The modern revolution of green energy production around the world has been led by electric car maker Tesla, and to power that revolution Tesla needs a steady supply of one of its most important raw materials and components, lithium. As emissions from traditional cars and combustion engines continue to contribute greatly to global warming, the need for clean and renewable energy production is ever increasing, fuelling the demand for the materials required to power it.
Tesla’s commitment to leading the charge on green energy has placed a tremendous demand on lithium supplies due to it being the metal used to make most modern lithium-ion batteries. In the context of looking for sources of their supply, the question, ‘Where does Tesla get its Lithium?’ has become increasingly relevant for many industry players.
The answer lies in the diverse range of sources where Tesla acquires its lithium supply. Of these available sources, Tesla mainly uses lithium hydrochloride, which is shipped from Chile in the form of brines from the Atacama salt flats. The salt flats in Empresa Minera Manantial Espejo provide almost half of total Chilean production of lithium, making it one of Tesla’s most important and secure sources of lithium.
In addition to this, Tesla also gets its Lithium supply from Australian brine and spodumene mining projects. Australia is the third-largest producer of lithium in the world and currently holds over 25% of the global share of lithium resources. Tesla acquires a significant amount of its lithium supply from Pilbara Minerals’ Pilgangoora Lithium-Tantalum Project in Australia, which ships lithium concentrate and hydroxide material directly to their Gigafactory in Nevada.
Lastly, Tesla has invested in a number of new lithium resources to ensure a secured supply of the metal in the long run. In fact, they have acquired a controlling stake in a lithium project located in Nevada in an effort to secure the availability of the metal in the future. Additionally, they are also making significant investments in research and development to further empower the production of lithium-ion batteries, which facilitates their entry into the mining business.
So in a nutshell, Tesla secures its Lithium supply from multiple reliable sources, including Chile, Australia and the United States. It is investing in research to further increase the production of lithium-ion batteries and secure a guaranteed supply of the metal in the future. This makes Tesla a key player in the clean and renewable energy revolution, as well as a critical player in the global lithium supply chain.
The modern revolution of green energy production around the world has been led by electric car maker Tesla, and to power that revolution Tesla needs a steady supply of one of its most important raw materials and components, lithium. As emissions from traditional cars and combustion engines continue to contribute greatly to global warming, the need for clean and renewable energy production is ever increasing, fuelling the demand for the materials required to power it.
Tesla’s commitment to leading the charge on green energy has placed a tremendous demand on lithium supplies due to it being the metal used to make most modern lithium-ion batteries. In the context of looking for sources of their supply, the question, ‘Where does Tesla get its Lithium?’ has become increasingly relevant for many industry players.
The answer lies in the diverse range of sources where Tesla acquires its lithium supply. Of these available sources, Tesla mainly uses lithium hydrochloride, which is shipped from Chile in the form of brines from the Atacama salt flats. The salt flats in Empresa Minera Manantial Espejo provide almost half of total Chilean production of lithium, making it one of Tesla’s most important and secure sources of lithium.
In addition to this, Tesla also gets its Lithium supply from Australian brine and spodumene mining projects. Australia is the third-largest producer of lithium in the world and currently holds over 25% of the global share of lithium resources. Tesla acquires a significant amount of its lithium supply from Pilbara Minerals’ Pilgangoora Lithium-Tantalum Project in Australia, which ships lithium concentrate and hydroxide material directly to their Gigafactory in Nevada.
Lastly, Tesla has invested in a number of new lithium resources to ensure a secured supply of the metal in the long run. In fact, they have acquired a controlling stake in a lithium project located in Nevada in an effort to secure the availability of the metal in the future. Additionally, they are also making significant investments in research and development to further empower the production of lithium-ion batteries, which facilitates their entry into the mining business.
So in a nutshell, Tesla secures its Lithium supply from multiple reliable sources, including Chile, Australia and the United States. It is investing in research to further increase the production of lithium-ion batteries and secure a guaranteed supply of the metal in the future. This makes Tesla a key player in the clean and renewable energy revolution, as well as a critical player in the global lithium supply chain.
