HORIZON-CL5-2023-D3-01-03 : Floating PV Systems

Proposals are expected to:

  • Develop (and verify) predictive yield models including dynamic behaviour of the PV floats, temperature effects and wave induced mismatch losses, depending on the application environment (wave height class) and scale of implementation.
  • Demonstrate advanced module and system concepts of adequate scale (min 5 MW) for electrical output optimisation considering the disturbance of environmental factors to the electrical output characteristics of PV modules and systems.
  • Demonstrate system components that satisfy the structural and functional requirements for the entire lifecycle (coping with soiling and fouling, degradation, corrosion, environmental stress cracking, UV stabilisation, exposure to water, salinity, humidity, algae growth, toxicity). Address reliability and performance loss rates through the development of accelerated stress testing specifically for FPV applications, operational data, and visual inspection of FPV systems.
  • Demonstrate low impact on ecosystem biodiversity by developing methodologies (models, monitoring…) and guidelines to assess the direct impacts of FPV on aquatic systems and biodiversity and consider potential mitigation measures.
  • Satisfy end-of-life recycling aspects.

Conditions d'éligibilité
Aides

Subvention.

Coûts réels.
Taux entreprise : 70%

Informations sur le projet

Date limite : 30 . 03 . 2023 à 12:00


Bénéficiaires

  • PME
  • ETI
  • Groupe
  • Académique


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