Hydrogen allows a 'sector-coupled' evolution of the energy infrastructures towards a net zero-CO2 emission target, acting as clean energy vector with multiple roles ranging from energy storage to decarbonization of hard-to-abate applications. The role of hydrogen in the national energy system can be evaluated through detailed integrated energy system models. This work shows the main results of ongoing simulation efforts, evidencing the impact of hydrogen in the different energy fields and the effect of different key assumptions on the results.
The hydrogen role in the Italian energy system for Net-Zero CO2
S. Campanari;P. Colbertaldo;F. Parolin;M. Motta;F. Fattori;F. Mezzera
2023-01-01
Abstract
Hydrogen allows a 'sector-coupled' evolution of the energy infrastructures towards a net zero-CO2 emission target, acting as clean energy vector with multiple roles ranging from energy storage to decarbonization of hard-to-abate applications. The role of hydrogen in the national energy system can be evaluated through detailed integrated energy system models. This work shows the main results of ongoing simulation efforts, evidencing the impact of hydrogen in the different energy fields and the effect of different key assumptions on the results.File in questo prodotto:
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2023_EFC23_Campanari (from Book of Proceedings).pdf
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