▎ 摘　　要

NOVELTY - The preparation method for lithium-ion battery positive plate, involves taking solid electrolyte metal salt as a cation source, weighing, dissolving in weak acid and polyol and stirring to form metal acid chelate, producing variety of solid polymer esters, adding inorganic anion salt solution to heat and stir, occurring esterification reaction and polypolymerization reaction, drying, calcining to obtain uniform solid electrolyte powder, placing positive electrode active material in stirring tank containing a mixture of solid electrolyte and organic solvent to disperse to obtain mixed slurry, drying, putting dried mixed slurry into atmosphere furnace for calcination to obtain a solid electrolyte coated positive electrode material, adding binder, conductive agent, and solvent into stirring tank, adding solid electrolyte-coated positive electrode material and stirring to obtain positive electrode slurry, which is coated on current collector. USE - Preparation method for lithium-ion battery positive plate for solid-state battery (claimed) used in energy automobile, consumer electronic product, medical electronic device and wearable electronic application. ADVANTAGE - The difficulty of the coating material in the preparation process is reduced. The energy loss is reduced. The shortcomings of traditional solid-state batteries that perform poorly at low temperatures are reduced after the material is assembled into a solid-state battery with a graphite negative electrode, and the electrochemical performance of all-solid-state lithium batteries is improved. DETAILED DESCRIPTION - The preparation method for lithium-ion battery positive plate, involves taking solid electrolyte metal salt as a cation source, weighing according to a certain molar mass ratio, dissolving in weak acid and polyol and stirring to form a metal acid chelate, when the chelate is heated in polyol , producing variety of solid polymer esters with uniform distribution of cations, adding inorganic anion salt solution to heat and stir, occurring esterification reaction and polypolymerization reaction inside the solution, drying after stirring for 3 hours, putting into a muffle furnace for calcination at 400 degrees celsius under air atmosphere for 6 hours to obtain a uniform solid electrolyte powder, placing the positive electrode active material in a stirring tank containing a mixture of solid electrolyte and organic solvent to disperse at a low speed to obtain a mixed slurry, putting into a blast drying oven for drying, putting dried mixed slurry into an atmosphere furnace for calcination to obtain a solid electrolyte coated positive electrode material, adding the binder, conductive agent, and solvent into the stirring tank according to a certain proportion and stirring at a low speed for a certain period of time, adding the solid electrolyte-coated positive electrode material and stirring at high speed to obtain the positive electrode slurry, which is coated on the current collector at a certain speed. An INDEPENDENT CLAIM is included for a solid state battery. DESCRIPTION OF DRAWING(S) - The drawing shows a flowchart illustrating the preparation process of the solid-state battery. (Drawing includes non-English language text).