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Offshore wind and ocean energies
OVERVIEW AND CHALLENGES

Several development levers for ocean renewable energies in France:

  • objective set by the public authorities = 6 GW of installed capacity for offshore wind energy by 2020,
  • strong State support: funding via calls for projects, pilot farms,
  • installations gathering pace, encouraged, in particular, by substantial cost reductions in Europe (14.4 GW installed at the end of 2016, with an objective of 30 GW by 2020).
     

Multiple challenges for the large-scale roll-out of ocean renewable energies (OREs):

  • considerable reduction in cost/kWh,
  • technological innovations,
  • consultation with users to ensure the social acceptance of projects.
     

Drawing on its design and simulation expertise accumulated in the offshore oil sector and its control expertise built up in the vehicle sector, IFPEN is positioned in several segments of the ocean renewable energy value chain:

  • offshore wind turbine technology and the associated dimensioning tools,
  • the development of efficient control systems for wave energy conversion systems.
     
Positionnement IFPEN sur la chaîne de valeur des énergies marines renouvelables

 

IFPEN’s objective is to help make electricity generated by floating offshore wind power technology competitive compared to fixed wind power technology by 2030.

 

Developing innovative technological solutions to reduce ORE-based electricity production costs and support the development of a new industrial sector for the energy transition.

Our solutions Our networks  Our strengths 

 

Contact

Daniel Averbuch

  • Program manager: “Risers and flow assurance”, “Offshore wind and Ocean energies”, and “Energy storage”