Solid-state batteries were a hot topic at the 2026 Two Sessions, where delegates noted that the industry is at a critical inflection point, moving from “samples” to “products.”
Mar 17, 2026 14:10On March 16, Sichuan Xingkong Sodium-ion Battery Co., Ltd. and BASF officially signed a strategic cooperation agreement in Dazhou, Sichuan. The two parties will engage in in-depth collaboration across three key dimensions: R&D of core materials for sodium-ion batteries, coordination of the industry chain, and international product development, injecting new momentum into the technological advancement and global expansion of the sodium-ion battery sector. This partnership will focus on joint R&D of cutting-edge sodium-ion battery technologies, covering the entire material chain, including ESS parts, battery pack modules, and battery cells. Key areas of emphasis include thermal management, structural design, electrochemical performance enhancement, and material system optimization. Additionally, the collaboration aims to jointly overcome critical technical bottlenecks such as bamboo charcoal anodes and Prussian blue cathodes, driving the iteration of next-generation sodium-ion battery technologies. Simultaneously, BASF will provide Xingkong Sodium-ion Battery with high-quality raw material supplies. The two parties will also work together to develop customized energy storage solutions and establish a shared after-sales service system, accelerating the industrialisation of R&D achievements.
Mar 18, 2026 17:52March 17, Tesla (TSLA) and South Korean battery giant LG Energy (850101) formally confirmed that they would jointly build an LFP battery (884309) plant in Lansing, Michigan, with an investment of $4.3 billion, to support the rapid expansion of Tesla’s (TSLA) energy storage (885921) system business. The US Department of the Interior formally confirmed the deal in a statement. Under the agreement, LG Energy (850101) will produce prismatic LFP batteries (884309) at its plant in Lansing, Michigan, US, and supply them for Tesla’s (TSLA) Megapack 3 energy storage (885921) systems. The Lansing plant is expected to begin operations in 2027. The move is intended to establish a domestic US battery supply chain and address the surge in electricity (562350) demand driven by AI (885728) data centers.
Mar 18, 2026 11:23POSCO HY Clean Metal has signed a memorandum of understanding (MOU) with Mitsui & Co. to collaborate on recycling end-of-life batteries through Hydrovolt. Under the agreement, POSCO will secure a stable supply of large volumes of black mass produced by Hydrovolt at its facility in Fredrikstad, Norway.
Mar 17, 2026 15:24Ouyang Minggao pointed out that large-scale mass production of all-solid-state batteries will still require 3–5 years, with test vehicles expected to appear by the end of 2026. Sulphide electrolyte has fallen from 20 million/mt to the million-level range. However, he stressed that the technical difficulty is extremely high and advised consumers that they “need not wait,” as LFP batteries remain the “ballast stone” at present.
Mar 16, 2026 14:49[Hyundai Motor Group and Huayou Cobalt Jointly Built a Power Battery Recycling System in Indonesia] Recently, Hyundai Motor Group signed a cooperation agreement with Zhejiang Huayou Recycling Technology Co., Ltd. (a subsidiary of Huayou Cobalt) to jointly build an EV power battery recycling system in Indonesia. The cooperation covered the recycling and utilization of battery production scrap and end-of-life batteries, aiming to achieve a closed-loop resource system throughout the entire battery life cycle.
Mar 17, 2026 17:26Dear User, Greetings! With the rapid development and continuous technological iterations in the solid-state battery industry, solid-state batteries have garnered increasing attention. As indispensable key materials for solid-state batteries, the market demand for sulfide electrolytes and oxide electrolytes is also surging accordingly. The quality of pentaphosphorus pentasulfide and lithium bromide, important raw materials for sulfide electrolytes, plays a significant role in influencing sulfide electrolytes. In the realm of oxide electrolytes, the application status of LLZO (lithium lanthanum zirconium oxide) in the semi-solid and solid-state battery markets is gradually rising. SMM is committed to supporting upstream and downstream enterprises in the solid-state battery industry chain, helping them gain comprehensive insights into the market dynamics of solid-state battery electrolytes. By providing real-time and accurate spot cargo and price information, we assist enterprises in effectively reducing risks and costs in market transactions, enhancing their core competitiveness and market adaptability. Simultaneously, SMM actively delves into research on the solid-state battery industry chain, striving to build a more transparent, fair, and efficient market environment for the industry through deepened industry analysis and continuous improvement of the knowledge system. After a period of consolidation and market surveys, SMM plans to introduce two important raw materials for sulfide electrolytes in solid-state batteries—pentaphosphorus pentasulfide and lithium bromide—along with a new price point for oxide electrolyte LLZO, starting from January 28. Details are as follows: Pentaphosphorus pentasulfide: P2S5 content ≥99.9%, Lithium bromide: LiBr content ≥99.9% Oxide electrolyte LLZO: powder, D50 ≤1μm. Price note: The above three product price points are all delivery-to-factory prices, inclusive of 13% VAT. Shanghai Metals Market New Energy Research Team January 24, 2026
PriceJan 24, 2026 22:26Dear Useres, With the rapid development and continuous technological iterations in the solid-state battery industry, solid-state batteries have garnered increasing attention. As an indispensable key raw material for solid-state batteries, the market demand for sulfide electrolytes is also surging simultaneously. The sulfide route is considered the most advanced path for solid-state batteries, and sulfide electrolytes are the most critical material within this route. Their quality significantly impacts key performance indicators of solid-state batteries, such as energy density and ion conduction rate. SMM is committed to supporting upstream and downstream enterprises in the solid-state battery industry chain, helping them gain comprehensive insights into the market dynamics of solid-state battery electrolytes. By providing real-time and accurate spot cargo market and price information, we assist enterprises in effectively reducing risks and costs in market transactions, enhancing their core competitiveness and market adaptability. Meanwhile, SMM actively deepens its research on the solid-state battery industry chain, striving to build a more transparent, fair, and efficient market environment for the industry through in-depth analysis and continuous improvement of the knowledge system. After a period of consolidation and market surveys, SMM plans to introduce new price points for sulfide electrolyte LPSC related to solid-state batteries starting December 12. The specific new price points are as follows: Sulfide Electrolyte LPSC ( Lithium Phosphorus Sulfur Chloride ) : Powder, D50 ≤ 3 μm Price Description: Transaction price (delivery-to-factory), inclusive of 13% VAT. SMM New Energy Research Team December 4, 2025 LPSC( Lithium Phosphorus Sulfur Chloride) Price is listed blow ,
PriceDec 15, 2025 10:25Dear User: Hello! Due to an error on our part, the data for "Li-ion Battery Export by Country" under the new energy category was incorrect. We are now making corrections to this set of indicator data. I. Scope of Adjustment The quantity and average price indicator data under the database category "New Energy-Lithium-ion Battery-Lithium Ion Battery-Export-Li-ion Battery Export by Country" II. Adjustment Details 1. The export quantity of lithium-ion batteries by country is adjusted to: current data value × 1,000. 2. The average export price of lithium-ion batteries by country is adjusted to: current data value ÷ 1,000. This correction will take effect on December 12, 2025. We sincerely apologize for any inconvenience and trouble caused and will strive to avoid such issues in our future work.
DataDec 2, 2025 18:26