Xin Lang Cai Jing·2025-12-26 12:26Core Viewpoint - Zhongwei New Materials Co., Ltd. has signed a strategic cooperation framework agreement with Xinwanda Power Technology Co., Ltd. to collaborate on the research and industrialization of key materials for solid-state batteries, focusing on applications in electric vehicles and energy storage systems [1][4]. Group 1: Cooperation Focus - The cooperation will concentrate on three main areas: 1. Joint development of new precursor materials for solid-state batteries, which must exhibit high energy density, safety, and long cycle life [3][6]. 2. Xinwanda will lead the development of cathode materials and complete cells based on the precursors provided by Zhongwei, facilitating practical applications in energy storage [3][6]. 3. Both companies will explore mass production pathways to scale up solid-state battery materials [3][6]. Group 2: Company Background - Zhongwei is a leading global supplier of ternary precursors, with significant expertise in high-nickel and single-crystal precursor technologies [3][6]. - Xinwanda has been investing in semi-solid and all-solid-state battery research and has established a product line specifically for energy storage batteries [3][6]. Group 3: Strategic Importance - The collaboration aims to bridge the "materials - cells - applications" chain, particularly addressing the stringent safety and cycle life requirements for large-scale energy storage projects, thereby accelerating the transition of solid-state battery technology from laboratory to engineering [3][6]. - Solid-state batteries are expected to offer advantages in energy storage, including reduced risk of thermal runaway, extended lifespan, and simplified thermal management systems [3][6]. Group 4: Future Plans - A joint technical team will be established to advance material validation and pilot testing, as well as to assess the feasibility of building complementary production capacity [4][7]. - This signing marks a significant step for both companies in the next-generation battery technology landscape and provides a new collaborative model for exploring high safety and long-duration energy storage technologies in the domestic energy storage industry [4][7].