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/ Andrea Ghianda
/ Annalisa Perteghella
/ Beatrice Moro
/ Chiara Di Mambro
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/ Davide Panzeri
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/ Eleonora Cogo
/ Federico Tassan-Viol
/ Filomena Annunziata
/ Francesca Andreolli
/ Francesca Bellisai
/ Gabriele Cassetti
/ Giulia Colafrancesco
/ Giulia Giordano
/ Giulia Novati
/ Giulia Signorelli
/ Lorena Stella Martini
/ Luca Bergamaschi
/ Luca Iacoboni
/ Mario Noera
/ Massimiliano Bienati
/ Matteo Leonardi
/ Michele Governatori
Today, the Mediterranean region's capacity is 90 GW for solar PV and 82 GW for wind . However, the solar and wind potential is estimated at more than 3 TW, meaning that the development of renewables falls short of realising their full potential.
This analysis aims to identify the minimum gas infrastructure Italy requires to ensure national energy security, after the consequences of the Russian invasion of Ukraine have shaped the European market and considering the progress on climate targets. The study was carried out using an optimisation model that simulates the balance between gas demand and supply in the European market for Italy with a daily granularity for 2030, 2040, and 2050.
Today, the Mediterranean region's capacity is 90 GW for solar PV and 82 GW for wind . However, the solar and wind potential is estimated at more than 3 TW, meaning that the development of renewables falls short of realising their full potential.
This analysis aims to identify the minimum gas infrastructure Italy requires to ensure national energy security, after the consequences of the Russian invasion of Ukraine have shaped the European market and considering the progress on climate targets. The study was carried out using an optimisation model that simulates the balance between gas demand and supply in the European market for Italy with a daily granularity for 2030, 2040, and 2050.