HORIZON-CL5-2022-D3-01-06: Novel Agro-Photovoltaic systems
Keywords: 2020 State of the Energy Union Report | academia | affordability | agricultural | agricultural areas | agriculture | Agrivoltaics | agro-photovoltaic | agro-photovoltaic system | agro-photovoltaic systems | arable | arable areas | associated countries | cell | Circularity | circularity potential | citizens | civil society | clean energy | Clean Energy Competitiveness Report | crop | crops | efficiency | electricity | energy | Energy efficiency | energy poverty | energy production | energy use | engagement of citizens | environmental | environmental impact | fertile | fertile arable areas | fertile areas | generation | government | green houses | industry | integrated agro photovoltaic systems | involvement of citizens | Land use | land use efficiency | modularity | OECD countries | photovoltaic | photovoltaic electricity | photovoltaic power | Photovoltaic power generation | Photovoltaic technologies | photovoltaic technology | Photovoltaics | photovoltaics technologies | photovoltaics technology | public authorities | PV | PV cell | PV cell technologies | PV cell technology | PV electricity | PV power | PV power generation | PV technologies | PV technology | PV value chain | replicability | research | Resource efficiency | SMEs | Social Sciences and Humanities | soil | soil protection | SSH | SSH discipline | SSH disciplines | SSH expertise | SSH experts | State of the Energy Union Report | sustainability | Sustainable | sustainable solutions | value chain | water | water conservation | zero emissions | zero-emission | zero-emissions target
Year: 2022
Type of action: IA
Expected EU contribution per project: 5M€
Deadline: 26/4/2022
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