Electrochemical storage: new materials for the batteries of the future - Part 1
24 SEPTEMBER
14:00 - 15:30
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| ROOM 5 | |||
| ENVIRONMENT & ENERGY | |||
| MATERIALS FOR BATTERIES | |||
| TT.XI - Technical Multi-Track with Parallel SYMPOSIA | |||
| Electrochemical storage: new materials for the batteries of the future - Part 1 | |||
| Co-organized with ENEA Chair: Margherita MORENO - CV, ENEA |
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| Worldwide the green energy transition is gaining more and more endorsement. The European Commission has set ambitious targets in the new Green Deal. Moreover, by 2050, renewables could reach as much as 87% of the electricity mix. Cheap renewables and flexible demand will pave the way at a better exploitation of all storage technologies. Batteries will have a pivotal role to shift the power system away from fossil fuels and nuclear power to a cleaner society around variable renewables and emissions-free energy. Battery materials represent up to 80% of technology components costs and they also heavily influence the performances, safety and overall sustainability of the battery. In these two sections the focus will be on the R&I activities carried on the triannual national project “Ricerca di Sistema”: development and preparation of new and advanced materials for next generation batteries. Theoretical and experimental characterization methods will be also presented with regards to their application on these materials. | |||
| The symposium is part of the Symposia |
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| TT.XI.B.1 SY.XXVIII.1.1 |
Francesco BOZZA - CV ENEA Synthesis and characterization of Ni and Li - doped layered Manganese oxide as cathode material for Na ion batteries. |
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| TT.XI.B.2 SY.XXVIII.1.2 |
Akiko TSURUMAKI - CV Sapienza University of Rome Safe Gel Polymer Electrolytes for High Voltage Lithium Batteries |
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| TT.XI.B.3 SY.XXVIII.1.3 |
Omar PEREGO - CV RSE RSE activities for the development of anode and cathode materials for sodium-ion batteries |
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| TT.XI.B.4 SY.XXVIII.1.4 |
Luca BARGNESI - CV University of Bologna Sustainable Na-ion batteries for stationary applications |
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| TT.XI.B.5 SY.XXVIII.1.5 |
Gabriele LINGUA - CV Polytechnic of Turin Towards Solid Batteries Operating at Ambient Temperature Through Safe, Highly Conducting, Solid Polymer-based Electrolytes |
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| TT.XI.B.6 SY.XXVIII.1.6 |
Alessandro BRILLONI - CV University of Bologna Green design of lithium metal battery |
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