The offshore wind industry is growing fast, and 2026 is shaping up to be one of its most transformative years yet. Seven trends are driving that change right now: rapid capacity growth, the rise of floating wind, larger turbines, green hydrogen integration, grid bottlenecks, workforce shortages, and new financing models. Whether you work in project development, operations, or workforce planning, these shifts will directly affect how you plan and staff your projects. Here is what each trend actually means in practice.
How fast is the offshore wind industry actually growing?
The offshore wind sector is expanding at a pace that few other energy industries can match. Global installed capacity has roughly doubled over the past five years, and new project pipelines across Europe, Asia-Pacific, and North America continue to grow. Governments in the UK, Germany, the Netherlands, the US, and several Asian markets have set legally binding targets that require significant new capacity to come online before 2030.
What makes this growth particularly notable is that it is not slowing down, despite supply chain pressures and rising costs. Demand for clean energy is simply too strong. For companies operating in maritime and energy industries, this sustained growth translates directly into a long pipeline of projects that need qualified people, vessels, and infrastructure.
What is floating offshore wind and why is it gaining momentum?
Floating offshore wind refers to turbines mounted on floating structures anchored to the seabed, rather than fixed foundations. This technology allows wind farms to be built in water depths beyond 60 metres, opening up vast areas of ocean that were previously inaccessible. Countries like Norway, Japan, Portugal, and the UK are leading early commercial deployments.
The momentum behind floating wind comes down to geography. Many of the best wind resources sit in deep water. Fixed-bottom turbines simply cannot reach them. As floating technology matures and costs come down through larger project volumes, it is expected to become a mainstream part of the offshore wind mix well before 2030. For project developers, this also means new installation methods, new vessel requirements, and new crew competencies.
How are turbine sizes changing the offshore wind market?
Turbines are getting dramatically larger. Where a 5 MW turbine was considered large a decade ago, today’s leading manufacturers are deploying 15 MW and even 18 MW machines, with larger designs already in development. A single turbine can now power thousands of homes, which means fewer units are needed per project and installation becomes more efficient per unit of energy produced.
For the offshore workforce, bigger turbines bring real complexity. Larger components require specialist vessels with higher lift capacities, more precise installation procedures, and technicians trained on specific platforms. Maintenance windows are also more demanding because the consequences of a single turbine going offline are greater. This raises the bar for both technical skills and safety qualifications across the entire supply chain.
What role does offshore wind play in green hydrogen production?
Offshore wind is becoming one of the primary energy sources for green hydrogen production. Electrolysers powered by offshore wind electricity can split water into hydrogen and oxygen, producing a clean fuel with no direct carbon emissions. Several large-scale projects in the North Sea and off the coasts of Australia and Chile are already combining offshore wind farms with hydrogen production infrastructure.
This connection matters because it significantly expands the potential market for offshore wind beyond electricity grids. Industries that are difficult to electrify directly, such as shipping, steel production, and heavy transport, can use green hydrogen as a fuel or feedstock. For offshore project developers, this means wind farm design increasingly needs to account for hydrogen offtake infrastructure alongside conventional grid connections.
How is grid integration becoming a bottleneck for offshore wind?
Grid integration is one of the biggest practical barriers holding offshore wind back right now. Many coastal grids were not built to handle large volumes of variable renewable power, and the physical infrastructure needed to connect offshore wind farms to onshore networks takes years to permit, finance, and construct. In several European markets, projects are ready to generate power but are waiting on grid connections.
Solutions being developed include offshore hydrogen hubs that reduce the need for direct grid connections, multi-country offshore grid networks that share capacity across borders, and large-scale battery storage paired with wind farms. Regulatory frameworks are also evolving, with some governments fast-tracking grid permits specifically for renewable energy connections. For project planners, grid readiness is now a project risk that needs to be assessed as early as the feasibility stage.
What workforce and crewing challenges does offshore wind growth create?
The offshore wind industry is growing faster than it can train and deploy qualified workers. Demand for installation technicians, commissioning engineers, offshore supervisors, dynamic positioning operators, and marine coordinators is outpacing supply in most major markets. Projects are competing for the same pool of experienced professionals, and the competition is fierce.
Several factors make this harder to solve quickly. Many offshore wind roles require certifications that take time to obtain, such as GWO (Global Wind Organisation) safety training, BOSIET, and specific turbine manufacturer qualifications. Crew rotations for offshore wind installations are also complex, particularly when projects span multiple countries with different visa and labour law requirements. Finding people who combine the right technical background with the right certifications and the right availability is a genuine challenge for project managers.
You can browse offshore wind vacancies to get a sense of what roles are most in demand right now and what qualifications are typically required.
How iPS Powerful People helps with offshore wind staffing
We have been placing professionals in technically demanding offshore environments for more than 35 years. Offshore wind is one of our core focus areas, and we work with project developers, installation contractors, and vessel operators across Europe, the Middle East, and beyond. Here is what that looks like in practice:
- Full project crewing: We do not just place individual candidates. We can take on the complete crewing of an offshore wind installation or maintenance project, from survey through to commissioning, managing schedules, rotations, and compliance throughout.
- Certified professionals: Every candidate we place is screened against the relevant QHSE requirements and safety certifications for their role. GWO, BOSIET, and turbine-specific qualifications are standard parts of our screening process.
- Cross-border payroll: For international projects, we take candidates onto our own payroll, handle A1 certificates within the EU, and manage full compliance with local labour law. You carry no administrative or compliance risk.
- Local market knowledge: We have offices and representatives in the Netherlands, the Baltic States, Croatia, Saudi Arabia, Mexico, Dubai, and the US. That means we understand local hiring conditions, visa requirements, and labour regulations in the markets where your projects run.
- B Corp certified: We hold B Corp certification, which means our business practices meet independently verified standards for social and environmental performance. For clients with sustainability commitments, that matters.
If you are planning an offshore wind project or need to fill specialist roles quickly, we are ready to help. Learn more about who we are or get in touch with our team directly to discuss your staffing needs.