报名通道 | 2026高工固态电池技术与应用峰会倒计时26天

Core Viewpoint - The solid-state battery industry is entering a critical year in 2026, transitioning from technology validation to large-scale production, driven by policies, technology, capital, and application scenarios [1][2]. Industry Development - The industry is moving from "technical exploration" to "industrialization and implementation," with the Ministry of Industry and Information Technology designating solid-state batteries as a core breakthrough direction and establishing national standards [1]. - The focus has shifted from basic research to engineering verification and mass production, with 2026-2027 identified as a key window for small-scale production [1][2]. Technical Trends - The mainstream research direction is converging on sulfide electrolytes due to their high ionic conductivity and process compatibility, while oxide and polymer routes are pursuing differentiated strategies [2]. - The industry is transitioning from multiple exploratory routes to a focus on mainstream technology and compatible processes [2]. Application Scenarios - High-end passenger vehicles remain the core window for the large-scale implementation of solid-state batteries, while new scenarios such as eVTOL, humanoid robots, AIDC data centers, commercial aerospace, and low-altitude economy are emerging as new battlegrounds for performance validation and commercial value exploration [2]. - The application of solid-state batteries is also expanding into consumer electronics, including two-wheelers and wearable devices, creating a multi-dimensional application landscape [2]. Industry Collaboration - Competition in the solid-state battery sector is evolving from a single-point battle among battery companies to an ecosystem competition involving materials, equipment, cells, vehicles, resources, and applications [2]. - Vertical integration trends are becoming more pronounced as automakers and upstream resource giants accelerate their entry into the industry [2]. Cost and Supply Chain - Solid-state batteries currently cost over 30% more than traditional lithium batteries, with low yield rates and shortages of high-end raw materials posing significant challenges to mass production [3]. - The industry is shifting its focus from "parameter competition" to creating value throughout the entire lifecycle, with collaborative innovation across the supply chain being essential for cost reduction and efficiency improvement [3]. Summit Highlights - The summit is a premier event in the new energy sector, featuring over 200 influential companies and 300 industry leaders from the lithium battery supply chain [5]. - It will include technical exchanges and new product showcases, with extensive media coverage and real-time interaction with 400,000 online followers [5]. Agenda Overview - The summit will cover key topics such as overcoming commercial barriers, mass production bottlenecks, core material breakthroughs, and the impact of national standards on industry dynamics [7].