This project is dedicated to advancing sustainable and efficient viticulture by installing and validating Talptech’s innovative kit at the renowned Bodega Ribas winery in Mallorca. The initiative is closely aligned with CESAM topic 3, which emphasizes maximizing production process efficiency through automation, artificial intelligence, and advanced sensors. Building on successful initial trials conducted in commercial vineyards, the project aims to demonstrate the adaptability and effectiveness of Talptech’s system in real-world winery operations.
The core of the project involves equipping a commercial vineyard tractor with Talptech’s state-of-the-art kit. This technology leverages stereoscopic cameras and advanced edge-computing to precisely assess vineyard conditions, including real-time vigor mapping and crop load measurement. By integrating these capabilities, the system can dynamically adjust the volume of pesticides and fertilizers sprayed, ensuring tailored, data-driven vineyard management. This approach not only enhances operational efficiency but also supports environmental sustainability by minimizing unnecessary chemical use.
The project is designed to advance sustainable viticulture through a focused, results-driven approach. At its core, Talptech’s kit is engineered to reduce the use of pesticides and fertilizers by as much as 40%, ensuring that disease control and fertilization effectiveness are maintained. This reduction not only promises significant cost savings for vineyard operations but also delivers measurable environmental benefits by limiting agrochemical runoff and resource use.
To support informed decision-making, the system provides vineyard managers with detailed visualizations of essential operational data. Metrics such as vine vigor, missing plants, spray deposition accuracy, and crop load are continuously monitored and displayed, offering actionable insights that enable more precise and efficient vineyard management.
A central pillar of the project is the quantification of sustainability impacts, with a particular emphasis on calculating CO2 savings derived from reduced chemical inputs. By capturing and analyzing these environmental benefits, the project aims to demonstrate the broader value of precision agriculture technologies in promoting responsible and sustainable practices within the wine industry.
The initiative is structured over an eight-month timeline, punctuated by three major milestones. In the initial phase, the kit is installed on tractors, winery personnel receive training, and specific vineyard blocks are selected for experimentation. By the sixth month, the project enters a comprehensive trial period, collecting data across multiple growth stages and refining the kit’s functionalities, including crop load assessment and data visualization capabilities. In the final stage, a thorough analysis of the collected data is conducted to evaluate agrochemical savings and overall sustainability outcomes, setting the stage for broader adoption of the technology within the sector
By the project’s conclusion, Talptech’s kit will reach Technology Readiness Level 8 (TRL 8), having been validated under real operational conditions at Bodega Ribas. The system will have demonstrated substantial reductions in waste (pesticide and fertilizer use) and improved yield forecasting, all while requiring no advanced technological expertise from grape growers. This positions Talptech’s kit as a practical, scalable solution for precision viticulture.
The results and benefits of the project will be actively communicated through local and regional networks, fostering broader adoption of advanced, sustainable technologies in the wine industry and supporting the transition to more responsible and efficient agricultural practices.
Project Partners
