakota and Nebraska are growing wind powerhouses that are dependent on federal help.

In these rural states, wind power was not simply a partisan issue; it was one of revenue, job creation and pride. And the Big Beautiful Bill, for all its patriotic trappings, could undermine these local triumphs.

Energy Security and Climate Consequences

The bill comes at a time when global energy security is particularly salient, given the conflicts and supply shocks that have underlined the need for diversified, domestic energy sources.

Wind power provides:

  • Energy independence — It does not depend on unpredictable fossil-fuel markets.
  • Cheap power — The price of wind energy has declined more than 70% during the past decade.
  • Zero emissions —Wind is one of the most environmentally friendly sources of power on the planet.

The proposed “Big Beautiful Bill” comes at a time of extreme global energy policy peril — when energy security has never been more important, and the dangers of ceding ourselves to dependency on fossil fuels have never been more stark. Ongoing geopolitical tensions, disruptions to supply chains, and fluctuating prices of oil and gas have all made it clear that investing in a diversified set of domestically based energy resources, especially those that are invulnerable to foreign shock, is critically important. In that way, wind is one of America’s smartest energy sources and provides a trifecta: energy independence, low cost and no emissions. While fossil fuels are tied to wild global marketplace fluctuations and ripe for inflation, wind power is grown here in America, impervious to the foreign fix we face with oil. Wind energy costs have fallen more than 70% over the last 10 years, now making wind one of the cleanest and also cheapest electricity options on the market.

Across the Great Plains and along the coasts, wind turbines have become as familiar a part of the American landscape as fast food outlets and big box stores, silently turning in the breeze, and now they are powering millions of American homes, and stabilizing local energy grids, saving working families money along the way. Perhaps more important, wind is a driving force behind America’s climate action—emitting no greenhouse gases, no air pollution, and no hazardous waste.

Modern wind turbines generating clean electricity in rural America under threat from Big Beautiful Bill policy changes
Photo: nyt

Taking about Big Beautiful Bill impact on wind industry 2025, having policies that support wind power is more important than ever as the world continues to race toward carbon-free energy, and as world leaders from over 150 countries commit to climate goals and to protect future generations. But the Big Beautiful Bill risks reversing this progress, if it undoes hard-won clean energy tax credits and introduces policy uncertainty at exactly the wrong moment. Cutting support for wind projects not only delays the deployment of clean energy but also delivers a catastrophic signal to investors, developers and international partners — that the United States is not longer serious about being a global leader in clean energy. Just as Europe and China scale up investments in renewables and build secure energy supply, any retreat by the U.S. would be a step back from the front lines of climate and energy innovation.

This uncertainty is a huge financial risk for investors and less motivation to invest in long-term infrastructure. For domestic producers, it could portend canceled orders, closed plants and lost chances to take the lead in a fast-evolving sector. And for the world, it calls into question whether America can be trusted to honor its environmental commitments. With the climate crisis getting worse by the day — with record-breaking wildfires, hurricanes and droughts becoming annual events — the urgency to support proven technologies like wind energy has never been higher. Rather than retrenching, the U.S. should double down on renewables investments that enhance national security, create good-paying jobs and lower emissions.

Wind turbine-driven energy independence is not some fantastical vision of the future; it’s a real-time reality built through decades of bipartisan putting our money where our mouths are and private sector elbow grease. Sabotaging such progress with short-sighted legislation could have devastating implications, not only for the environment, but for America’s competitiveness in the global energy economy of the future. By pursuing the policies that enhance the stability and growth of renewables – like extending the Production clean energy Tax Credits, supporting grid modernization and providing investors confidence – the United States can help prevent wind being a key part of national resilience. Instead, enacting a bill that leads us backward and undermines the very foundation of our clean energy structure will only continue the cycle of dependence upon fossil fuels, raise consumer costs, and cede the United States away from its leadership position in this century’s global race to dominate climate and energy policy.

The decision facing lawmakers isn’t just one of subsidies versus tax schedules — it’s about whether the United States will be at the front of or at the back of the 21st-century clean energy race.

Farmers, Landowners and Local Economies Suffer

Not only will big developers lose — local communities will be the losers as well.

  • Farmers who rent land to wind developers receive steady, long-term income.
  • Rural counties earn tax revenue from wind projects.
  • Wind energy taxes provide direct funding to local schools, fire departments, and hospitals.

And if the Big Beautiful Bill stalls new wind energy industry in the US, these lifelines to rural America would dry up — while, ironically, hurting the same communities the bill purports to aid.

Clean Energy vs. Fossil Fuel: A False Dilemma?

The Big Beautiful Bill Fossil Fuel vs. Clean Energy incentives, supporters of the bill, they argue, need to return to their livestock, energy realism and “support American oil and gas.” But some critics say that is a false choice.

“We don’t have to choose between jobs at home and clean energy,” said a spokesman for the ACPA. “We can have both — and we must if we are to compete in the world.”

The U.S. can and should help all energy workers — but not by hollowing out the sectors creating jobs and energizing investment.

Policy Recommendations — What Needs to Change

Now that the Big Beautiful Bill is now making its way over to the House of Representatives, clean energy advocates are lobbying for key amendments, including that the:

The Pass the PTC Act would extend the production tax credit (PTC) for wind through at least 2032.

  • Save loan guarantees and investment tax credits for renewable energy developers.
  • Opposing export penalties targeted at the renewable component supply chain.
  • Preventing trade provisions that penalize American energy consumers.

Such policy changes would revive confidence among investors, stabilize the development pipeline and allow the wind industry to continue to play a part in the economy.

A Crossroads for the Future of U.S. Wind Power

The Big Beautiful Bill (as it’s called) may sound patriotic on paper — but it’s about the furthest thing from that the American wind industry can imagine.

With over 1.7 million jobs at stake, billions of dollars of investment in jeopardy, and long-term climate and energy security objectives at risk, this bill is a critical moment in the life of our country.

America faces a choice to lead the global clean energy transition, or lag in a world increasingly fueled by wind, sun and innovation.

As members of the House debate, one thing is certain: decisions they make in the coming weeks are likely to influence the U.S. energy landscape for decades to come.

The “Big Beautiful Bill” is a landmark for the wind energy industry in the US– one that has driven economic development, revitalized rural America, and provided clean energy to millions of Americans. Although couched in terms of a patriotic energy plan, the bill imposes a faster phase-out of the Big Beautiful Bill wind eenrgy tax credits expiration and restrictive policies that will block or delay the completion of hundreds of wind projects, including the loss of over 1.7 million American jobs in clean wind energy.

In the midst of a global momentum for clean power, America needs to carefully consider the long-term implications of this law. Keeping the wind at our backs is not only an environmental imperative — it is an economic imperative, and a major component of America’s energy security.

As the legislation travels through Congress, lawmakers will decide through a series of forks in the road whether the U.S. remains at the forefront of renewable energy innovation or lags behind in the clean energy race across the world. The fate of millions of workers, communities and the climate demands it.

Frequently Asked Questions (FAQ)

What is the Big Beautiful Bill Impact On wind energy?

The Big Beautiful Bill is a proposed legislative package supported by former President Donald Trump that hastens the sunset of clean energy tax credits, which also extend to wind power. Only wind projects that are in service by the end of 2027 would be eligible for the Production Tax Credit (PTC), essentially setting back or even killing dozens of projects and threatening U.S. strides in renewable energy.

When would the wind energy tax credit expire under the Big Beautiful Bill?

Under the bill, wind energy tax credits would end in 2027. Any project that wasn’t up and running by Dec. 31, 2027, would lose eligibility for the federal Production Tax Credit, making it more difficult to secure financing and finish large wind farms on schedule.

How much clean-energy capacity is at risk from the new legislation?

As many as 28 gigawatts of planned wind or solar capacity could be put at risk, according to energy analysts, under the Big Beautiful Bill. Those projects may lose the critical tax credits and federal loan backing that helped launch them, halting the growth of clean energy in the United States.

What will the bill mean for renewable energy jobs?

The American Clean Power Association and labor unions project that if the wind tax credits lapse, over 1.7 million construction and manufacturing jobs could be lost. These losses would hit rural communities particularly hard, and states that have sunk billions of dollars in wind infrastructure, such as Texas, Iowa and Oklahoma.

What does the bill do for U.S. energy independence and climate goals?

The bill would damage U.S. energy independence by slashing incentives for domestic, clean sources of energy such as wind. It also puts the brakes on progress toward zero-emissions energy goals, sending a signal to global investors and allies that the United States might be pulling back at a time when other nations are accelerating investments in clean energy.

Can Congress overrule or alter the Big Beautiful Bill’s features?

Yes. The measure still needs to pass the House as well, and there’s a chance lawmakers could revive long-term tax credits for clean energy, extend eligibility timelines or add new givebacks to shore up renewable energy. Industry advocates are calling on Congress to act before long-lasting damage is inflicted on the wind energy business.

Why are permanent tax credits so critical for a wind project?

The process of planning, permitting, and constructing a wind energy project typically requires 3 to 5 years. Long-term, predictable tax credits such as the PTC provide developers and investors with the certainty to finance these multidecade projects. Abrupt changes in policy upset the entire development pipeline and sometimes lead to delays or cancellations.

Power the Energy Future USA – Be a Part of Building the Next Generation of Floating Offshore Wind Farms

Project Engineer Floating Offshore Wind in Boston, MA

Project Engineer Floating Offshore Wind – Prime your career with Quest Energy! Take the Offshore Wind Careers USA opportunity

Do you have years industry experience as an engineer and are keen to transfer your offshore construction skills into the renewables sector? Do you want to help lead the charge in pioneering floating offshore wind projects that will change the energy landscape in the USA?

Quest Energy Group – a leader in contract staffing services for the offshore energy sector – is seeking Field Service Technicians to join a rapidly expanding service contractor that is focused on new technology for floating wind energy projects along the US Northeast coast. Location: Based in Boston, MA This is a great opportunity to get in at the ground floor of the floating wind sector, support critical infrastructure development, and drive the transition to clean energy.

This is not just another engineering job, this is ground floor opportunity to be part of the work to solve a truly industry changing energy transformation! As the United States powers up offshore wind, a new frontier is on the horizon: thousands of square miles of planned floating wind farms studding the nation’s coastal waters. You will work to deliver some of the country’s first commercial-scale industrial floating offshore wind farms, contributing towards projects of national importance for our clean energy and carbon reduction ambitions.

In this capacity, you will leverage your experience in offshore marine construction, subsea systems and installation logistics and carry over to new applications within renewable energy. You will engage closely with vessel based team, construction leads, and cross-discipline engineers to ensure the safe and efficient delivery of complex offshore scopes – TFI EPICAS (Cable Lay Operations, floating platform mooring systems, trenching, installation readiness).

If your career is based in offshore oil & gas, marine infrastructure or heavy subsea operations, now is your opportunity to switch gears towards a future-proof industry. The experience you gained in offshore settings is precisely the sort of know-how we need to turn floating wind into a reality in U.S. waters.

You will not merely be involved in a project — you will be helping to create an entirely new energy ecosystem. You will be part of an wind energy engineer Boston MA team at the growth knee of the curve, meaning you will have a front row seat to the engineering and innovation underpinning the next generation of energy systems. The organization you’ll be supporting already has an impressive project backlog, positive financial cash flows and a growing recognition as who’s-who in Northeast floating wind construction.

This role has the right mix of complexity, exposure, and impact. It’s a mix of field engagement, technical leadership and practical problem solving, trenching and offshore installation Jobs group with long-term offshore wind careers USA opportunity. And as the market for floating wind grows in the United States, so will your power.

So if you’re prepared to go beyond established offshore infrastructure to the cutting edge of floating wind marine engineer in clean energy sector — and if you want to help forge America’s offshore wind legacy — this job is your trajectory.

Offshore Wind Careers USA At A Glance!

What is need for a Wind Energy Engineer Boston MA

Core Responsibilities

As a Project Engineer Floating Offshore Wind, you will be key to planning and delivering large scale offshore wind infrastructure projects including the installation of submarine cables, trenching, construction of floating foundations, operating and coordinating marine construction. You will play a technical and operational role as floating wind marine engineer that demands tight engineering judgment, job teamwork across disciplines, and readiness to be deployed offshore.

Key Responsibilities Include:

  • Work across the entire lifecycle of floating wind projects, from FEED (Front-End Engineering Design) to execution and commissioning.
  • Prepare, programme and control the subsea cable lay/trenching and mooring system installation activities on floating structures.
  • Act as the liaison between the engineering, construction and marine operations team on technical matters.
  • Prepare, check and approve method statements, lift plans and marine construction procedures.
  • Coordinate activities with offshore vessels, including mobilizations, decks and installation readiness checks.
  • Ensure working to HSE standards, US offshore laws and floating wind best practise.
  • Control and update the engineering documents, sketches, work packs and QA/QC reports.
  • Work closely with cross-discipline stakeholders (civil, structural, electrical, and marine) to ensure the integration and constructability of the offshore systems.
  • Monitor project schedule, Offshore progress, interface issues on marine operation.
  • Participate on-site and off-site inspections when required further to milestones.

Key Qualifications for Project Engineer Floating Offshore Wind

To step into project engineer floating offshore wind role, you will have practical experience within offshore engineering and floating wind marine engineer and will be passionate about renewable energy & floating wind innovation.

Minimum Requirements:

  • Mechanical Engineer Bachelor of Engineering (Mechanical, Marine, Structural, Civil, or relevant) depending on discipline.
  • 4–10 years of experience in offshore energy construction projects, preferably including cable installation, trenching, or platform installation.
  • You will have previous experience with vessel based operations in offshore oil & gas, offshore wind or subsea infrastructure.
  • Knowledge of offshore equipment, DP vessels, ROVs, cable lay systems and trenching tools.
  • Good ability to read and understand technical drawings, specifications, and marine charts as a wind energy engineer Boston MA
  • Excellent organization, documentation, and reporting abilities.
  • Must be a U.S. Citizen or Permanent Resident (Green Card holder) — project mandatory government regulation.
  • Ability to travel to project sites, primarily in Boston, New Jersey, and throughout New England, with possible offshore work.
  • Highly desirable: knowledge of floating systems, moorings, or dynamic cable laying.

Preferred Skills & Certifications for wind energy engineer Boston MA

  • Background in floating offshore wind or European offshore wind projects.
  • GWO or OSHA certifications (or be willing to get them).
  • Project Management (PMP) certification is an added advantage.
  • Experience with project tools like AutoCAD, Navisworks, Primavera P6 or the like is a plus.

Floating offshore wind jobs in USA salary

For as a Project Engineer Floating Offshore WInd Construction with a floating wind experience in the Wind Energy Engineer Boston – the base salary in the Boston/New England area is in the range of:

Between $95,000 – $135,000 USD per year (based on experience, certifications, and projects).

🔎 Breakdown Factors:

  • $95K–$110K – 4–6 yeare of offshore or subsea construction experience, strong technical, some project leadership duties
  • £110K–£125K – 6–8 years, direct floating wind or subsea cable experience, vessel operations, multi disciplinary coordination
  • $125k–$135k+ – 8–10+ years, involved with complex offshore wind project delivery, experienced on U.S. BOEM regulated projects, capable of leading on projects

📦 Common Add-Ons:

Offshore/day rates for mobilizations (where some degree of mobilization is require)

Annual performance bonus or project bonus

Daily rate of pay, or travel/housing stipend (if not Boston local)

Relocation support (in some cases)

401(k), Health/Dental/Vision, GWO or Safety Training coverage

Offshore Wind Careers USA Outlook

WE ARE MORE THAN A JOB — IT’S A CAREER MAKING OPPORTUNITY TO WORK IN ONE OF THE FASTEST GROWING RENEWABLE SECTOR IN THE WIND ENERGY ENGIEER BOSTON, MA,USA.

Floating wind is one of the fastest growing markets on the East Coast and you will have the opportunity to join a company with a strong project backlog, established leadership, and a focus on internal talent development. You will be exposed to cutting-edge infrastructure projects; offshore wind developers, and international engineering partners. In this position you’ll have the opportunity to develop into:

Senior Project Engineer

Offshore Construction Manager

Floating Wind Package Lead

Marine Operations Director

You will help shape America’s offshore wind future — and create your own legacy in clean energy leadership.

FAQ – Project Engineer Floating Offshore Wind, Boston

What You Need to Know Before Applying as a wind energy engineer Boston MA—and Why This Might Be the Most Exciting Job in Offshore Wind Right Now

🔹 1. Why is this Offshore Wind Project Engineer opportunity a big deal?

This is no ordinary engineering job — its a chance to be a part of the US floating wind revolution. As the United States grows its offshore wind Careers USA, floating wind is the next frontier. You will be directly involved in creating the infrastructure that powers millions of homes, revolutionizes energy markets and combats climate change. Jumping in right now is like buying in at the ground level of one of America’s most exciting clean energy booms.

🔹 2. What type of offshore wind projects will I work on?

You will be working on floating wind projects off the coast of the Northeast United States — think Boston, New Jersey and New England ports. These include subsea cable lay, mooring and anchoring systems, the integration of floating platforms and the coordination of offshore construction with cutting edge vessels and marine equipment. You will be solving engineering problems in the real world, where the sea meets innovation.

🔹 3. Do I have to have floating wind experience to apply?

No — but it helps. If you have a background in offshore oil & gas, marine construction or even fixed-bottom wind, then it is highly likely you have the trenching and offshore installation jobs skills we’re looking for project engineer floating offshore wind job . Vessel operations, subsea installation or dynamic cables background? Even better. It’s your offshore engineering capability that really matters and your success working in difficult marine conditions.

🔹 4. How much will I travel? Will I work offshore?

Be prepared to travel frequently to project ports and construction sites along the Northeast — potential mobilizations offshore depending on project stage. This is not a desk job; it is a hands-on, outdoors, field-based job. You’ll be on the front lines: in port yards, on marine vessels, and behind the scenes to bring offshore work to life in real time.

🔹 5. What sort of company am I coming to?

You’ll be with a prominent offshore services contractor with support from Quest Energy Group. The firm is nimble, fast expanding, as well as rooted in the center of the floating wind revolution. It’s just the right size, to give you real responsibility, but also have the resources to support mass-scale infrastructure.

🔹 6. I live in a different city — will I need to move to Boston?

Boston is home base, but if you’re willing to live on a plane and are open to eventually moving, you’re a leading candidate. The organization is keen to consider candidates who are able to relocate, are willing to embrace change and are committed to a progressive career trajectory. If you have your bags half-packed already, now’s your opportunity.

🔹 7. Is U.S. work authorization required?

Yes. You must be a US Citizen or Permanent Resident (Green Card holder) due to project regulatory requirements. We’re unable to offer sponsorship at this time. This is in accordance with federal and off-shore marine laws.

🔹 8. What does the career growth path look like for floating offshore wind jobs in USA?

Fast-track. Floating wind is taking off in the U.S., and João joining now means sky’s-the-limit career growth. Between 1, and 3 years, you could be moving into:

Lead Project Engineer

Offshore Installation Manager

Construction Package Lead

Floating Wind Program Director even …

You’re not just joining a project — you’re helping to shape the entire U.S. floating wind industry.

🔹 9. What tools and software do I need for Floating wind marine Engineer?

Expect to work with:

AutoCAD/SolidWorks for drafting & reviewing

Primavera P6 or MS Project, to schedule.

Procore, Aconex or equivalent for doc control

With marine planning tools, installation trackers and offshore operational dashboards

You are prepared if you can manage arrangements and communicate effectively with marine teams.

🔹 10. What if I care about the transition to clean energy?

So then this job is where you should be. You will work on projects that will count toward state and federal decarbonization mandates as wind energy engineer Boston MA. Every cable you assist in laying, every structure you assist in placing, is helping push America toward sustainable, renewable offshore energy.

Eager to roll up your sleeves for one of the most transformative engineering roles in clean energy?

If you have experience, ambition, and aren’t afraid to get dirty out at sea, then it’s your time to own the lead and to own the growth, building a cleaner future.

About Quest Energy Group

About Quest Energy Group is a full service multi-disciplined consulting engineering firm whose commitment is to provide sustainable solutions to the building and utility industries in U.S. and internationally. Our work is based in the betterment of energy efficiency, conscious construction and climate-sensitive infrastructure.

We specialize in:

Energy analysis and modeling

Energy code compliance

Investment-grade energy audits

Building commissioning

Sustainability consulting for LEED, Green Globes, other certifications

At Quest, sustainability is not a department — it is our business. Our staff consists of licensed engineers, commissioning professionals, architects and energy analysts that work together to implement high performance designs for a wide range of clients.

Quest Energy Group Careers 2025

Types of Construction and delivery Method Our projects have involved numerous types of construction and delivery methods, including, but not limited to:

Single-family and multifamily residential

Industrial, laboratory, and institutional facilities

Colleges and schools and government buildings

Large-scale, multi-phase commercial developments

We have a broad client base which includes:

Building owners, developers, and utilities

Engineers and architects

Government agencies and educational institutions

General contractors and public-private partnerships

Despite being Arizona based, Quest works nationally and has provided consulting services in more than 20 countries.

We are leveraging our deep sustainability experience as we grow into the world of offshore renewable energy, including floating wind power and marine infrastructure, to help the world meet its most pressing energy needs.

How to Apply Offshore Wind Job USA 2025

Want to be part of a growing team that’s shaping the future of floating offshore wind in the U.S.?

📧 Email your resume and cover letter to info@questenergy.com

📌 Please use subject line: Project Engineer – Floating Wind (Boston)

Michael Using – Lead for Northeast Offshore Energy

📧 m.ising@questenergy.com | 📞 (480) 467-2480

Read up on Quest at www. questenergygroup. com

⚠️ Rolling applications – apply early!

Quest Energy Group is an EOE. All applications will be treated in confidence.

Check Out more Project Engineer Floating Offshore Wind careers, wind technician jobs, wind energy engineer, Trenching and Offshore installation jobs, Floating wind marine engineer and infrastructure careers on our careers page or job board

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