Senvion-led collaboration project submitted for Horizon 2020 funding

Senvion, a global manufacturer of wind turbines, submitted an application for a Horizon 2020 proposal to the European Commission in collaboration with partners throughout the value chain of the offshore wind energy sector. The project proposal is triggering hundreds of millions of Euros of investment into the European clean tech sector.

Senvion wind project

With Senvion at the helm, the mission of ReaLCoE is to develop next-generation 10+MW-rated and reliable offshore wind-power converters for clean, low-cost electricity in Europe.

With the “ReaLCoE” project, the pan-European consortium led by Senvion aims to develop a robust, reliable next-generation 10MW+ offshore wind turbine for clean, competitive electricity.

“Senvion anticipates being a front-runner in the offshore business with double-digit rated capacities,” said Jürgen Geissinger, CEO at Senvion. “ReaLCoE’s” vision is to unleash the full potential of offshore wind energy to be in direct competition with conventional energy sources in electricity markets worldwide.”

Geissinger said that this will be achieved by innovating and combining multiple disciplines within the offshore sector. “This will make it possible to leverage on the efficiencies and LCoE reduction potentials in every link of the value chain,” he added. “The contribution of the European Commission would kickstart new collaborative partnerships and begin the transformation of the offshore wind energy sector towards a truly digital industrial sector.”

In May 2017, Senvion announced the development of a 10MW+ turbine for the offshore business. By the implementation of an integrated approach within the consortium project, the company takes a further step forward in this development. Senvion has invited Europe’s most experienced offshore industry stakeholders and innovative SMEs to join this value adding partnership.

This vision comes to reality through the vertical integration of the value chain by moving from sequential to modular and parallel development, testing and certification, and new forms of cooperation.

“Interchangeable components and parallel testing and certification will lead to a much faster time to market,” said Geissinger. “Increased operational lifetime and lower service and maintenance requirement will substantially reduce LCoE. This robust, reliable and modular turbine design allows us to easily customize the turbine to different markets and client requirements.”

Over the course of nearly one year, 150 participants from nine countries prepared the ReaLCoE project content throughout three workshops, in Hamburg. Renowned R&D institutes like the ECN and Fraunhofer IWES ensured the uptake of latest technology developments. EnBW, one of Europe’s leading utilities having placed 0-bids in the market, is also on board as part of the consortium.

Over the course of the project, the consortium plans to develop, install, demonstrate, operate and test a technology platform for the first prototype of a double-digit rated capacity turbine in a realistic offshore environment.

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