The battery cell is composed of a solid state electrode and a solid electrolyte material, and the battery cell is in the operating temperature range, which does not contain any quality and volume fraction of liquid electrolyte, or "all solid electrolyte lithium battery". It can be further referred to as "full solid lithium secondary battery" or "full solid electrolyte lithium secondary battery". The lithium ion battery electrolyte can be divided into a liquid electrolyte, a solid electrolyte and solid-liquid composite electrolyte according to the presence of the electrolyte.
Liquid electrolytes include organic liquid electrolytes and room temperature ionic liquid electrolytes, solid electrolytes include solid polymer electrolytes and inorganic solid electrolytes. The solid-liquid composite electrolyte is a solid polymer and a liquid electrolyte composite gel electrolyte. The basic properties of different electrolyte systems can be seen that different types of lithium ion battery electrolytes have their own advantages, and their own disadvantages and insufficient.
For this reason, the selection and optimization of the electrolyte system of the lithium ion battery has always been a research hotspot for electrochemical and material chemical workers. The electrolyte of the battery contains a certain solid electrolyte and a liquid electrolyte, the mass of the liquid electrolyte or a ratio of the solid electrolyte.
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