Wind machines Innovative and Connected Decision Support System Management Efficient in Real-Time
Wind machines Innovative and Connected Decision Support System Management Efficient in Real-Time
À propos du projet
The objective of the project is to improve the efficiency of anti-frost wind machines by answering the following questions asked by the winegrowers of the CUMA des Vignobles who have been using wind machines for 15 years. - When should we start the anti-freeze fight ? - Should the blown air be heated ? - Are there situations where the action of the wind machines is ineffective ? - Is there a synergistic effect between machines when they are regularly distributed over a perimeter ? - Can we reduce fuel consumption and the environmental impact ? - Is there a way to facilitate the machine monitoring ?
- Type de projet
- EIP-AGRI Operational Group
- Identification du financement (Grant ID)
- OG_France_c7fc063b82
- Date de début
- 01-01-2018
- Date de fin
- 01-01-2022
- Voir les détails du projet sur CORDIS
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- Visiter le site web du projet
- Visiter le site web du projet
Contributions
Launch of the SICTAG project - Wind machines Innovative and Connected Decision Support System Management Efficient in Real-Time
document30 avr. 2020Wind machines Innovative and Connected Decision Support System Management Efficient in Real-Time-Fédération Régionale des CUMA Centre-Val de LoireKey milestones of the SICTAG project - Wind machines Innovative and Connected Decision Support System Management Efficient in Real-Time
document02 mars 2021Wind machines Innovative and Connected Decision Support System Management Efficient in Real-Time-Fédération Régionale des CUMA Centre-Val de LoireSpring measures and adapting agricultural practices to frost risks in vineyards
document13 juin 2022Wind machines Innovative and Connected Decision Support System Management Efficient in Real-Time-Fédération Régionale des CUMA Centre-Val de Loire