David Bionaz
Life cycle environmental analysis of a hydrogen-based P2P storage system for remote applications.
Rel. Massimo Santarelli, Kyrre Sundseth. Politecnico di Torino, Master of science program in Energy And Nuclear Engineering, 2019
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Abstract
Climate change, mainly caused by the GHG emissions increase, is threatening our planet and a huge energy transition is needed, including the decarbonisation of energy sources, a larger and larger penetration of renewables (with the dramatic growth of wind and solar intermittent energies) and the necessary development of energy storage technologies. The integration of RES in hydrogen-based P2P storage systems is the most credible option with medium/long-term capacity and H2 can be also used as a clean energy vector, flexibly transportable across different sectors and regions. In particular, islands and remote areas can become isolated mini-grids based on RES and P2P systems, avoiding more expensive and impacting solutions, such as submarine electric connections or on-site diesel generators, and having a huge global development potential.
In this framework, the European Remote project takes place, aiming at demonstrating the technical and economic feasibility and the energy and environmental advantages of hydrogen-based P2P energy storage systems, designed and implemented in four remote demo cases, creating smart micro-grids almost totally relying on local RES
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