The most ambitious offshore wind projects in 2026 combine record-breaking installed capacity, deep-water or far-from-shore locations, and the logistical complexity of deploying hundreds of turbines across vast stretches of open sea. Projects like Dogger Bank in the UK and Hornsea in the North Sea consistently top the list, alongside rapidly scaling developments in the US, Asia-Pacific, and the Baltic Sea. Below, we break down what makes these projects stand out, which regions are leading the charge, and what it takes to staff them.
What makes an offshore wind project ‘ambitious’?
An offshore wind project earns the label “ambitious” when it pushes beyond what has been done before in terms of scale, location, technical complexity, or speed of delivery. The most ambitious projects typically combine large installed capacity (measured in gigawatts), turbines placed further from shore in deeper water, and tight construction timelines that require extraordinary coordination between developers, contractors, and workforce partners.
Ambition in offshore wind is not just about size. A project in a new market, built under challenging regulatory conditions or in extreme weather environments, can be just as ambitious as a record-breaking gigawatt-scale farm. What these projects share is the demand they place on engineering, logistics, and people.
Which offshore wind farms have the largest installed capacity?
The largest offshore wind farms by installed capacity are currently concentrated in the North Sea and off the coast of the United Kingdom. Hornsea 2, operated by Ørsted off the Yorkshire coast, held the title of the world’s largest offshore wind farm for several years with a capacity of 1.3 GW. It has since been joined and overtaken by Dogger Bank, which, when fully operational, will reach approximately 3.6 GW across its three phases, making it the largest offshore wind farm on the planet.
In Asia, the Changhua Offshore Wind Farm in Taiwan and large-scale projects off the coasts of China are rapidly scaling up, with several Chinese developments already exceeding 1 GW. The US is catching up fast, with projects like Vineyard Wind and Revolution Wind off the Northeast coast representing the country’s first utility-scale offshore wind installations.
Here is a quick overview of some of the most notable projects by scale:
- Dogger Bank (UK): Up to 3.6 GW across three phases
- Hornsea 2 (UK): 1.3 GW, 165 turbines
- Hornsea 3 (UK): Approved at 2.85 GW, under development
- Changhua (Taiwan): Multiple phases targeting over 2 GW
- Vineyard Wind (US): 800 MW, first large-scale US offshore wind project
What are the most technically challenging offshore wind projects?
The most technically challenging offshore wind projects are those built in deep water, far from shore, or in locations with extreme weather and seabed conditions. Floating offshore wind is the frontier here. Unlike fixed-bottom turbines anchored to the seabed, floating turbines are tethered to the ocean floor with mooring lines, allowing installation in water depths of 60 metres or more.
Hywind Tampen off the coast of Norway is currently the world’s largest floating offshore wind farm, powering oil and gas platforms in the North Sea. It represents a significant technical leap from conventional fixed-bottom designs. Projects planned off the coasts of Scotland, Portugal, and South Korea are pushing this technology further, targeting commercial-scale floating wind in the coming years.
Beyond floating wind, technical complexity also comes from the sheer distance from shore. Some of the newer North Sea projects sit more than 100 kilometres offshore, requiring longer export cables, more sophisticated vessel logistics, and longer travel times for crew and maintenance teams.
Which regions are driving the most ambitious offshore wind growth?
The most ambitious offshore wind growth in 2026 is happening across four key regions: Northwest Europe, the United States, Taiwan and South Korea, and the Baltic Sea. Each region brings a different driver, whether that is established infrastructure, government policy, or emerging market potential.
Northwest Europe, particularly the UK, the Netherlands, Germany, and Denmark, remains the global leader in installed capacity and project experience. The North Sea is now treated as a shared energy resource, with cross-border grid interconnections under active development.
The United States is in an accelerated build-out phase, driven by state-level mandates along the East Coast. Developers are navigating a complex permitting environment, but the pipeline of projects is substantial.
In Asia-Pacific, Taiwan has become a major hub for offshore wind investment, with international developers partnering with local firms to meet local content requirements. South Korea and Japan are following closely with their own ambitious targets.
The Baltic Sea is emerging as a high-growth zone, with Poland, Estonia, Latvia, and Lithuania all moving forward with offshore wind programs. We have offices in the Baltic States, which gives us direct insight into the local labour market and regulatory environment in this fast-moving region.
What workforce challenges do large-scale offshore wind projects face?
Large-scale offshore wind projects face significant workforce challenges, including a shortage of experienced offshore technicians, complex international crewing requirements, and the need to mobilise large teams within tight project windows. When a project starts on a fixed date, any delay in getting qualified people on board has a direct financial cost.
The demand for skilled offshore workers is growing faster than the available talent pool. Roles such as installation engineers, commissioning technicians, marine coordinators, and dynamic positioning officers are in high demand across multiple projects simultaneously. Competition for these profiles is intense.
International projects add another layer of complexity. Workers may be employed across multiple jurisdictions, each with its own visa requirements, labour law, and social security rules. Getting this right is not just a legal obligation but a practical requirement for keeping projects on schedule. You can explore offshore wind vacancies to get a sense of the roles that are most in demand right now.
Safety and qualifications are non-negotiable in this industry. Every person deployed offshore must meet specific QHSE standards and hold the right certifications. A bad placement in a safety-critical environment carries consequences that go well beyond the cost of finding a replacement.
How do offshore wind developers staff projects at this scale?
Offshore wind developers staff large-scale projects by partnering with specialist recruitment and crewing agencies that have deep networks in the energy and maritime sectors. Rather than hiring every role independently, most developers work with one or more workforce partners who can handle everything from sourcing individual specialists to managing the full crew for an installation campaign.
The most effective approach combines three elements. First, access to a large, pre-qualified candidate database so that roles can be filled quickly when project timelines demand it. Second, the ability to manage international payroll and compliance across multiple countries, which removes a significant administrative and legal burden from the developer. Third, adaptive resource management across the project lifecycle, from survey and preparation through installation, commissioning, and operations and maintenance.
For developers working across multiple energy sectors, a single workforce partner who understands both the maritime and renewables environment is significantly more efficient than managing multiple suppliers. The ability to scale a team up or down as project phases shift is equally important, particularly on multi-phase projects like Dogger Bank, where workforce needs change substantially between construction phases.
How iPS Powerful People helps with offshore wind staffing
We have been placing people in offshore and maritime roles for over 35 years, and offshore wind is one of the fastest-growing parts of our business. Whether you need a single specialist or a full project crew, we can help you get the right people in place on time.
- Crewing and recruitment: We source and place offshore wind professionals at every level, from installation technicians and marine coordinators to project managers and HSE officers, drawing on a database of more than 100,000 qualified candidates.
- Full project staffing: We can take on the complete workforce for an offshore wind project, managing resourcing across the full project lifecycle from survey to commissioning.
- International payroll and compliance: We place workers on our own payroll, handling A1 certificates, local labour law compliance, and cross-border contracts so you carry no administrative or legal risk.
- Local market knowledge: With offices in the Baltic States, the Netherlands, the UK, Dubai, and more, we understand the local talent markets and regulatory requirements in the regions where your projects are running.
- B Corp certified: We meet high standards for social and environmental performance, which aligns with the sustainability commitments that define the offshore wind sector.
If you are planning an offshore wind project and want a workforce partner who understands the complexity involved, we are ready to help. Learn more about us or get in touch to talk through your staffing needs.