ompanies need to involve their suppliers in collecting the necessary data. As shown in the diagram below, OEMs selling xEVs in the European market need to request cooperation in providing various data, tracing back to the cathode active material manufacturer, anode active material manufacturer, and electrolyte manufacturer, for both CFP and human rights/environmental due diligence. In human rights and environmental due diligence, it is necessary ...

Market & Tech Reports  Updated at: 2026/03/25

(Source: BYD) Lithium-Ion High-Speed Channel  BYD's 2nd Generation Blade Battery. features a revolutionary technology system that enables ultra-fast ion transport throughout the entire process. This incorporates three core technologies: a "flash conduction" positive electrode, a "flash flow" electrolyte, and a "flash insertion" negative electrode, opening up new frontiers in the fast charging performance of lithium iron phosphate batteries...

Market & Tech Reports  Updated at: 2026/03/19

Also on display at the Expo was a post-test sample of the tracking-resistant tape "EXC24-078," which uses the same tracking-resistant film as the motor slot insulating film "EXC25-079" and is coated with adhesive. While ordinary polyimide films suffer insulation breakdown after just seven drops of electrolyte in a 600V tracking test, the development product survived more than 50 drops without any issues.   The test was conducted at the standard...

Market & Tech Reports  Updated at: 2026/02/13

tion is committed to establishing a development pattern that combines both technological leadership and commercial value. The table can be scrolled left and right. New energy power materials The company is working on overcoming the challenges of membrane electrodes for hydrogen fuel cells and electrolyte technology for all-solid-state batteries to solve the core pain points of NEVs (New Energy Vehicles) such as range, safety, and cost. Co...

Market & Tech Reports  Updated at: 2026/01/27

ill be on improving the positive electrode.   Currently, Chinese companies are mainly focusing on batteries with a specific energy of 400Wh/kg in their all-solid-state battery technology paths. The main material systems are ternary positive electrode, silicon carbon negative electrode, and sulfide electrolyte. The table can be scrolled left and right. Chinese company Technology path Energy densitytarget(Wh/kg) Forecast of industrialization...

Market & Tech Reports  Updated at: 2025/12/23

weather. In the future, MG plans to continue promoting the technology evolution of semi-solid batteries and expand their use to more vehicle models. Semi-solid-state battery Semi-solid-state battery exhibition area Manganese-based composite cathode materials Oxide-based solid electrolyte materials Electrolyte/cathode composite sheet Steel rods in nail penetration test sample In-plane compression test sample Nail ...

Market & Tech Reports  Updated at: 2025/12/16

e very promising. For example, energy densities of 350 to 500 Wh/kg have been achieved in prototypes of silicon anodes. And international attention has also been attracted in the field of solid-state batteries. Qkera, for instance, a start-up at the Technical University of Munich, has developed new electrolyte components consisting of a lithium ion-conducting ceramic-oxide material that has achieved a 30 to 50 % higher energy density than convent...

Market & Tech Reports  Updated at: 2025/12/05

ng virtual and real validation.  Solid-state battery technology is now a major focus, as it offers clear advantages in both safety and energy density—making it a promising solution for future electric vehicle applications.  Dr. Stapelbroek outlined the progression from conventional liquid-based electrolyte cells to hybrid solid-liquid cells, and finally to all-solid-state cells. The latter enable the use of lithium metal anodes, which signifi...

Market & Tech Reports  Updated at: 2025/12/02

roduce them in Europe (at a plant in Poland) in the future.   Stellantis invested in Lyten, Inc. of the USA for lithium-sulfur batteries as next-generation batteries, and is developing prototype all-solid-state batteries with Factorial Energy (Factorial Inc.) of the USA using proprietary Factorial Electrolyte System Technology (FEST).   For the procurement of lithium material, contracts have been concluded with Vulcan Energy Resources Limited o...

Market & Tech Reports  Updated at: 2025/12/01

than 4 million units (Source: Created by MarkLines based on the content of the presentation) Drive battery: Possibility of small-lot production of all-solid-state batteries around 2030   Drive battery cell technology is moving towards higher specific energy and cost-effectiveness, with liquid electrolyte batteries gradually being upgraded to solid-liquid mixed batteries and all-solid-state batteries. The roadmap indicators for high specific...

Market & Tech Reports  Updated at: 2025/11/27

two new automotive ASSB modules for the 2025 exhibition alongside samples of its ASSB materials and cells. The benefits of ASSBs compared to traditional lithium-ion batteries include increased energy density, faster charging capabilities, and improved safety due to the non-flammability of the solid electrolyte. However, ASSB cells require a pressure system to keep their internal layers together while enabling the expansion of the anode material d...

Market & Tech Reports  Updated at: 2025/11/07

t exclusively for PHEVs. With a single product, CALB meets the requirements for all PHEV application areas. It is said to be the industry's first mass-produced 46-series lithium-iron cylindrical battery with the highest energy density.   UP High Energy Super eVTOL Battery uses a solid-liquid mixed electrolyte and reaches an energy density of 350Wh/kg. It supports various technology development and application paths for flying cars, such as multi...

Market & Tech Reports  Updated at: 2025/09/29

JIANG(Source: 2025 China Auto Forum) Trends in the solid-state battery industry   Currently, the energy density of liquid lithium batteries is already approaching the theoretical bottleneck of 350Wh/kg. High energy density material systems present a serious safety challenge, and the flammable electrolyte and separators are the main heat source for thermal runaway. Solid-state batteries are also considered the ultimate solution, with energy ...

Market & Tech Reports  Updated at: 2025/08/22

® Expand - Top covers made of Ultramid® composite - Elastoflex® insulation pads - Elastan® filling material (side beam cavities) - HED™ cathode material, etc.   This is a next-generation battery that significantly improves safety, energy density, and charging efficiency. By using a solid electrolyte, "solid-state batteries" significantly reduce the risk of leakage and fire that is common in conventional lithium-ion batteries. In additi...

Market & Tech Reports  Updated at: 2025/06/19

tment by some Chinese battery manufacturers is facing competitive pressures from low prices and severe market contraction.   Improvements in battery structure can be divided into material improvements and structural improvements. In materials, changes are mainly seen in the material or form of the electrolyte, with battery and automobile manufacturers announcing new products such as condensed batteries and (semi-)solid-state batteries. Sodium io...

Market & Tech Reports  Updated at: 2025/06/12

ENERGY, based in Daejeon, South Korea, exhibited vanadium-ion batteries (VIB) at the booth of LBHunet Co., Ltd., its distributor for the Japanese market.   Vanadium-ion batteries are similar to vanadium redox flow batteries in that they use vanadium, but they do not require a structure to move the electrolyte from tank to tank. Vanadium is used in the ion battery, the same as lithium in lithium-ion batteries. Vanadium-ion batteries, although the...

Market & Tech Reports  Updated at: 2025/04/08

ately 820km on a hydrogen refill of about three minutes.   Toyota: Water electrolysis stack, hydrogen use Water electrolysis is the reverse reaction of fuel cells, extracting hydrogen from water through electrolysis, and can be configured by using the cells of a FC stack. The exhibit is a polymer electrolyte membrane (PEM) water electrolysis cell that utilizes cells from the polymer electrolyte fuel cell (PEFC) installed in the Mirai, and 90% o...

Market & Tech Reports  Updated at: 2025/03/21

rand) Reference: MarkLines    Batteries   In November 2023, Changan announced its "Golden Shield” battery brand and its plans for the battery sector. The company plans to invest CNY 10 billion and launch eight types of battery cells that it has developed in-house by 2030, including liquid electrolyte types, semi-solid-state, and all-solid-state. Changan also plans to build a battery production capacity of more than 150GWh. In the area o...

Market & Tech Reports  Updated at: 2025/03/12

ears far exceeds that of domestic Chinese institutions. Toyota and Honda, in particular, maintain their technology leader edge. Many of the key technologies for solid-state batteries emerged more than a decade ago and have undergone a long period of development. In particular, the design of sulfide electrolyte materials and solid-state battery cells has entered a period of technological maturity, providing effective support for industrialization....

Market & Tech Reports  Updated at: 2024/12/12

CAR Battery Day 2024 Trends and impacts on EV battery technology Summary BASF Schwarzheide GmbH Factory Tour (BASF) High performance, resilient and sustainable graphite production (Vianode) Electrolyte research & production in Germany (E-Lyte Innovations) The future of battery cell production - innovative and European ecosystem (EDAG Group) Official event logo (CAR Battery Day 2024, organized by CAR - Center Automotive Research, Duisburg/L...

Market & Tech Reports  Updated at: 2024/12/10