Porous Solid Electrolyte Membrane for Safer High-Conductivity Batteries

The patent employs composite materials by combining solid electrolyte particles with a polymer matrix to create a composite solid electrolyte membrane. This composite structure allows the material to maintain the safety advantages of solid electrolytes while improving ion conductivity through the synergistic effects of the different components, thereby resolving the contradiction between safety and ion conductivity.

The patent utilizes porous materials by creating a membrane with a controlled porous structure that allows efficient ion transport pathways. The porous architecture increases the surface area and provides multiple channels for ion conduction, thereby enhancing ion conductivity while maintaining the solid electrolyte's safety benefits, thus resolving the contradiction between these two parameters.

The patent applies universality by developing a solid electrolyte membrane manufacturing process that can be integrated into conventional lithium secondary battery production lines. The membrane structure serves multiple functions (ion conduction, structural support, safety) and the manufacturing method is designed to be compatible with existing equipment and processes, thereby reducing manufacturing complexity while maintaining improved ion conductivity.

The patent utilizes parameter changes by optimizing variables such as particle size distribution, porosity, and polymer matrix composition to achieve high ion conductivity through conventional manufacturing methods. By adjusting these parameters within standard manufacturing capabilities, the patent improves ion conductivity without requiring complex or specialized manufacturing processes, thus resolving the contradiction between ion conductivity and manufacturing complexity.