摘要：全固态电池技术推动新能源材料革命，2026–2030年全球设备市场年复合增长率近80%。检测设备因技术壁垒高、定制化强，成为产业链布局重 点，贯穿材料、电芯到产线全生命周期，支撑工艺定义与安全验证。 随着全固态电池技术从实验室走向中试乃至量产，新能源产业正迎来一场深刻的材料革命。华泰证券最新研报预测，2026年至2030年，全球全固态电池设 备市场空间将从28亿元飙升至277亿元，年复合增长率接近80%。而相较于传统的卷绕、涂布设备，检测设备环节正因其技术壁垒高、定制化属性强，成 为产业链上下游争相布局的"必争之地"。 工艺变革倒逼检测升级：从"可选"到"必选" 与传统液态电池相比，全固态电池的"干-胶-叠-压-压"五大工艺变革，对检测设备提出了颠覆性的新要求。 在液态电池时代，检测的核心在于电化学性能的筛选。而在固态电池时代，"固-固界面"接触问题是影响电池性能和安全的"生死门"。由于固态电解质不 具备液态电解液的浸润性，电极与电解质层之间的物理接触一旦失效，将直接导致离子传输中断。 这种物理特性的改变，直接体现在了化成工艺上。固态电池在高压化成环节需要60-80吨的压力环境（液态电池仅需3-10吨） ...

Core Viewpoint - The introduction of new testing equipment at the Yunnan Tobacco Leaf Re-drying Co., Ltd. Xuanwei Factory marks a significant upgrade in tobacco leaf research, transitioning from traditional methods to a more advanced, multi-dimensional approach that incorporates mechanical and optical properties, thereby enhancing the quality and efficiency of tobacco processing [1][3][11] Group 1: Technological Advancements - The Xuanwei Factory has introduced a texture analyzer and a comprehensive tobacco testing platform, which signifies a shift from basic chemical analysis to a more detailed examination of mechanical characteristics and digital color detection [1][3] - Traditional methods focused on chemical composition and physical structure, but lacked the assessment of mechanical and optical indicators that affect the intrinsic quality of tobacco leaves [3][10] - The new equipment allows for precise measurement of key indicators such as tensile strength, adhesion, penetration strength, shear strength, and leaf stem bonding strength, overcoming the limitations of subjective visual assessments [5][10] Group 2: Data Collaboration - A collaborative database has been established between Xuanwei Factory and Zhejiang Zhongyan, which has enriched the quality characteristics database with over 2,000 sets of mechanical data and 6,000 sets of comprehensive testing data for the 2024 roasting season [7][8] - This data-driven approach enhances the efficiency of formula organization and provides robust support for the potential of "Li Qun" brand raw materials [8][10] Group 3: Process Optimization - The mechanical data obtained from the texture analyzer aids in providing targeted parameter adjustments for the re-drying process, helping to maintain the structural integrity of tobacco leaves and reduce breakage rates [10] - The optical data from the comprehensive testing platform contributes to controlling color stability, ensuring consistent quality in the appearance of finished tobacco products [10][11] - The collaboration between Xuanwei Factory and Zhejiang Zhongyan aims to build a joint research laboratory to further enhance innovation and establish a replicable model for raw material research [10][11]