From pv journal Italy
Enea designed a map documenting Italy’s potential for the deployment of agrivoltaics.
“The map is now being validated and will probably be accessible on-line sooner or later,” the company stated, noting that it was primarily designed to assist determine potential websites for agrivoltaics improvement. .
The Enea Analysis Heart in Portici, close to Rome, developed the map with the help of [email protected] job pressure and AIAS, the Italian Sustainable Agrivoltaic Affiliation led by Enea himself. The map relies on indicators associated to the qualitative and quantitative traits of the Italian panorama.
“The potential of agrivoltaics within the nationwide context is commonly evaluated primarily based on topographical traits and the enlargement of present agricultural areas,” stated Enea researcher Grazia Fattoruso. “The strategy developed in our Geomatics laboratory takes into consideration the varied components that affect the photo voltaic photovoltaic potential of an space, reminiscent of geophysical, technical and environmental components, and the components that affect the agricultural yield, reminiscent of of various soil varieties, land use capability, and water shortage.”
Six completely different working teams in Italy actively help the our bodies accountable for the implementation of agrivoltaics. These teams deal with sustainable certification, regulation and enforcement, coaching, agricultural expertise, and panorama issues.
“It’s essential to underline how coaching is vital for your complete agricultural system, which lately has been affected by modifications that require innovation,” stated Enea. “On this context, sustainable agrivoltaics will act as an ‘aggregator’ capable of put improvements in a system ranging from the wants expressed by the operators concerned.”
Final April, the Italian authorities launched a brand new incentive scheme to help revolutionary agrivoltaic options. This system is a part of The nation’s Nationwide Restoration and Resilience Plan (PNRR) and has a price range of €1.1 billion ($1.2 billion), which is sufficient to deploy round 1.04 GW of PV capability by June 2026.
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