This analysis is by Bloomberg Metals Specialist Todd Sibilla. It appeared first on the Bloomberg Terminal.
Background
Worldwide efforts to mitigate global warming depend on industrial metals, whether electrifying the auto fleet or transforming the power grid. That category now includes battery metals and rare-earth elements, along with metals long traded on venues such as the London Metal Exchange.
Take copper, a market experiencing tight competition for the world’s leading producer. Cooper is used in electric vehicle motors and to connect batteries, and EV engines can contain four times more copper than internal combustion engines. BloombergNEF estimates that annual demand for copper related to transport will be 10 times higher in 2040 than in 2023. Given that transportation now accounts for about 13% of total copper demand, increasing production of EVs will change the way the metal is priced and mined.
The issue
Demand for other base metals such as aluminum and nickel is also increasing because of their use in batteries. As an example, the positive electrode of a battery in the common NMC 622 cathode chemistry contains 60% nickel, with 20% manganese and 20% cobalt. A growing number of experts have warned of expected metal shortages that could suppress the adoption of electric cars, wind turbines and solar panels.