ABOUT US

The aim Sun2Fork is to develop an integrated greenhouse farming system through the adoption of energy-efficient photovoltaic systems coupled with hydroponic solutions, sustainable substrates and biostimulants to improve the sustainability of Mediterranean greenhouse farming systems and reduce production costs, contributing to mitigate and adapt to climate change.The objective is the synergic integration of the consortium expertise with the farmer experiences and needs. The specific objectives of Sun2Fork are:To maximize the efficiency of organic and hybrid photovoltaic solar panels through the optimization of the trade-off between transparency and efficiency. To integrate sensors for climate control, irrigation and fertilization in a hydroponic greenhouse by means of artificial-intelligence and deep learning. To optimize management techniques (alternative substrates, resilient species and varieties, biostimulants and recirculation irrigation system) to maximize crop performance and reduce wastes in soilless systems. To demonstrate the advanced, integrated results of the project in a demonstrative greenhouse merging all the innovations obtained in the project for an optimum training and exploitation of results among agricultural final users. To perform the integrated life cycle sustainability assessment (ILCSA), covering all pillars of sustainability (LCA, social LCA and economic LCA). To disseminate the project and its results towards stakeholders, as well as promote the exploitation and commercialization of key exploitable results including the development of a new business model. The objectives of Sun2Fork will be achieved through collaboration with research institutions, farmers, private industries, stakeholders, and citizens.

Period of Implementation

Oct 1, 2024 - Sep 30, 2027
Total Budget

EUR 790,992.50

OUR IMPACT

Goals

The main goal of Sun2Fork - Sustainable greenhouse farming systems: from sun to fork - is to develop an integrated sustainable greenhouse farming system through the adoption of energy-efficient photovoltaic systems coupled with hydroponic solutions, sustainable substrates, biostimulants and reuse of drainage water to guarantee long-term environmental and socioeconomic sustainability of greenhouse farming in the Mediterranean region. Moreover, through the reuse of drainage water, crop wastes (as substrates) and fish wastes (as biofertilizers), Sun2Fork will have a circular economy approach, which represents an important step towards greater environmental sustainability.

Objectives

To maximize the efficiency of organic and hybrid photovoltaic solar modules through the optimization of the trade-off between transparency and efficiency. To integrate sensors for climate control, irrigation and fertilization in a hydroponic greenhouse by means of artificial-intelligence and deep learning. To optimize management techniques (alternative substrates, resilient species and varieties, biostimulants, biofertilizer and recirculation irrigation system) to maximize crop performance and reduce wastes in soilless systems. To demonstrate the advanced, integrated results of the project in a demonstrative greenhouse merging all the innovations obtained in the project for optimum training and exploitation of results among agricultural final users. To perform the integrated life cycle sustainability assessment (ILCSA), covering all pillars of sustainability (LCA, social LCA and economic LCA). To disseminate the project and its results towards stakeholders, as well as promote the exploitation and commercialization of key exploitable results including the development of a new business model.

WHERE WE WORK

  • No countries

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