新能源产业的快速发展对电池能量密度、安全性能及成本控制提出更高要求，正负极材料、电解质等关键技术的突破已成为行业升级的核心任务。本文围绕产学研协同创新在关键电池材料领域的作用机制展开讨论，从政策支持优化与人才培养体系建设两大保障维度提出创新主体协同效能提升的实施路径，旨在为材料研发到产业落地提供策略参考。

The rapid development of the new energy industry has put forward higher requirements for battery energy density, safety performance, and cost control. Breakthroughs in key technologies such as positive and negative electrode materials and electrolytes have become the core bottleneck for industry upgrading. This article explores the mechanism of collaborative innovation between industry, academia, and research in the field of key battery materials. It proposes an implementation path to enhance the collaborative efficiency of innovation entities from two dimensions: policy support optimization and talent cultivation system construction. The aim is to provide strategic references for material research and development to industrial implementation.