
Photovoltaic rooftop installation for Sora Fruits
Sora Fruits has implemented a rooftop photovoltaic installation to reduce the energy consumption associated with its agri-food operations and move towards a more efficient and

Sora Fruits has implemented a rooftop photovoltaic installation to reduce the energy consumption associated with its agri-food operations and move towards a more efficient and

Oxigen DC has implemented a rooftop photovoltaic installation to reduce the environmental impact of its technological operations and move towards a highly efficient energy model.

Llavaneras Golf Club has implemented a rooftop photovoltaic installation to reduce the energy consumption of its facilities and move towards a more sustainable management model.

Purity Chemical SL has implemented a rooftop photovoltaic installation to reduce the high energy consumption associated with its industrial activity and move towards a more

SEDATEX FLEX has implemented a rooftop photovoltaic installation to reduce the energy consumption of its industrial operations and move towards a more efficient and sustainable

Agroalimentaria de Savassona S.L. has implemented a rooftop photovoltaic installation to reduce the energy consumption associated with its agri-food activity and move towards a more

La Fou Sedatex has implemented a rooftop photovoltaic installation to reduce the energy consumption of its industrial activity and move towards a more efficient and

GSE Scanell has implemented a rooftop photovoltaic installation to reduce the environmental impact of its industrial activity and move towards a more sustainable energy model.

Fruits Ràfols has implemented a rooftop photovoltaic installation to reduce the energy consumption associated with its logistics and distribution activities, committing to a more efficient

Ebyp-Grabyp has implemented a rooftop photovoltaic installation to optimize its energy consumption and move towards a more sustainable industrial model. The project stands out for

El proyecto tiene como objetivo principal la investigación, diseño y desarrollo de novedosos sistemas modulares de concentración fotovoltaica (CPV) a partir de materiales transparentes, destinados a invernaderos, aumentando la potencia y concentración efectiva de la radiación respecto a los sistemas actuales.
RESULTADO CONSEGUIDO:
Hemos desarrollado un innovador sistema fotovoltaico de concentración modular, con lentes de Fresnel y seguimiento solar XY, que iguala el rendimiento de las placas tradicionales, mejora la generación de energía en el suelo y contribuye al aumento de los rendimientos agrícolas en invernaderos.
11/2022 – 12/2024
383.282 €
325,789,70 €