Wind turbines consist of tens of thousands of parts that enable the wind turbine to harness and convert wind to electricity
Wind turbines are complex pieces of machinery. They consist of tens of thousands of parts that allow them to harness and convert wind to electricity – from blades and nacelle technology to software, electrical part and mechanical components, towers, steel processing and foundations. Specialised knowledge, high quality inputs and continuous research are required in order to ensure smooth operations and reliable production. Home to some of the globe’s largest wind turbine manufacturers as well as hundreds of sub suppliers, Denmark has developed specific competencies in designing and constructing all these components.
We invite you to explore wind turbine related solutions in more depth below, find potential partners, catch up on the latest wind energy news and discover real-life case examples of how wind technology can help solve your energy issues.
Connect with us: Martha Marriner, Project Manager, email@example.com ,+45 2249 6510
The Danish parliament agreed upon a revised climate action plan that will increase CO2 reductions by 1.4 million tonnes. Nine out of ten Danish political parties supported the action plan, which will include a green tax reform
This year, Spica Technology celebrates the 5-year anniversary on the lifetime extension project of the 10 Wind World W5200 750 kW turbines in Nauen wind farm for wpd windmanager GmbH – all still running successfully with the Spica Retrofit Controller.
In the Danish region of Lolland, consumers and producers of electricity will soon be paid for turning the power up or down. The new experiment will solve the problem that local electricity grids have with the amount of renewable energy and can be a game changer for the rest of Europe, too.
Spica Technology offers a customised N50 Retrofit solution to extend the life span of ageing Nordex N50 800kW wind turbines. The N50 Retrofit solution is the Spica Retrofit Controller with Spica Control System integrated in a special designed nacelle panel fitted for the Nordex N50 nacelle.
The state of New York aims to become a hub for the burgeoning offshore wind industry in the US. Recognising that this must be accompanied by strong port infrastructure and tangible benefits for the local community in which it operates, such as growth and job creation, the state is harnessing Danish expertise to ensure their ambitious visions become a sustainable reality.
Erosion to the tips of wind turbine blades affects the productivity and longevity of the turbines, costing billions globally. Putting a swimming cap on the tips to combat erosion is a unique solution that is rapidly growing in popularity.
In this paper, you will meet the ten partners behind the Tours Network and find inspiration for site visits across energy efficiency, renewables, waste and resource management, clean air, water and climate adaptation.
If you are interested in visiting Denmark to explore these solutions and learn more about the concrete technologies, as well as connect with Danish stakeholders and share knowledge about green growth development, we encourage you to contact the Tours Network.
This white paper takes you through all the elements of the success story of wind energy in Denmark. From the starting point and what we now consider small-scale wind turbines to the projects and technologies that push the bar and the ambitions for wind energy as a source of renewable energy. We hope you will be inspired.
The Efficient and Reliable Power Electronics group at The Department of Energy Technology (Aalborg University) is a world-class research center within the field of power electronics. The purpose of the group is to develop innovative power electronic converters and systems to all relevant applications, which are efficient, reliable and cost-competitive by means of reduction in […]
Scottish Power holds largest onshore wind farm in Europe The wind farm is the utility Scottish Power, and the turbines for this project are supplied by Siemens. The scope of this Siemens project also includes installation, commissioning and a service and maintenance agreement. The wind farm will consist of 140 2.3 MW wind turbines and […]