The prototype will be the first of a kind due to its size and power rating, as well as the disruptive innovations implemented both in the product and in the installation process. The innovative technologies are related to the nominal power, bearings, electrical system, installation of blades and tower, cooling system, and maintenance strategy, among others and go beyond the current state of the art by offering more efficient, reliable, and cost-effective solutions.
The offshore turbine will mainly contribute to the reduction of GHG emissions by producing renewable energy and circularity. The prototype will supply enough green energy to power around 7,000 average Danish households every year, reducing greenhouse gas emissions by 55,424 tonnes of C02 equivalent (tC02e) during the whole project duration.
The HIPPOW project will contribute to the European Green Deal for a cleaner and more competitive Europe and the Circular Economy Action Plan in Europe. The future product will have a high impact on the decarbonisation of Europe and will reduce its dependency on fossil fuels, in line with REPowerEU Plan and the European ambitious targets of renewable energy capacity installation for the coming years.
The project's ability to expand and adapt to different regions and markets is a strong indicator of its potential for scalability. Furthermore, the project's focus on sustainability and environmental impact is crucial in today's society, where businesses and industries must take responsibility for their impact on the planet. Full scale production of Siemens Gamesa's next generation offshore wind turbine, with manufacturing plants located in different countries of the EU, will allow the creation of new jobs, contributing to the economic growth of Europe and ultimately benefiting the wider economy.
*This project has received funding from the European Union’s Innovation Fund program under grant agreement No 101132817.
** The header image in this page doesn't depict the Hippow wind turbine generator as it's still in development, it shows the SG 14-236 DD prototype in Oesterild, Denmark.
