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Conclusion on LFMP Developmental Grade
Improvement in energy/power density of LFMP vs P2 LiFePO4
without compromise in safety (nanosized < 100 nm)
Scaling up in progress
Even higher energy density could be practically achieved at C/10
by increasing the Mn content in LFMP but at the expense of the
charge ability and the cycle ability
Electrochemical behaviour (charge/discharge power, cycle ability)
of the LFMP lithium batteries correlated with LFMP intrinsic
properties, mainly its primary particle size