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Battery, Battery Materials<2024> Technology Trend and Market Outlook for Cathode Materials of Lithium-ion Secondary Batteries(~2035)
<2024> Technology Trend and Market Outlook for Cathode Materials of Lithium-ion Secondary Batteries(~2035)The lithium-ion secondary battery market is shifting from small IT applications toward a more substantial focus on electric vehicle (EV) and energy storage system (ESS) markets. Demand for lithium-ion batteries in EVs is rapidly increasing, driving growth in the market for cathode materials used in these applications.Cathode materials, which play a crucial role in supplying lithium in
2024.10.07
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Battery, Battery Materials<2024> Copper Foil Technology Trend and Market Outllok (~2035)
<2024> Copper Foil Technology Trend and Market Outllok (~2035) Executive Summary In electric vehicles, battery is one of the most critical components which determine the performance, cost, and safety of vehicle. The 4 major components in battery is cathode, anode, electrolyte, and separator. In order for these 4 major components to properly do their jobs, the use of current collector for both cathode and anode is necessary. For anode, copper foil is generally used as a cur
2024.09.30
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Battery, Battery Materials, EV<2024>Technology Trend and Market Outlook of Materials for Battery Module and Pack (~2035)
<2024>Technology Trend and Market Outlook of Materials for Battery Module and Pack (~2035) Materials within electric vehicle batteries play a critical role in overall performance. Recent years have seen a surge in research and information about battery cell materials. While battery cells are crucial components in terms of both cost and usage, the materials used in battery modules and packs have received relatively less attention in terms of importance and available data. T
2024.08.16
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Battery, Battery Materials<2024> Li-S Battery Technology Development Status and Outlook
<2024> Li-S Battery Technology Development Status and Outlook Lithium-Sulfur (Li-S) batteries are lithium-ion secondary batteries (LIBs) that use sulfur or sulfur compounds as cathode active materials, and often use metallic lithium or its alloys for anode materials. Since sulfur can attract two lithium atoms or release two electrons with one atom, it can theoretically achieve a gravimetric energy density of 1675 mAh/g, which is about 10 times that of existing LIBs, but i
2024.08.01
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Battery, Battery Materials<2024> LIB Electrolyte Li-salts, Additives Technology Trends & Market Outlook (~2035)
<2024> LIB Electrolyte Li-salts, Additives Technology Trends & Market Outlook (~2035) Electrolyte is one of the 4 major materials of lithium-ion secondary batteries. It is largely composed of solvents, lithium salts, and additives. In general, the important characteristics required for organic electrolytes for lithium-ion secondary batteries are lithium-ion conductivity and electrochemical stability. Therefore, regardless of the electrode used, an electrolyte with excel
2024.07.29
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Battery, Battery Materials<2024.1Q> Quarterly Market and SCM Analysis of LIB 4 Major Materials
<2024.1Q> Quarterly Market and SCM Analysis of LIB 4 Major Materials 1. Introduction Report overview This report analyzes the quarterly lithium-ion secondary battery (LIB) market and supply-chain management (SCM) status in 2024 and comprehensively review the market trends of four major materials (cathode materials, anode materials, electrolyte, and separator). Overview of LIB Lithium-ion secondary batteries (LIB) are energy storage devices w
2024.06.11
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Battery, Battery Materials<2024> Technology Trends and Market Outlook of Lithium-ion Secondary Battery Anode Materials (~2035)
<2024> Technology Trends and Market Outlook of Lithium-ion Secondary Battery Anode Materials (~2035) There are three issues below that continue to be issued regarding anode materials for secondary batteries. 1) Expansion of silicon anode materials due to fast charging issues 2) In relation to IRA, subsidies cannot be applied to Chinese graphite anode materials, and as a countermeasure to this, graphite sourcing sources outside of China are being
2024.05.21
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Battery Materials<2024 > LIB Si-Anode Technology Status and Outlook (~2035)
<2024> LIB Si-Anode Technology Status and Outlook (~2035) The anode material for lithium-ion batteries has predominantly been carbon-based to date. In the early stages, amorphous carbon materials were widely used, but presently, natural and synthetic graphite are the primary choices. Recently, there has been active consideration of new anode materials, particularly those centered around silicon (Si), to overcome the theoretical capacity limits of graphite mater
2024.02.21
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Battery, Battery Materials, EV<2024> 4680 Battery Technology Development Trend and Outlook
<2024> 4680 Battery Technology Development Trend and Outlook Tesla acquired Maxwell Technologies for the dry battery electrode process (DBE) used in the production of large cylindrical batteries like the 4680. The dry electrode process is characterized by low energy requirements for drying, a smaller factory footprint for the drying process, and lower production costs. If the dry coating process is applied to both electrodes, it could lea
2024.01.11
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Battery, Battery Materials, Emerging Industry<2024> Technology Development Status and Market Forecast of Lithium Metal Anode Materials for Next-Gen Batteries
<2024 New Edition> Technology Development Status and Market Forecast of Lithium Metal Anode Materials for Next Generation Batteries With the growing seriousness of climate change in the 21st century, the need for renewable and clean energy technology development has become increasingly urgent. Amidst various regulations and active efforts to achieve environmental protection and a sustainable society through environmental regulations, the secondary battery industry is a leading eco-fri
2023.12.11
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