Rare but problematic: Tesla’s rare metals supply chain headache

Abstract

Research methodology This case was developed through secondary sources in response to the environmental concerns being raised in legal actions, company documents, online forums, trade press articles and academic research relative to Li mining practices, a key material in Li-ion batteries. The case focuses on Tesla’s actual and potential response to the environmental and humanitarian concerns being raised with its battery supply chain Case overview/synopsis Tesla was one of the world’s leading producers of Li-ion batteries which were critical to its EV and battery offerings. Unfortunately, sourcing rare earth metals, such as Co and Li, which are key components in these batteries, raise several environmental and social concerns. This case highlights senior leadership considerations critical to environmental, social and governance (ESG) issues, including environmental tradeoffs and issue management. The case highlights the complexity of strategic decision-making in innovative and ESG contexts and challenges the students to contextualize the trade-offs behind each decision and the potential impact to associated stakeholders. Complexity academic level Level: Upper undergraduate and masters. Majors: Management; technology & innovation management; environmental science; science, technology & society; supply chain management; business ethics. Courses: Strategic management (social issues in management, strategic management, technological innovation); technology & society; ethics, supply chain management. Time: 60- or 90-minute class session. Supporting texts (depending on course context): Strategic Management of Technological Innovation. Schilling, M. McGraw Hill, 2017. Contemporary Strategy Analysis. Grant, R. Wiley, 2017. Society, Ethics & Technology. Winston, M., Edelbach, R. Cengage, 2014. Principles of Supply Chain Management. Wisner, J., Tan, K., Leong, G. Cengage, 2019.