BIG-MAP - Battery Interface Genome – Materials Acceleration Platform BIG-MAP
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Abstract
Large scale deployment of intermittent renewable energy supply and the electrification of the transportation sector critically depend on the availability of low cost, high-performance, environmentally friendly and scalable energy storage. Unlocking technological access and optimization of green energy storage solutions is essential for ensuring and accelerating the transition towards a net-zero CO2 emission European Union by 2050. The further development of sustainable, high-performance battery technologies and materials, therefore, plays a central role in ensuring and accelerating this transition. However, the existing paradigm for battery innovation and development is simply too slow and costly to address the urgency of the massive societal challenges resulting from global warming. These challenges face not only the human race, but Earth’s atmo- and bio-sphere in general, and call for radical and accelerated technological innovation to reduce the global CO2 emission to abide by the goals of the Paris Agreement.
Persone coinvolte
- Daniele Marchisio (Responsabile Scientifico di Struttura)
- Eliodoro Chiavazzo (Responsabile Scientifico)
Strutture coinvolte
Partner
- POLITECNICO DI TORINO - AMMINISTRAZIONE CENTRALE
- TECHNICAL UNIVERSITY OF DENMARK - Coordinatore
Parole chiave
Settori ERC
Obiettivi di Sviluppo Sostenibile (Sustainable Development Goals)
Budget
Costo totale progetto: | € 19.997.818,75 |
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Contributo totale progetto: | € 19.997.818,75 |
Costo totale PoliTo: | € 210.025,00 |
Contributo PoliTo: | € 210.025,00 |
Attività di comunicazione
- https://poliflash.polito.it/ricerca_e_innovazione/il_politecnico_protagonista_in_battery2030plus
Articolo Poliflash del 1/10/202. - https://www.big-map.eu/
Link Sito Progetto.