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<2023> Mitigation/ Prediction/ Diagnosis of Battery Degradation, Technology Status and Related Companies    Battery degradation is the root cause of performance degradation of batteries. High-capacity and high-power batteries in particular require deep understanding about the degradation because its performance gets worse due to severe degradation.   Currently, concerning the degradation, development of diagnosis technology for waste batteries and fast char

2023.03.27

Currently, graphite is mostly being used as an anode material for lithium secondary batteries. It means that from 1991 - when Sony firstly commercialized lithium secondary batteries - until now, graphite has firmly maintained its throne of anode materials. This has nearly been steadfast even for the last 20 years, while other materials, including cathode materials, separation membranes, etc, have changed.   Graphite is largely divided into natural and artificial graphite. Raw

2023.03.06

Global EV & Battery Quarterly Forecast (Incl. Cathode & Li, Co, Ni, Mn)  - World’s only global quarterly xEV, battery, cathode and 4 minerals production forecast DB - Based on a total of 20,000+ xEV models and battery cathode materials, Li, Co, Ni, and Mn consumption data in 80 countries, SNE Research offers market forecast / analysis till 2025 and analytical tool.  Starting from 2017, the world’s interest in the electric vehicle market has been cont

2023.02.17

 Global EV & Battery Quarterly Forecast​ - World’s only global quarterly xEV sales and battery usage forecast DB - Based on a total of 20,000+ xEV models and battery usage DB in 80 countries, SNE Research offers market forecast / analysis for the next three years from the current date.​ Since electric vehicles priced at around US$ 30,000 with the driving range of over 300 kilometers – similar to gasolin-powered vehicles – became available in the market, a d

2023.02.17

<2023> Separators for Lithium Secondary Batteries - Technology Trends and Market Outlook (~2030)​Chapter Ⅰ. Status and Development Trends of Separator Technology1. Introduction 1.2. Types of Separator 1.2.1 Micro Pore Membrane 1.2.2 Nonwoven Base film  Chapter Ⅱ. Polyolefin-Based Separator 2.1. Manufacturing Process of Polyolefin-Based Separator 2.1.1 Dry Process 2.1.2 Wet Process 2.2 Properties of Polyolefin-Based Separator 2.2.1 Thickness 2.

2023.02.16

<2023>  SCM Analysis and Market Outlook for LIB 4 Major Materials (~2030)  The global LIB market has seen a huge growth since 1991 when Sony first developed the lithium-ion battery, and the Japanese cell makers, such as Panasonic (Sanyo) and Hitachi have been leading the market growth with IT devices as a center. In the 2000s, the Korean companies as well as the Chinese makers started to enter the market, and as of today, the size of lithium-ion battery market reaches

2023.02.15

<2023> The Present and Future of All Solid-State Battery Manufacturing Technology(Subtitle: In-depth Analysis on Manufacturing Technology and R&D Trend of Major Companies)   The performance of lithium-ion battery (LIB), most widely used today, has been improved through continuous technology development propped up with an explosive demand in new electronic devices and electric vehicles. Particularly, the energy density has been dramatically increased from 80Wh/kg in

2023.01.27

<2022> Technology Trend and Market Outlook for Cathode Materials of Lithium-ion Secondary Batteries   Recently, the secondary battery market has been expanding from small IT application market to ESS and EV market, and accordingly demand for cathode materials in the secondary battery market is also expected to increase.  Lithium-ion secondary batteries were invented by Akira Yoshino of Japan around 1985 and were commercialized by Sony in 1991.The cathode

2022.11.08

<2022> Li Metal Anode Technology Development Trend and Market Outlook  Amidst various activities to conserve the environment and establish a sustainable society carried out across the board and stricter environment regulations in place to address ever-worsening climate change issues in the 21st century, there has been a growing significance on the necessity of developing renewable energy and clean energy technologies. The secondary battery industry is one of the representa

2022.09.19

<2022> Global Development Trend & Market Outlook for EV Battey Packs (~2030) Since its rapid growth in 2021, the electric vehicles industry is anticipated to have an outstanding progress in the following decade. Particularly, with the introduction of platforms dedicated to electric vehicles, the trend of battery module and pack development will continuously head in the direction for lightweight and low-cost products. With changes in the chemical composition of battery

2022.06.03