Wind energy is at the heart of Denmark’s climate ambitions and plays a crucial role in the country’s goal to reduce greenhouse gas emissions by 70 percent by 2030. With some of the best wind conditions in the world, Denmark has become a global hub for wind power technology.
Listen to this episode of our Sound of Green podcast, as we explore APQP4Wind: a industry-wide collaboration which have helped Denmark shape a global quality framework for wind energy.
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Wind energy is key to accelerating the green transition. Discover how Denmark masters the full value chain within wind – from world-leading test facilities and circular solutions to large-scale offshore deployment and grid integration - in the white paper "Wind energy - powering the future".
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From research and manufacturing to installation, operation, and grid integration, Denmark is home to a comprehensive and mature wind value chain. Discover solution providers throughout Denmark's wind value chain.
Explore the wind value chain
Dive into our digital visualisation of Denmark’s green wind value chain, and discover companies and organisations that specialise in wind-related technology, research, and innovation.
Discover the Danish wind value chain
With the full value chain represented, Denmark is home to a strong ecosystem that has given rise to thousands of innovative wind solutions.
Discover solutionsDenmark is a world leader in wind energy, producing almost 60 percent of its electricity from onshore and offshore wind turbines in 2024. With cutting-edge research and development, testing facilities such as Østerild National Test Centre, and a globally recognised wind energy value chain, Denmark shows how collaboration and innovation drive the green transition.
Explore the Danish wind value chain or download the latest white paper to learn more.
For more than four decades, Denmark has been at the forefront of wind power development, turning a promising idea into one of the world’s most reliable and affordable sources of renewable energy. A strong culture of innovation, public-private collaboration, and clear policy frameworks has made Denmark a model for the global wind industry, helping other nations accelerate their own renewable transitions.
The journey began in the 1970s, when the first onshore wind farms were developed. By the 1980s, wind turbines had become a common sight in the Danish landscape, showing the world that wind could be a serious alternative to fossil fuels. By the early 1980’s, around 20 wind turbine manufacturers were operating in Denmark. Today, the wind industry includes around 500 companies and employs 33,500 people, which is equivalent to 2 percent of the country’s total private sector employment.
Denmark’s geography has played a key role too. With around 8,700 kilometres of coastline, shallow waters, and steady wind conditions, the country is naturally suited for wind energy. In 1991, Denmark made history as the first country in the world to build a commercial offshore wind farm — a step that inspired global momentum toward cleaner energy.
Since then, Denmark has continued to lead in both the development and deployment of wind energy. A number of large-scale wind farms have been constructed in the North Sea and Baltic Sea, and today’s offshore wind turbines are more powerful and cost-effective than ever. One of the most recent examples is the upcoming Thor Offshore Wind Farm, which will become Denmark’s largest to date with a capacity of over 1 GW. Developed by RWE, the project sets new standards for sustainability by including recyclable blades and low-carbon steel towers. Thor is not only a major step toward Denmark’s 2030 climate targets — it also shows how innovation and climate action can go hand in hand.
In 2024, Denmark’s total installed wind capacity reached 7.5 GW. Most of this comes from onshore wind, which accounts for 4.9 GW, while offshore wind accounts for 2.6 GW.
Denmark has shown that it’s possible to run a power system with high shares of wind energy without compromising reliability. Today, wind turbines cover more than half of the country’s electricity consumption, yet Denmark maintains one of the most secure electricity supplies in the world. In 2024, the average consumer experienced just 17 seconds of power interruptions.
This success is built on decades of planning, innovation, and smart grid design. Flexible power plants, well-developed interconnectors with neighbouring countries, and growing use of digital tools and data help balance supply and demand, even when the wind doesn’t blow. As Denmark continues to electrify heating, transport, and industry, wind energy will play an even bigger role, creating a resilient, reliable, and integrated energy system.
Denmark has integrated large amounts of renewable energy into the grid while maintaining a 99.99 percent security of electricity supply. In 2024, wind covered 54 percent of the domestic supply of electricity, and wind and solar together covered 63 percent.
One of the key factors in driving Denmark’s success in wind has been a strong focus on technology development and investing in research, demonstration, and test facilities capable of testing state-of-the-art technology, even in full-scale. The easy access to high-quality test and demonstration facilities, combined with a strong ecosystem of collaborating companies, research institutions, and public authorities, has created a competitive and innovative industry.
From testing the world’s largest turbine blades to developing digital tools that enhance performance, Denmark offers a unique environment for validating new solutions under real-world conditions. These facilities play a crucial role in increasing both the efficiency and reliability of wind technology, helping to reduce costs while meeting the highest safety and performance standards. In doing so, they ensure that wind solutions developed in Denmark continue to carry a strong reputation globally.
Test Centre Østerild provides ideal testing grounds for the future onshore and offshore wind technology.
From research and manufacturing to installation, operation, and grid integration, Denmark is home to a comprehensive wind value chain that has matured over more than five decades and gained a strong global presence. Explore cross-sector wind solutions across the full Danish value chain in the interactive visualisation below.
Discover the full wind value chain at greenvaluechains.com
In this Q&A, we explore why wind energy plays such a central role in Denmark’s electricity system, how offshore wind supports climate targets, and what makes the Danish model a source of inspiration for policymakers and energy developers worldwide.
Denmark is widely recognised as one of the world’s wind energy pioneers. The country began investing in wind power during the 1970s oil crisis, driven by the need for energy independence and a growing environmental movement. Over five decades, Denmark has combined early political commitment with strong collaboration between government, academia, and industry.
The result is a thriving wind ecosystem where companies such as Vestas, Ørsted, and Siemens Gamesa (formerly Bonus Energy) have shaped global innovation. Today, wind energy covers more than half of Denmark’s electricity consumption, and the country has become a hub for testing, research, and export of wind technologies.
Denmark’s model stands out for its stable policy framework, high degree of public acceptance, and open data culture. By integrating wind into the grid at large scale, Denmark has shown that renewables can form the backbone of a modern energy system. This combination of technical expertise, regulatory consistency, and public-private collaboration continues to inspire policymakers and energy developers worldwide.
Offshore wind refers to turbines located at sea, where stronger and steadier winds produce large amounts of electricity. Denmark built the world’s first offshore wind farm, Vindeby, in 1991 — and remains at the forefront today.
Offshore wind is vital to Denmark’s goal of cutting greenhouse gas emissions by 70 percent by 2030. Shallow waters and favourable wind conditions along Denmark’s coasts enable cost-efficient projects that also strengthen local industries and job creation.
Modern offshore wind farms are now competitive with fossil fuels and serve as the foundation for future green hydrogen and fuel production.
Offshore wind refers to turbines located at sea, where stronger and steadier winds produce large amounts of electricity. Denmark built the world’s first offshore wind farm, Vindeby, in 1991 — and remains at the forefront today.
Offshore wind is vital to Denmark’s goal of cutting greenhouse gas emissions by 70 percent by 2030. Shallow waters and favourable wind conditions along Denmark’s coasts enable cost-efficient projects that also strengthen local industries and job creation.
Modern offshore wind farms are now competitive with fossil fuels and serve as the foundation for future green hydrogen and fuel production.
Integrating variable renewables at scale requires flexibility and regional cooperation. Denmark has built one of the world’s most advanced systems for balancing wind generation with demand.
The key is interconnectivity. Denmark links to Sweden, Norway, and Germany through high-voltage cables, exporting surplus wind power and importing hydropower when needed. On the domestic level, advanced forecasting, demand-response solutions, and storage projects stabilise the grid.
District heating networks, combined heat-and-power plants, and Power-to-X facilities absorb excess electricity and maintain efficiency.
Stable policy has been crucial to Denmark’s wind success. Since the 1980s, the government has offered long-term planning, transparent tender models, and consistent climate targets. Modern offshore projects are awarded through competitive tenders, reducing public costs while maintaining investor confidence.
Community ownership, open consultation, and environmental assessments ensure public trust. Together with a carbon tax and renewable-energy legislation aligned with EU frameworks, Denmark remains an attractive market for green investment.
Wind energy is both a climate solution and a major export success. The Danish wind industry employs tens of thousands across engineering, manufacturing, and services. Exports of turbines, components, and consultancy generate billions of euros each year.
Ports such as Esbjerg and Aarhus are major logistics centres for offshore projects throughout Europe. This sector strengthens Denmark’s position as a nation proving that green growth and competitiveness go hand in hand.
Denmark’s experience shows that a successful energy transition depends on long-term commitment, collaboration, and public trust. By starting early and learning by doing, Denmark built an innovation ecosystem that delivers both environmental and economic value.
Key lessons include creating predictable regulation, linking research and industry, and ensuring community engagement. Denmark continues to share these insights through bilateral energy partnerships around the world.
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As of 2024, Denmark has a total installed wind capacity of 7.5 GW, consisting of 4.9 GW onshore and 2.6 GW offshore. Wind energy accounts for more than half of the country’s electricity consumption, supported by a highly integrated and flexible energy system. A well-developed transmission infrastructure and strong interconnectors to neighbouring countries ensure grid stability and enable efficient balancing of fluctuating renewable sources.
This white paper outlines the key elements behind Denmark’s wind energy journey. It presents the development of a mature wind industry, the role of policy and planning, integration into the electricity grid, international cooperation, and emerging innovations within testing, sustainability, and offshore wind expansion. The publication provides insights into how Denmark combines high renewable energy shares with energy security and continued technological advancement.
