Familia Torres has launched its first agrovoltaic solar project at its vineyards in Santa Maria de Miralles, Spain, an initiative underscoring the winery’s commitment to sustainable energy and agriculture.
Combining Solar Panels and Vineyard Cultivation
This cutting-edge project integrates solar panels with agricultural activities, creating a dual-use system that combines renewable energy production with vineyard cultivation. The installation features elevated photovoltaic panels strategically designed to generate solar power while allowing sufficient sunlight to reach the vines below.
The project covers a half-hectare plot of 20-year-old Cabernet Sauvignon and Merlot vines. The elevated panels are arranged in rows that mimic the vineyard layout, a configuration designed to balance energy production with the agricultural needs of the grapes.
The agrovoltaic system also includes a traditional vineyard area for comparative studies between shaded and unshaded vines. Additionally, the site is equipped with various sensors to monitor environmental conditions and soil health, enabling data collection for ongoing research.
Research and Strategic Collaboration
Developed in collaboration with the Universitat Politècnica de Catalunya (UPC) and the Catalan Institute for Energy Research (IREC), the project will study the effects of partial shading on vine growth, grape quality, and soil health.
According to Professor Joan Ramon Morante, director of the IREC, the project also seeks to demonstrate the potential of combining renewable energy generation with agricultural production, contributing to the wider energy transition and sustainability.
Project Funding and Energy Goals
The agrovoltaic installation will generate approximately 50 kWp of solar power, supporting Familia Torres’ broader sustainability goals. The winery plans to use the energy produced to power its operations, reaffirming its commitment to reducing carbon emissions.
The project is part of a larger initiative funded by the European Union’s Horizon 2020 research and innovation programme. Through this funding, Familia Torres aims to continue exploring innovative solutions that address both energy and agricultural challenges posed by climate change. This effort aligns with Spain’s significant strides in boosting its solar PV manufacturing sector, where substantial funding is being allocated to refine manufacturing processes, as reported by PVKnowhow.
A Step Toward Climate Change Adaptation
Miguel A. Torres, president of Familia Torres, emphasized the project’s importance in addressing climate change challenges. “This project allows us to test new agricultural solutions to address the impacts of climate change in our vineyards, with the added benefit of generating renewable energy,” he said. “Our goal is to continue exploring new ways to adapt and mitigate the effects of climate change on our vineyards and to contribute to a more sustainable future.”
The agrovoltaic system is expected to provide 50 kWh of power for vineyard irrigation and other energy needs, and a dedicated monitoring system will track the performance of the solar panels and the health of the vines.
Future Prospects for Agrovoltaics at Familia Torres
The agrovoltaic project is part of Familia Torres’ broader commitment to sustainability and innovation in viticulture. The company has been a leader in implementing climate-friendly practices across its operations, including the use of renewable energy, water conservation, and sustainable farming techniques.
Looking ahead, Familia Torres plans to expand its agrovoltaic initiatives to other vineyards, further integrating renewable energy into its winemaking processes. The winery also aims to share its findings with the broader wine industry to help develop best practices for sustainable viticulture. This local effort reflects a national trend, as Spain’s commitment to solar energy is evident in a surge of projects, with PVKnowhow reporting a 5 GW increase expected in 2025.
This agrovoltaic project represents a significant step forward in Familia Torres’ efforts to address climate change and promote sustainability in the wine industry. By combining renewable energy with traditional agriculture, the winery is helping to forge a more resilient and sustainable future. The initiative aligns with a broader trend in Spain, where multiple initiatives, such as the Eni solar plant project covered by PVKnowhow, are underway to transform the energy landscape.
