Stability issues and improvement strategies of lithium battery electrode materials
锂电池电极材料稳定性问题及改进策略

摘要

生态文明建设是现代化社会的主题，各行各业在提升经济效益的同时，应兼顾生态文明效益，打造环境友好型社会。当前，全球能源结构突破了传统模式，逐渐迈向清洁化的目标，锂电池作为广泛应用的储能技术，已经成为驱动能源结构清洁化转型的关键要素，其电极材料的稳定性是否达标，与储能系统的效率、安全性和经济性密切相关。锂电池电极材料相关行业为了攻克电极材料稳定性的难关，积极响应国家政策和相关文件，《关于推动能源电子产业发展的指导意见》等产业政策成为重要导向，有助于开拓锂电池电极材料的市场前景，积极探索改进电极材料稳定性的创新路径。

Abstract

Ecological civilization construction is the theme of modern society. While improving economic benefits, various industries should also take into account the benefits of ecological civilization and create an environmentally friendly society. Currently, the global energy structure has broken through traditional models and is gradually moving towards the goal of cleanliness. As a widely used energy storage technology, lithium batteries have become a key factor driving the transformation of the energy structure towards cleanliness. The stability of their electrode materials is closely related to the efficiency, safety, and economy of the energy storage system. The industry related to lithium battery electrode materials actively responds to national policies and relevant documents in order to overcome the difficulty of electrode material stability. Industrial policies such as the "Guiding Opinions on Promoting the Development of Energy Electronics Industry" have become important guidance, which helps to explore the market prospects of lithium battery electrode materials and actively explore innovative paths to improve electrode material stability.