Optimal sizing of PV and Storage for a Port Renewable Energy Community

Riccardo Trevisan

Software

;Emilio Ghiani

Writing - Review & Editing

;Simona Ruggeri

Writing - Review & Editing

;Susanna Mocci

Writing - Review & Editing

;Giuditta Pisano

Writing - Review & Editing

;Fabrizio Pilo

Supervision

2022-01-01

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Abstract

The implementation of energy efficiency interventions and development of renewable energy systems in marinas can lead to significant impacts on energy consumption and a contribution to the decarbonization of the electricity system. Such places in fact have widespread electrically driven moorings and services at the dock, such as hoisting systems, slipways, and other power distribution systems to power boats, which seasonally lead to significant energy consumption. In this context, the authors have developed a technical and economic analysis related to the size optimization of renewable power generation systems and storage associated with the development of a renewable energy port community regulated under Italian law. The technologies used for the development of the energy production infrastructure and the options for the optimal electrical management of energy consumption in the port are illustrated, highlighting the economic benefits for the energy community.