Adamas Intelligence: high nickel battery chemistries captured 54% of the market in 2021 by GWh Deployed
18 February 2022
In 2021, 54% of battery capacity deployed onto roads globally in new plug-in electric vehicles was powered by “high nickel” cathode chemistries (i.e., NCM 6-, 7-, 8-series, NCA, NCMA); 26% by “low nickel” cathodes (i.e., NCM 5-series and lower); and 20% by “no nickel” cathodes (i.e., primarily LFP), according to Adamas Intelligence.
Regionally, deployment of high nickel chemistries was most prevalent in the Americas on the back of Tesla, VW, Ford, Hyundai and others, while deployment of no nickel cells was most prevalent in Asia Pacific, and particularly China, on the back of Tesla, BYD, SGMW, Great Wall and a long list of others.
Like the Americas, Europe saw miniscule deployment of no nickel cells onto roads in 2021 but unlike the Americas saw a greater proportion of its watt-hours deployed powered by low nickel cells, albeit high nickel still dominated the region.
While no nickel chemistries (mainly LFP) captured one-fifth of the global plug-in electric vehicle market in 2021 by watt-hours deployed, they were present in nearly one-quarter of all vehicles sold.
In Asia Pacific specifically, no nickel chemistries seized 34% of the plug-in electric vehicle market by battery capacity deployed onto roads in 2021 albeit no nickel cells were present in more than 41% of all vehicles sold.
This disparity stems from the smaller sales-weighted average pack capacities of LFP-powered EVs relative to low and high nickel alternatives, Adamas said.
With varying levels of use across chemistries and regions comes varying levels of demand for lithium chemical precursors.
In the Americas, more ethan 86% of all lithium carbonate equivalent (LCE) units deployed onto roads in 2021 were in the form of lithium hydroxide. In Europe, this proportion amounted to a lower 51% and in Asia Pacific just 30%, speaking to the regional preferences for high, low and nickel chemistries, Adamas said.
At the global level, 45% of all LCE units deployed onto roads globally in 2021 were in the form of lithium carbonate and 55% lithium hydroxide.
In 2021, a record 173,641 tonnes of LCE were deployed onto roads globally in newly sold passenger EVs, up 110% year over year, according to Adamas Intelligence data.
To me, this makes sense, as these batteries have a lower cost potential than traditional NMC 532 or LFP chemistries. The lower overall cost and higher energy density of these chemistries are attractive to manufacturers and consumers alike. However, I still think that the increased complexity of manufacturing these batteries is going to be a challenge for the industry to overcome. Just read https://edubirdie.org/edubirdie-legit/ blog to proper learn about EduBirdie and how it can help me in finding professional writers.
Posted by: HenryGi95663175 | 22 February 2022 at 01:15 AM