Documents
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Documenti RSE
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M. Balordi, Organometallic porous materials for sodium ion batteries: feasibility study at RSE laboratories RSE 18002320, 2017. Report Power System Research
Study of the literature of MOF molecules; synthesis, characterization and main applications. Feasibility study for the development at RSE laboratories of new MOF with applications in Sodium ion batteries field.
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O. Perego, Project ACCUMULO: Energy storage materials and technologies for the electric system. Synthesis Report of 2017 RSE 18002257, 2017. Final report Power System Research
The report describes activities and results of the research into the development of electro-chemical small and medium size storage systems and large storage systems able to provide flexibility services to power network.
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R. Guandalini, G. Agate, User manual of the GeoSIAM software – Version 2.0 RSE 18002366, 2017. Report Power System Research
E. Micolano, S. Capelli, Aging tests of lithium-ion cells with different operating conditions RSE 18002345, 2017. Report Power System Research
The document reports the results of post-mortem analyses performed on three NMC lithium-ion cells subjected to aging tests with different operating conditions, in order to verify the presence of morphological changes on the cell materials.
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F. Colucci, R. Guandalini, G. Agate, A. Amicarelli, Numerical simulations of the industrial process of storage of natural gas in order to investigate the safety of a real depleted tank RSE 18002365, 2017. Report Power System Research
M. Radaelli, M. Broglia, Na-beta Battery: realization of the solid electrolytes with new composition anddevelopment of a planar monocell RSE 18002401, 2017. Report Power System Research
The activity carried out concerns on one hand the development of a new planar mono-cell configuration for the battery called nickel sodium chloride and on the other the development of a new solid electrolyte (¿ "alumina) with the SPS technique defects free.
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M. Broglia, M. Balordi, S. Marchionna, I. Quinzeni, M. Soleimanzade, Prototypal NIB battery based on anodic (MXenes) and catodic material fully developed in RSE RSE 18002341, 2017. Report Power System Research
This report presents the development activities of cathodic and anodic materials for sodium-ion batteries (NIB). MAXenes as cathode materials are obtained by chemical exfoliation of MAXphases, produced at RSE by Spark Plasma Sintering. Moreover, the cathode material (Na0.44MnO2) development has gone on, compering two different synthesis processes (sol-gel Vs. solid state). According to the obtained data, a NIB single cell has been simulated, retrieving performances equivalent to the state of the art.
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F. Moia, A methodology for the assessment of the capability of gas storage reservoirs to operate in overpressure regime RSE 18002367, 2017. Report Power System Research
F. Vellucci, F. Cernuschi, M. Moreno, O. Perego, Monitoring of European and international activities RSE 18002452, 2017. Report Power System Research
Monitoring of the European and international activities related to Energy Storage Systems: SETplan Implementation Plan, ETIP-SNET, EERA, Mission Innovation, Battery Alliance and EMIRI.
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P. Cristiani, Microbial fuel cells and other electrochemical systems: results of the activity RSE 18002368, 2017. Report Power System Research
The activity aims to develop an innovative technology based on microbial fuel cells as bio-technological tools that could contribute to remove the organic load from the effluents. The innovative bioelectrochemical process, the bio-energy production, the study of the materials and the cell geometries are the aspects mainly considered, in relation to the experiments conducted.Simplified and cost-effective prototypes of microbial fuel cells were built and tested for experimental, educational and demonstrative purposes.
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