MANUFACTURING METHOD FOR TERNARY SYSTEM SOLID HIGH MOLECULE ELECTROLYTE AND LITHIUM HIGH MOLECULE BATTERY THEREOF

摘要

PURPOSE: A manufacturing method for a ternary system solid high molecule electrolyte is provided to easily manufacture a battery by using good adhesive strength and mechanical strength and to improve an electrode capacity and cycle life span characteristic. CONSTITUTION: A ternary system solid high molecule electrolyte is manufactured by; performing a high molecule blending after mixing a plasticizer and an organic solvent to a Poly Acrylonitrile(PAN) system/a Poly Vinyl Chloride(PVC) system/a Poly Vinylidene Fluoride(PVdF) system compound consist of 10¯90 wt% of PAN system compound, 1¯50 wt% of PVC system compound, and 1¯50 wt% of PVdF system compound; forming a matrix of the solid high molecule electrolyte; casting and drying for obtaining a solid high molecule film; and injecting a lithium chloride dissolved organic solvent electrolyte.