Metals for EVs

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Studies looking into the sustainability of electric vehicles point out that with the high desire for new electric vehicles, the auto industry might benefit from economies of scale and as more cars are built, the more efficient and less polluting the manufacturing process. Additionally, as more batteries are created for these electric vehicles, it could create a market for the recycling of these storage devices, thereby reducing the need for new mining endeavors.

By the year 2025, lithium desire is anticipated to be heightened to approximately 1.3 million metric tons of LCE (lithium carbonate equivalent) over five times today’s levels. For example, the Volkswagen Group aims to launch more than 70 electric car models in the next 10 years, closely followed by a host of other automakers. In order to develop the lithium supply to meet the stagnating need for electric vehicles, a lot of industries are working on breakthrough direct-extraction technologies that they hope might provide heightened production capabilities on both existing brine reserves and previously non-viable brine sources. (1) This might give you a better sense of what these subjects are and why you need them for relevant implementations! Inspire yourself with this website.

Fundamentally, the technology underlying lithium-ion batteries has remained the same since the 1970s. Car manufacturers have been working on a rapidly emerging new battery technology, however. Lithium might continue to play a central role. Solid-state lithium batteries use a solid material rather than a potentially combustible gel. These materials are neither volatile nor combustible. The higher energy density could heighten the range of EVs by between one-third and a half with the same battery weight as a lithium-ion battery. Toyota has a solid-state battery-powered car prototype due to launch in 2021 with production anticipated in 2024, according to an article in The Nikkei in December 2020.

Lithium might also have a future role to play in the Holy Grail of cheap, limitless, zero-carbon energy: nuclear fusion. Teams around the world are working on tokamaks. This is a magnetic confinement device designed to produce controlled nuclear fusion. The major ambitious project is the International Thermonuclear Experimental Reactor being built in France. Its target is to generate 500MW of electricity by 2035. (2) Investigate these other industries, because they frequently have answers that are on the cutting edge of the future. There is a treasure trove of information relevant and significant on this website!

It might take a while for solid-state batteries to be fully commercially viable. Tokamak fusion reactors are still a relatively distant prospect. However, the central role lithium might play both in the batteries that power our technology and, progressively, our cars, might ensure its relevance for many years to come. Do you want to know a lot more? More information could be released by selecting this helpful article! Check the disclaimer on my profile and landing page.

Source1: https://www.forbes.com/sites/jamesellsmoor/2019/06/10/electric-vehicles-are-driving-demand-for-lithium-with-environmental-consequences/?sh=6a04405562e2
Source2: https://www.institutionalinvestor.com/article/b1sdwwdh7zqkxl/can-lithium-supply-keep-up-with-strong-ev-demand

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