The fastest-growing offshore wind markets right now are the United States, Taiwan, South Korea, and several Northern European countries scaling up their existing capacity. Asia-Pacific is expanding at a particularly rapid pace, driven by national energy targets and significant government investment. This article unpacks which sectors and regions are growing fastest, what is behind that growth, and what it means for the workforce powering it all.
Which offshore wind markets are expanding the most right now?
The United States, Taiwan, South Korea, Japan, and the UK are currently the most active offshore wind markets in terms of new capacity coming online or under development. Europe remains the largest installed base, but Asia-Pacific is where the growth rate is most dramatic, with Taiwan and South Korea both setting ambitious national targets that require rapid project delivery through 2026 and beyond.
In the US, the offshore wind pipeline has regained momentum after a difficult period of project cancellations, with the Northeast states and the Gulf of Mexico now leading development activity. The UK continues to expand its North Sea capacity while simultaneously investing in next-generation floating wind projects in Scottish waters. Germany, the Netherlands, and Denmark are all pushing toward higher national targets, adding significant gigawatts to an already mature European market.
What makes Asia-Pacific stand out is the speed of build-out. Taiwan has become one of the most competitive offshore wind markets globally, attracting major international developers and a growing supply chain. South Korea is following a similar trajectory, backed by strong state support and an existing industrial base in heavy marine engineering.
What is driving offshore wind sector growth so fast?
Offshore wind is growing fast because of a combination of national energy security policies, falling technology costs, and corporate clean energy commitments. Governments across Europe, Asia, and North America are treating offshore wind as a core part of their energy mix, not just as an environmental policy but as an economic and strategic one.
Several factors are accelerating the pace:
- Energy independence goals following geopolitical disruptions have pushed governments to fast-track renewable capacity
- Improving turbine technology means modern offshore wind farms generate significantly more power per unit installed
- Maturing supply chains in Europe and increasingly in Asia are reducing project costs and lead times
- Corporate power purchase agreements are providing developers with long-term revenue certainty
- Grid infrastructure investment is finally catching up with generation capacity in several key markets
The result is a sector where project pipelines are measured in hundreds of gigawatts globally, and the competition for skilled people, vessels, and installation windows is intensifying every year.
How does floating offshore wind compare to fixed-bottom growth?
Fixed-bottom offshore wind is still growing faster in absolute terms because the technology is proven and deployable at commercial scale today. Floating offshore wind is growing faster as a percentage, starting from a much smaller base, but it represents the frontier of where the industry is heading over the next decade.
Fixed-bottom installations dominate current project activity. The monopile and jacket foundation technologies are well understood, the supply chain is established, and projects in the North Sea, Baltic, and East Asia are moving through development at pace. For 2026, the vast majority of capacity coming online globally is fixed-bottom.
Floating wind, however, is advancing quickly. Scotland, Norway, Portugal, and Japan are all developing commercial-scale floating projects. The technology opens up deeper water sites that fixed-bottom cannot reach, which is particularly relevant for markets like Japan, California, and parts of the Mediterranean where shallow coastal areas are limited. The first large-scale commercial floating farms are expected to reach financial close within the next few years, which will shift the growth dynamic significantly.
Which offshore wind roles are most in demand as the sector scales?
The most in-demand offshore wind roles right now are installation vessel crew, commissioning engineers, offshore electrical technicians, project managers, and QHSE specialists. As projects grow in size and complexity, the gap between available talent and project requirements is widening across all major markets.
Turbine installation and cable laying require specialist marine crews who are both offshore-certified and experienced with the specific equipment involved. Commissioning engineers with high-voltage experience are particularly hard to find at the volume the market needs. On the project management side, professionals who can coordinate multi-contractor offshore campaigns across international jurisdictions are in short supply.
We have seen consistent demand across our offshore wind vacancies for roles that combine technical depth with offshore safety certification. The BOSIET, GWO, and HUET qualifications are standard requirements, and candidates who hold these alongside specific turbine or cable experience are highly competitive. If you want a broader view of where demand sits across energy and maritime industries, the picture is similar: qualified people are the limiting factor, not project ambition.
What challenges slow down the fastest-growing offshore wind markets?
The biggest challenges slowing offshore wind growth are grid connection delays, supply chain bottlenecks, permitting timelines, and workforce shortages. Even markets with strong political will and available investment can stall when the infrastructure or people are not ready to match project ambitions.
Grid connection is consistently cited as the top constraint in the UK and Germany, where projects are ready to generate power but cannot connect to the network on time. In the US, permitting processes remain lengthy and legally vulnerable to challenge. In Asia-Pacific, local content requirements in markets like Taiwan add complexity for international developers trying to move quickly.
Workforce availability is a challenge that cuts across every market. Offshore wind requires a very specific combination of maritime skills, safety certification, and technical knowledge that cannot be built overnight. Training pipelines are improving but have not yet matched the pace of project growth. This creates real pressure on project timelines, particularly during peak installation seasons when vessel and crew availability is at a premium.
When will offshore wind reach its next major capacity milestone?
The global offshore wind industry is on track to surpass 300 GW of total installed capacity before the end of this decade, with the period from 2026 to 2030 representing the most intensive build-out phase the sector has ever seen. By 2026, several major markets are expected to cross significant national milestones that will reshape their energy systems.
The UK is targeting 50 GW by 2030. The US has a federal goal of 30 GW by the same year. China, already the world’s largest offshore wind market by installed capacity, continues to add gigawatts at a pace that outstrips any other single country. Taiwan is targeting 20 GW by 2035, with a large portion of that coming from floating wind.
These milestones are not just numbers. Each gigawatt of offshore wind requires hundreds of skilled professionals to build, commission, and operate. The workforce implications of reaching 300 GW globally are significant, and the industry is already working to close the gap between the people available and the projects that need them.
How iPS Powerful People helps with offshore wind staffing
We have been placing professionals in the energy sector for over 35 years, and offshore wind is one of the fastest-growing parts of our work. Whether you need a single commissioning engineer for a short-term campaign or a full crew for an installation vessel, we can move quickly and get the right people in place.
- Crewing and offshore placements for installation, operations, and maintenance campaigns
- Full project staffing from survey through to commissioning, with adaptive resource management across the project lifecycle
- International payroll and compliance, including A1 certificates for EU projects and full contract management so you carry no risk
- Local market knowledge through our offices in the Netherlands, the Baltic States, Croatia, Dubai, Saudi Arabia, Mexico, and the US
- Candidate screening against QHSE requirements and international safety standards as a condition of every placement
We are also B Corp certified, which means we hold ourselves to high standards on social and environmental performance. That matters in an industry that is built around a cleaner energy future.
Want to talk about your next offshore wind project? Learn more about us or get in touch with our team and we will find the right people for your project.