Materials Challenges for Electric Vehicles

08 May 2024, Version 1
This content is a preprint and has not undergone peer review at the time of posting.

Abstract

Electric vehicles provide the ability to substantially reduce or eliminate greenhouse gas emissions from transportation. Such vehicles utilize a fundamentally different powertrain technology compared to conventional vehicles based on the internal combustion of liquid fuels. In this series of articles, we discuss material challenges related to three key subsystems related to the powertrain of electric vehicles: batteries, power electronics, and permanent magnets. Given that electric vehicles currently occupy ~20% of the market share and are projected to rapidly rise, a cross-cutting challenge among these systems is the sustainability and resilience of the global supply chain of critical minerals to enable this adoption of electric vehicles.

Keywords

Transportation
Critical Materials
Energy Storage
Ferromagnetic
Semiconducting

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