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Anode-free (anodeless) batteries contain no anode active material, such as graphite, Si, or Li metal foil, at cell manufacture. During the initial charge, Li⁺ from the cathode deposits on a current collector, such as Cu, to form a metallic Li anode. Eliminating the mass and volume occupied by a conventional anode enables higher Wh/kg and Wh/L than conventional lithium-ion batteries. Anode-free batteries are therefore attracting attention as next-generation batteries for EVs, eVTOL/UAM ai

2026.09.22

[2026] LFP/LMFP Cathode Process Technology Trends and Major Manufacturers  As the electric vehicle and ESS markets expand, LFP is evolving into a cathode material that must combine cost competitiveness with higher density, improved performance and stable mass production. The focus of competition is therefore rapidly shifting beyond material composition to optimization across the manufacturing process—including FP precursor design, particle size control, calcination, carbon coat

2026.09.08

The ESS market is rapidly emerging as a new growth driver for the global battery industry. As growth in the electric vehicle market gradually stabilizes, demand for large-scale energy storage is accelerating, driven by renewable energy expansion, grid stabilization and the growth of data centers and AI infrastructure.  According to SNE Research, the global ESS battery market is projected to expand from approximately 353GWh in 2024 to 1,870GWh in 2035. China's ESS market is expect

2026.09.01

※ Subscription pricing is available upon request SNE Research's Global EV & Battery Monthly Tracker has been expanded into a comprehensive Web Platform.  Access integrated data on electric vehicles, batteries, battery materials, minerals, and supply chain information in one platform. Analyze market trends more efficiently with features including an Interactive Dashboard, Supply Chain Map, and AI Chat & Report. Discover a smarter way to explore the battery industry t

2026.08.03

<2026.1H> LIB 4 Major Materials SCM Analysis and Mid/Long-Term Outlook  1. Introduction   Report Overview This report aims to analyze the global lithium-ion battery (LIB) market and supply chain management (SCM) landscape on a semiannual basis (H1/H2) for 2026, while providing a comprehensive review of market trends across the four key battery materials: cathode materials, anode materials, electrolytes, and separators. Overview of LIBs LIBs are widely use

2026.06.16

<2026> Battery Module / Pack Materials Technology Trends and Market Outlook (~2035)  The materials used in EV batteries are a critical part of the vehicle. While a significant amount of information has been published on the current status and future evolution of battery cell materials, relatively little information has been available on the materials used in battery modules and packs. Although battery cells account for a substantial portion of both material usage and cost str

2026.04.24

<2026> Current Status and Long-Term Outlook of Conductive Additives for Lithium-ion Secondary Batteries (~2035)  As the global lithium-ion secondary battery market continues to expand, demand is increasing not only for high energy density and high power, but also for secondary batteries capable of fast charging. In a rapidly growing lithium-ion battery market, success is expected to hinge on the enhancement of conductive additive properties and the optimization of conductive

2025.12.24

2026 Lithium Metal Report (~2035)From the 2020s onward, lithium prices surged to over CNY 560,000 per ton as rapid growth in EV battery demand, aggressive lithium stockpiling led by China, and constrained supply capacity converged. However, from 2023 onward, lithium prices fell sharply as excessive investment and inventories, order adjustments by automakers and battery manufacturers, and the ramp-up of some new projects occurred simultaneously. While the current lithium market remains at

2025.12.12

<2025.H2> LIB 4 Major Materials SCM Analysis and Mid/Long-Term Outlook1. Introduction  Report overview This report aims to analyze the lithium-ion battery (LIB) market and supply chain management (SCM) status on a semiannual basis (H1/H2) in 2025, and to comprehensively review market trends across the four major materials (cathode materials, anode materials, electrolytes, and separators). Overview of lithium-ion batteries (LIB)  Lithium-ion batteries (LIBs)

2025.12.02

<2025> EV Metal Usage Trends and Outlook: Lithium, Nickel, Cobalt, and Manganese (‘21~‘25.1H)   The battery metal market is a raw material market that expands in proportion to the adoption of electric vehicles and energy storage systems, and it has the characteristics of a strategic asset that simultaneously determines cell cost, performance, and stability. Lithium is a fundamental element in all commercial lithium-ion batteries, forming the broad base of demand. Nicke

2025.11.12