With the advantages of low cost and strong safety, lithium iron phosphate battery has achieved "counter attack". In August this year, the output, annual cumulative output and loading capacity of lithium iron phosphate batteries have exceeded that of ternary batteries. With the development of technology, can the energy density of lithium iron phosphate battery break through the "ceiling"? Recently, as an "upgraded version" of lithium iron phosphate battery technology, lithium manganese phosphate has attracted wide attention.
The reporter learned from the industry that lithium iron manganese phosphate can increase the energy density of the battery by more than 15%. At present, relevant enterprises are actively deploying lithium manganese phosphate production capacity. After one or two years of certification cycle and mass production, lithium manganese phosphate will enter the industrialization process.
High energy density is the core advantage of lithium iron manganese phosphate compared with lithium iron phosphate.