The production efficiency improvement of solid-state battery production line automation transformation usually ranges from 35% to 70%, depending on the scope of the transformation module, the automation foundation of the original equipment, and the degree of process matching. 1, Core influencing factors (1) Existing production line foundation
Fully manual/semi automated production line transformation, with an increase of approximately 55% -70%
Partial automation production line renovation, with an increase of about 35% -50% (II) module coverage renovation
The automation transformation of the entire process (feeding, coating, assembly, packaging, testing) has increased by 60% -70%
Only optimizing auxiliary processes (transportation, detection, sorting) can improve efficiency by about 35% -45%. Secondly, the efficiency contribution of each transformation link
Automatic feeding and transportation system: contribution increased by about 20% -25%
Automation of Solid State Electrolyte Coating/Forming Process: Contribution Increased by About 15% -20%
Automation of battery cell assembly and packaging: contribution increased by about 10% -15%
Online detection and sorting automation: contribution improvement of about 5% -10%. III. Necessary conditions for process adaptation
The renovation plan needs to match the high cleanliness/high stability thermal field requirements of solid-state batteries. Failure to adapt will result in a reduction in the improvement rate to below 20%
Electrical renovation needs to be operated by certified electricians, and automation adjustments involving high temperature/high voltage processes require the intervention of professional process engineers
