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<2022> Technology Trend and Market Outlook of Materials for Battery Module and Pack (~2030) Despite pandemic situation, global electric vehicle market in 2021 recorded remarkable growth, more than double the sales compared to 2020. Moreover, sales volume is expected to continue to grow in the future as global OEMs are launching vehicles in full swing by using exclusive platforms for electric vehicles. In addition to employment of exclusive EV platforms, there is trend that development

2022.02.16

<2022.1H> Global Mid-to-Long Term Outlook by LIB application (~2030)With the implementation of green policies across the globe, the commercialization of LIB (Lithium-ion Battery) has been changing the current of the times at a rapid pace. The mid/large-size LIB markets have already begun to grow in earnest in the xEV and ESS areas, with continuous growth expected in future with the goal of achieving carbon neutrality and finding ways to effectively use electric power. Along with the E

2022.02.16

<2022.1H> Global xEV Market and Battery Supply & Demand Outlook (~2030) ​ Due to COVID-19, along with the economic downturn over the past two years, the impact on the automobile industry has been enormous. Recently, following USA, UK, Australia, and Singapore, South Korea has also planned the ‘With Corona’ period since November and is considering various measures. Despite these difficult circumstances, the global electric vehicle market is growing explosively, expected

2022.02.16

 <2022> Outlook of Battery Metals (~2030) As the demand for secondary batteries explodes, issues of securing raw materials continue to arise accordingly. Risks of the raw materials in the electric vehicle industry keep on increasing, because volatility in supply and demand of the raw materials and its prices heavily impact on the supply and demand and the price of electric vehicles.In order to understand the supply and demand and the prices of the secondary battery materials, thi

2022.01.20

  <2022> Technology Status and Market Outlook for Lithium Secondary Battery Lithium Iron Phosphate (LFP) Cathode Material 2021 was the year when China's interest in lithium iron phosphate (LFP, LiFePO4) batteries exploded. The proportion of electric vehicles (EV) equipped with LFP batteries, sold in China, has surpassed that of ternary batteries, including NCM (Nickel-Cobalt-Manganese) or NCA (Nickel-Cobalt-Aluminum) since last September. Currently, most of the LFP

2022.01.12

 <2021.2H> Global Mid-to-Long Term  Outlook by LIB application  (~2030) The commercialization of high-density, high-capacity LIB (Lithium-ion Battery) is rapidly changing the trend of the times. The mid-to-large market has already started its full-scale growth in the xEV and ESS fields. With the aim of achieving carbon neutrality and efficiently utilizing electricity, respectively, the unprecedented market growth is expected.   The markets of small and mi

2021.11.09

<2021.2H> Global ESS Market Outlook (2019-2030)      It has been two years since the unprecedented virus called COVID-19 spread around the world, and now, the whole world is in the preparing period to return to the normal situation along with the COVID-19. So far, several fields, including politics, economy, and culture, have received a great damage, and it was the time when sectors that recorded degrowth were more than those that continuously grew.  &nbs

2021.11.03

<2021.2H> Global xEV market and Battery supply & demand outlook (~2030) Due to COVID-19, along with the economic downturn over the past two years, the impact on the automobile industry has been enormous. Recently, following USA, UK, Australia, and Singapore, South Korea has also planned the ‘With Corona’ period since November and is considering various measures. Despite these difficult circumstances, the global electric vehicle market is growing explosively, expected to accele

2021.11.02

<2021> LIB Separator Technology Trends and Market Outlook (~2030)    In order to configure a lithium secondary battery, a cathode and an anode capable of storing or supplying lithium ions, an electrolyte capable of providing or receiving lithium ions to both electrodes, and a porous separator that blocks physical contact between the cathode and the anode are used.The role of the separator can be explained in two main ways. 1) Prevent an electrical short circui

2021.10.29

<2021> Technology Trends and Market Outlook of Precursors for Cathode Active Materials (~2030)   

2021.09.10