Lithium cobalt oxide stoichiometry: BYDRecent Research Landscape
Unstable crystal structures in high-voltage cathodes lead to rapid capacity fade and thermal runaway risks. Precise control of the cobalt-oxide lattice parameters stabilizes the energy density for high-performance mobile applications.
What technical problems is BYD addressing in Lithium cobalt oxide stoichiometry?
Inadequate energy density capacity
(306)evidences
Standard lithium iron phosphate suffers from restricted volumetric and gravimetric energy density. Overcoming these capacity constraints increases the total energy storage capacity of the battery system.
Interfacial contact resistance
(21)evidences
High impedance at the contact point between solid components restricts charge flow. Reducing this resistance prevents power density loss and thermal instability in solid-state systems.