With the increasing demand for electric cars and other clean energy sources, companies have begun looking towards sourcing lithium as an essential component. Tesla, among the leading electric car manufacturers, is one such company which heavily relies on lithium as a raw material. This article attempts to answer the question, “Where does Tesla get its lithium?” Tesla mainly gets its lithium from hard rock mining sites and from brine sites located in Chile, China, Australia, Portugal, and Argentina. To meet their needs for lithium, Tesla has reportedly invested in two major brine projects in Chile. It is believed that the first mine is called the Cauchari-Olaroz mine in Argentina, while the second is the Jadar Lithium Project in Portugal. Tesla’s commitment to sustainability goes beyond relying on renewable sources for the manufacture of its vehicles. This is especially evident in the company’s efforts to promote sustainable practices in lithium extraction. Tesla has invested in two new extractive technologies being developed in North America, which are intended to reduce the amount of water and energy required in the lithium extraction process. In addition, Tesla has also reportedly invested in a company that is looking at developing a new method of extracting lithium from underground rock formations in Idaho. This method is reportedly much less energy intensive compared to traditional brine mining, and is intended to help reduce the environmental impact of the lithium extraction process. Finally, Tesla is also reportedly exploring the possibility of developing a new source of lithium: deep sea mining. Tesla believes that this new source of lithium could give the company access to large amounts of previously untapped amounts of the element. Tesla is taking steps to ensure that the company can continue to meet the increasing demand for electric cars. This includes using sustainable sources for lithium extraction. As a result, the company is exploring a variety of sources of lithium, from brine sites to underground rocks and even the deep sea. This helps ensure that the company has access to a reliable supply of the material used to power its vehicles.