Wind energy is now one of Europe’s larger industrial employers, but the headline totals hide a more uneven picture: record job counts sit alongside skills shortages, layoffs at a flagship factory and warnings that policy wobbles could cost tens of thousands of positions. This roundup pulls together the figures BalticWind.EU has reported over the past year and asks what they mean for the Baltic Sea region.
The European picture: 443,000 jobs today, 607,000 by 2030
WindEurope’s Wind Energy Workforce Report puts total employment supported by the European wind industry at 443,000, of which 211,000 are direct jobs spanning development, manufacturing, installation, operation and decommissioning. Onshore remains the largest employer, but offshore already accounts for 20% of direct jobs. On the association’s central scenario of roughly 30 GW installed per year to 2030, employment rises to 607,000. Nearly half of direct jobs are in manufacturing, across more than 250 European factories making turbines and grid-connection equipment, with over €14 billion invested in new or expanded plants in two years.
The same report identifies 235 job profiles across the wind farm lifecycle and flags the sharpest gaps: around 7,000 blade technicians, 6,500 field engineers and 5,000 pre-assembly technicians needed before 2030. Eight of the ten most critical shortage roles depend on vocational education and training rather than university degrees.
Offshore specifically: 180,000 jobs and €26 billion in value
A separate analysis by Menon Economics and TGS | 4C estimated that building and operating Europe’s offshore wind farms supported about 180,000 full-time-equivalent jobs and roughly €26 billion in gross value added in 2025. Only around 55,000 of those jobs sit with direct suppliers such as turbine, foundation and cable makers, installation vessel operators and engineering firms; a further 125,000 are supported upstream, so each direct job carries about two more. Construction dominates the headcount at around 155,000, with operations and maintenance at 25,000, yet operations generate a disproportionate share of value: €10 billion of the €26 billion, including about €7 billion from power production itself.
Germany, the United Kingdom, Denmark, Spain and the Netherlands capture the largest shares, but Poland is named among the countries capturing significant value through maritime transport, installation, manufacturing and advisory work.
Germany: 31,530 full-time positions, mostly inland
The German offshore industry’s own study, commissioned by the German Offshore Wind Energy Association (BWO) from wind:research, counted 31,530 full-time positions, roughly 49,000 employment relationships, and €14.6 billion in gross value added in 2025. The striking finding is geography: North Rhine-Westphalia leads with about 6,300 full-time positions, followed by Baden-Württemberg with over 5,300 and Saarland and Lower Saxony with more than 3,500 each. Industrial value creation happens inland while the northern coast handles installation, logistics and operations. If Germany reaches its legal target of 70 GW by 2045, the study projects around 120,000 employees and over €50 billion in value; cutting the target to 60 GW would forgo up to 50,000 jobs and about €20 billion.
The study also records that market participants expect average project delays of 3.2 years, with grid connection the main bottleneck. A Bertelsmann Stiftung study meanwhile found German renewables employment at a record in 2025 while cautioning that a shift in federal energy policy could put thousands of jobs at risk, drawing a parallel with earlier interventions that slowed the sector.
Poland: building the workforce before the turbines arrive
On the Polish coast, the skills push is running ahead of the first commercial offshore farms. Centrum Nowych Kompetencji in Gdynia has run fully funded pilot courses in offshore wind logistics and port operations, financed through the National Recovery Plan. In Gdańsk the T5 installation terminal built for Baltica 2 is designed to support the installation of 107 turbines from 2027 and to serve the sector for at least 10 to 15 years, and a RelyOn training centre for offshore and renewable energy professionals has opened in the Tricity area. The Menon figures suggest why this matters: value flows to wherever the shipyards, factories and training capacity are, not only to the country whose waters host the turbines.
Denmark: when scale-up ends, headcount falls
The counterexample is Lindø. Vestas announced around 440 job cuts at its nacelle assembly site for the V236-15.0 MW offshore turbine, mainly on evening and weekend shifts. The company said the reduction was not driven by falling orders but by production maturing after an intensive ramp-up: the same volume and quality with fewer hands. Vestas employs about 7,000 people in Denmark and said it would work with local authorities and unions and look at relocating staff to other Danish sites. Sydbank analyst Jacob Pedersen described the move as a normal phase of the industry lifecycle, after a period of extraordinary staffing to launch a new technology.
What the numbers add up to
Three conclusions stand out. First, the jobs are real and growing, but they are concentrated in manufacturing and construction, which rise and fall with the pace of orders; the steadier, higher-value operations jobs only accumulate as capacity comes online. Second, the binding constraint is increasingly people rather than capital: the shortages in blade technicians and field engineers are precisely the roles the Baltic build-out will need from 2027 onward, and they are trained in vocational colleges, not universities. Third, the German and Danish cases show that headcount tracks policy stability and production maturity as much as demand. For Poland, Lithuania, Latvia and Estonia, the practical lesson is that training centres, ports and factories built now will decide how much of the €26 billion offshore value chain stays in the region when the turbines go in.
