Mei Ri Jing Ji Xin Wen·2025-10-08 23:17Group 1: Company Developments - Shanshan Co., Ltd. announced that its controlling shareholder, Shanshan Group, and its wholly-owned subsidiary, Pengze Trading, signed a restructuring investment agreement with a consortium of investors, aiming to acquire control of 23.36% of Shanshan Co., Ltd.'s shares [1] - The restructuring is expected to change the company's control to the investors' holding platform, with Ren Yuanlin becoming the actual controller, marking the end of family disputes following the founder's passing [1] - The introduction of industrial capital is intended to provide liquidity to Shanshan, which is facing a debt crisis, and to strengthen synergies with its core businesses in lithium batteries and polarizers [1] Group 2: Market Reactions and Clarifications - Fengshan Group issued a notice regarding abnormal stock trading fluctuations, clarifying that it is not involved in the "solid-state battery" concept, and its main business remains focused on the production, research, and sales of raw medicines and formulations [2] - The company emphasized that its subsidiary, Fengshan Quannuo, primarily sells lithium-ion electrolytes, with sodium-ion electrolytes accounting for only 0.01% of its consolidated revenue as of the first half of 2025 [2] - Fengshan Group also distanced itself from recent research achievements by a team from Tsinghua University, indicating that the projects are not related, aiming to mitigate market speculation and remind investors to focus on the company's fundamentals [2] Group 3: Industry Innovations - The Institute of Metal Research at the Chinese Academy of Sciences announced a breakthrough in solid-state lithium battery research, addressing key issues such as high interfacial impedance and low ionic conductivity [3] - This research, published in the journal Advanced Materials, provides new pathways for developing high-performance and safe solid-state batteries, which are considered crucial for next-generation energy storage technologies [3] - The innovative material design significantly enhances ionic transport efficiency and energy density while demonstrating excellent flexibility, paving the way for practical applications of high-safety and high-performance energy storage batteries [3]