Apr 24, 2024
8:30am - 9:00am
Room 321, Level 3, Summit
Elsa Olivetti1,Kevin Joon-Ming Huang1,Karan Bhuwalka1,Mrigi Munjal1,Richard Roth1,Romain Guillaume Billy2,Daniel Beat Müller2,Thorben Prein3,Jennifer Rupp3
Massachusetts Institute of Technology1,Norwegian University of Science and Technology2,TU Munich3
Elsa Olivetti1,Kevin Joon-Ming Huang1,Karan Bhuwalka1,Mrigi Munjal1,Richard Roth1,Romain Guillaume Billy2,Daniel Beat Müller2,Thorben Prein3,Jennifer Rupp3
Massachusetts Institute of Technology1,Norwegian University of Science and Technology2,TU Munich3
This presentation will provide a systems perspective on scaling needs in battery materials for electric vehicles ranging from our use of language model methods to source micro-challenges in the academic literature around electrode/electrolyte interfaces to materials supply chain issues including the impact on local communities for extraction of these materials. By providing a systems analysis on the extraction, beneficiation and refining complexities associated with these technologies linked to the more fundamental research activities at the bench, this talk aims to provide insight at multiple length scales of the challenge in realizing next-generation EV battery materials.