Wind power supplies a majority of E.U.’s electricity for the first time

Story: 2041 C.E. ???  |  Last updated: January 17, 2026

Note: This is an imagined future story, written as if a projected milestone has occurred. It is based on current trends and evidence, not confirmed events.

For the first time in history, EU wind power has crossed the 50% threshold, supplying more than half of all electricity consumed across the European Union in 2041 C.E. — nearly a decade ahead of the bloc’s original 2050 target. Data released this month by the European Network of Transmission System Operators confirms that wind turbines, both onshore and offshore, generated 51.3% of EU electricity over the previous 12 months, a milestone that analysts had tracked with growing confidence since the mid-2030s.

The crossing matters beyond the symbolic. It marks a structural shift in where Europe’s power actually comes from — away from fossil fuels and toward an infrastructure built on wind, weather, and engineering.

Key projections

• EU wind power: Installed capacity reached an estimated 780 GW by 2041 C.E., nearly double the 420 GW target WindEurope had set for 2030.
• Offshore expansion: Offshore wind accounted for roughly 38% of total wind capacity in 2041 C.E., up from just 8% in 2022 C.E., driven by major buildouts in the North Sea, Baltic, and Mediterranean.
• Grid integration: Cross-border transmission upgrades completed between 2033 C.E. and 2039 C.E. allowed surplus wind power from Denmark, Germany, and Spain to flow in real time to demand centers in central and southern Europe.

How Europe got here

The story of this milestone begins in the early 2020s, when wind energy covered about 19% of the EU’s electricity needs. The path to 51% required roughly doubling installed capacity every decade — a pace that, in 2024 C.E., still looked uncertain.

Permitting had been the central bottleneck. WindEurope had documented for years how projects that could be built in 18 months often spent five years in approval queues. The European Commission’s Wind Power Package, introduced in 2023 C.E., began to change that calculus — and by the late 2020s, streamlined permitting was cutting approval timelines by more than half in most member states.

Offshore wind was the other decisive factor. In 2022 C.E., offshore installations made up just 8% of total EU wind capacity. The European Commission’s offshore renewable energy strategy had targeted 300 GW of offshore wind by 2050. That target was effectively met by 2040 C.E. Declining turbine costs, maturing supply chains, and the demonstrated success of giant projects like the Hollandse Kust Zuid complex in the Netherlands accelerated investment across the North Sea and beyond.

The International Energy Agency had projected as early as 2025 C.E. that falling costs would make offshore wind competitive with new gas plants in most of Europe by 2032 C.E. That projection proved accurate — and once the economics tilted, capital followed.

What changed on the ground

Germany remains the EU’s largest wind market by absolute capacity, a position it has held for decades. But the most dramatic proportional shifts have come elsewhere. Denmark — which was already meeting more than half its electricity needs from wind in 2022 C.E. — now runs at over 90%. Portugal, Ireland, and the Netherlands have all crossed 70%.

Spain’s offshore buildout, largely concentrated off the Atlantic coast of Galicia and the Canary Islands, contributed nearly 60 GW of new capacity between 2028 C.E. and 2038 C.E. alone. The country’s wind manufacturing sector, which had already supplied turbines and components across Europe, expanded to become one of the continent’s leading industrial employers in clean energy.

The growth of EU wind power has also intersected with a broader global shift. As renewables reached nearly half of global power capacity in earlier years, European wind developers found growing export markets for both turbines and grid expertise. That international demand helped sustain the manufacturing base that kept European turbine costs competitive.

Indigenous and rural communities in several northern and central European member states played an underappreciated role. Community-owned wind cooperatives, particularly in Denmark, Germany, and the Netherlands, gave local populations a financial stake in nearby farms — reducing opposition and accelerating siting approvals in areas that once resisted large-scale development.

The caveats worth naming

Wind’s majority share does not mean Europe’s energy transition is complete. The EU still relies on gas-fired plants for backup capacity during low-wind periods, and long-duration storage at the scale needed to fully replace that backup remains expensive and unevenly deployed.

Grid infrastructure, while dramatically expanded, continues to lag turbine build rates in parts of central and southeastern Europe. Several member states — including Poland, Romania, and Hungary — remain well below the EU average in wind’s share of their electricity mix, reflecting differences in terrain, legacy infrastructure, and political will. The energy transition in Europe has not landed evenly.

The International Renewable Energy Agency has noted that full decarbonization of the EU power sector by 2050 C.E. will require continued progress on storage, demand flexibility, and electrification of heating and transport — not just more turbines.

A majority built on decades of work

What makes this crossing remarkable is how long the foundation was being laid. The wind turbines that helped Denmark reach 50% of its electricity in 2022 C.E. were not overnight inventions. The engineers, the cooperative members, the policy advocates who spent decades arguing that wind could be a primary source — not just a supplemental one — were not wrong.

They were early.

Europe’s wind sector now employs well over 400,000 people across manufacturing, installation, operations, and maintenance. The turbines themselves are more powerful than anything operating in the early 2020s — a single modern offshore unit can now power tens of thousands of homes, compared with a few thousand a generation ago.

The 50% milestone is not a finish line. But it is a real one. The continent that once debated whether wind could ever be more than a footnote in its energy mix now runs, for the first time, on a majority of moving air.

Read more

For more on this story, see: Euronews — Wind energy: How are EU countries contributing to the 2030 targets?

For more from Good News for Humankind, see:

• Renewables now make up at least 49% of global power capacity
• Marie-Louise Eta becomes the first female head coach in men’s top-flight European football
• The Good News for Humankind archive on renewable energy

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