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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

<2026_2H> Global ESS Market Outlook (~2035)The global power market has recently entered what is known as an “energy security race.” Electricity demand is rising rapidly worldwide as the adoption of artificial intelligence (AI), the expansion of data centers, the electrification of industries, and the increased use of renewable energy to achieve carbon neutrality are progressing simultaneously. In response, governments and major companies around the world are announcing a series of

2026.08.19

※ 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> Automotive OEMs and the Battery Value Chain: Response Status and Strategy to Global and Regional ESG Requirements (~2040) This report is written primarily in English. A Korean translation can be provided upon request. The transition to electric mobility has turned environmental, social, and governance performance from a voluntary reporting exercise into a binding condition of market access. As carbon regulation, human-rights due diligence, and circularity rules take legal

2026.06.23

With the rapid growth of the AI data center, power grid, industrial automation and next-generation mobility markets, power quality and instantaneous output are becoming increasingly important. In particular, rising power consumption by AI servers and GPU clusters, greater grid volatility from renewable energy expansion, and growing demands for high power and high reliability in industrial equipment present new challenges that battery-centered energy storage systems alone cannot address.

2026.06.18

<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

SNE Research Launches the Global Quarterly LIB ESS Tracker  As the Global ESS Market Surges, Quarter-by-Quarter Battery Shipment Data Captures Market Trends at a Glance * Provided in Excel format    The global Energy Storage System (ESS) market is experiencing rapid expansion, emerging as a vital new growth engine for the lithium-ion battery (LIB) industry. Faced with a slowing growth trajectory in the electric vehicle (EV) sector, global battery manufacturers

2026.06.15

<2026> Dry Electrode Process Technology for Secondary Batteries - Development Trends and Market Outlook (~2035)Recently, the dry electrode process has emerged as a key next-generation battery manufacturing technology in the global battery industry. Interest in dry electrode technology is rapidly growing across various battery applications, including EVs, ESSs, all-solid-state batteries, and sodium-ion batteries (SIBs). Global battery manufacturers increasingly recognize securing dry

2026.06.09

<2026> Hydrogen Fuel Cell Mobility Technology Development Trends and Market Outlook (~2040)    As the global transition toward carbon neutrality accelerates, hydrogen fuel cells are emerging as a key propulsion technology for long-range, high-power, and high-utilization applications where battery electric vehicles (BEVs) face inherent limitations. As the technological and economic competitiveness of hydrogen fuel cells becomes increasingly evident across mobility se

2026.05.04

<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