LG's Experimental LMR Cells Held 92.2% of Their Energy After 883 Cycles
4 Articles
4 Articles
LG's experimental LMR cells held 92.2% of their energy after 883 cycles
LG Energy Solution and Seoul National University report experimental lithium manganese-rich cells retaining 92.2% of their energy after 883 cycles, achieved by changing charge and discharge voltages rather than materials. The chemistry replaces nickel and cobalt with manganese, a strategic raw material China refines almost all of and Europe barely produces. LG Energy Solution and […] This story continues at The Next Web
Researchers tackle a durability problem in cheap LMR battles by changing how the cells are charged and discharged, showing remarkable improvements.
More manganese, very little cobalt and high energy density. LG and Seoul National University have shown how to make the chemical MRL more stable in large-format car cells
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