an industry-academia collaboration in four areas: lithium metal batteries, all solid-state batteries, BMS (battery management systems), and battery process technology.   In the development of all-solid-state batteries, the company has partnered with the American companies Factorial Energy Inc. and Ionic Materials, Inc. (investment by Hyundai Cradle), and plans to begin production in 2027.   In the hydrogen sector, after the launch of the heavy-...

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

The condensed-type battery is a lithium-ion battery developed by CATL. A condensed type battery is composed of a large number of particles with strong interactions between them. Unlike the liquid electrolyte in ordinary lithium-ion batteries, the electrolyte in condensed batteries is a high-output bionic condensed electrolyte. In addition, a self-adaptive mesh structure at the micrometer level is constructed, enhancing the stability of the micros...

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

of fire or electric shock due to a short circuit when the coolant leaking in an accident comes into contact with live parts such as batteries. Both types of coolant contain ethylene glycol as their main ingredient, which is the same as common antifreeze, but the conductivity is reduced by using low-ionic additives, making the conductivity of FCV (fuel cell vehicle) coolant for cooling fuel cell stacks one order of magnitude lower than that of EV ...

Market & Tech Reports  Updated at: 2025/02/28

ve support for industrialization.   The key to choosing a technological direction lies in the electrolyte material. Of these, oxide-based electrolytes and sulfide-based electrolytes are the most mature in terms of technology, and composite electrolyte technology has great potential. Currently, the ionic conductivity of sulfide-based electrolytes is approaching that of liquid electrolytes, and samples can be provided in kilogram quantities. This ...

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

be an industry-academia collaboration in four areas: lithium metal batteries, all solid-state batteries, BMS (battery management systems), and battery process technology. In the development of all-solid-state batteries, the company has partnered with the American companies Factorial Energy Inc. and Ionic Materials, Inc. (investment by Hyundai Cradle), and plans to begin production in 2027.   I-3. OEM cell production / procurement matrix OEM C...

Market & Tech Reports  Updated at: 2024/10/18

. The purpose of improving energy density is to increase the range of the vehicle, while at the same time not increasing the weight of the battery. Another reason is to ensure excellent steering and acceleration performance and not increase energy consumption while driving. The design uses a high ionic conductivity composite solid electrolyte material. In addition, a dry molding process using a high-density electrolyte allows the material to be...

Market & Tech Reports  Updated at: 2024/07/03

lass state or glass-ceramic state electrolytes. - Optimization of preparation methods: Various preparation methods such as melting, high-energy ball milling (solid phase method), and liquid phase methods can be employed to improve the stability of the electrolyte. Polymer solid electrolytes - Low ionic conductivity and low thermal stability. - Through blending, copolymerization, cross-linking, and introduction of plasticizers, polymer solid ele...

Market & Tech Reports  Updated at: 2023/12/25

be an industry-academia collaboration in four areas: lithium metal batteries, all solid-state batteries, BMS (battery management systems), and battery process technology. In the development of all-solid-state batteries, the company has partnered with the American companies Factorial Energy Inc. and Ionic Materials, Inc. (investment by Hyundai Cradle), and plans to begin production in 2027.   I-3. OEM cell production / procurement matrix OEM C...

Market & Tech Reports  Updated at: 2023/11/01

es to over 125,000 Lyft customers.   In December 2022, Motional started autonomous rides for Uber passengers in Las Vegas as part of a 10-year commercial agreement.   In May 2022, Motional and Uber launched autonomous deliveries for Uber Eats customers in Santa Monica, California using Motional's Ionic 5 AVs. This is giving Motional AV experience in the Los Angeles area that can be leveraged for future robotaxi service in Los Angeles.   Motion...

Market & Tech Reports  Updated at: 2023/08/29

ery voltage and capacity, and electrodes can be shared between two sets of battery elements. Compact geometries such as bipolar structures (shown in the figure Solid State Battery below) can be used, resulting in higher energy density per unit volume.     (1) Comparison of current that can flow (ionic conductivity) between materials: One of the reasons that electrolytes have not been made solid for many years is that their ionic conductivity (...

Market & Tech Reports  Updated at: 2023/03/01

tec Co.,Ltd. exhibited a reinforced electrolyte membrane (GreenMem) for hydrogen fuel cells.   GreenMem exhibits high mechanical strength, low dimensional change, and high dimensional stability due to its in-house ePTFE reinforcement, and excellent chemical resistance due to the use of fluorinated ionic conductors. In Korea, it has a proven track record for use in power generation, and several manufacturers are currently evaluating it for FCV ap...

Market & Tech Reports  Updated at: 2022/12/08

current production models, with local sourcing from LG's sites in South Korea, Europe, the United States, and India, and joint production (10GWh) with LG in Indonesia.  In the development of all-solid-state batteries, the company has partnered with the American companies Factorial Energy Inc. and Ionic Materials, Inc. (investment by Hyundai Cradle).   I-3. OEM cell production / procurement matrix Japan OEM Cell procurement Partner battery m...

Market & Tech Reports  Updated at: 2022/11/11

) Development of EV, FCV, etc. Investment in venture Solid Energy Systems (See GM) USD 7.4 billion EV production in the U.S. (SOP 2022) Solid Power All solid-state electrolyte USD 1.1 billion Indonesia JV (HMC 50%) Investment in all-solid-state materials manufacturer(funded by Hyundai CRADLE) Ionic Materials Solid polymer electrolyte The amount of investment in SES is unknown (about USD 100 million) The investment in Solid Power was made ...

Market & Tech Reports  Updated at: 2021/12/06

s anode-less solutions are mentioned as option.   Next question was on the unique advantages and bottlenecks of the different applications and technologies.   Mr. Copley answered that it is really difficult to say and that he doesn't have a favourite. While the sulphides seem to offer the highest ionic conductivity, they show big disadvantages in terms of processability and moisture sensitivity. Polymers on the other hand are relatively safe an...

Market & Tech Reports  Updated at: 2021/08/31

introducing new manufacturing technology to improve productivity in 2022 Mitsubishi Chemical Corporation has reached the stage of commercialization of a new manufacturing technology to improve the productivity of electrolytes for lithium-ion batteries. It will first be introduced at the plant of MC Ionic Solutions US, Inc. (Tennessee), a subsidiary in the U.S., and the production capacity will be increased in stages starting in 2022, with an addi...

Market & Tech Reports  Updated at: 2021/04/16

nitially, the target of development was complete batteries, but from around 2010 the company began to give undivided attention to the development of electrolyte materials. They found advantages of solid-state electrolytes in terms of safety, high temperature longevity, and the slow deterioration of ionic conductivity at low temperatures. In the background of the selection of sulfide type electrolytes is the ability to commercialize H2S (hydrogen ...

Market & Tech Reports  Updated at: 2020/12/10

ferred its plant in Changzhou, China at the same time.   A123 itself has only a development center in the U.S., and although there are a few unique technology announcements, commercialization is still quite far away. In addition, although it invested in two start-up companies (Solid Power Inc. and Ionic Materials Inc.), the activities of these companies and their products are not clear for the time being. It is thought that A123 is responsible f...

Market & Tech Reports  Updated at: 2020/09/08

t the spread of fire to other cells. Along with battery monitoring and control technologies developed with Li-ion batteries, the safety level is comparable to that of Li-ion batteries.   Electromotive force is generated between electrodes when two types of Vanadium aqueous solutions with different ionic valence numbers (V2+ ←→ V3+ and V4+ ←→ V5+) are partitioned by ion exchange membrane separators and electrodes are placing into each sol...

Market & Tech Reports  Updated at: 2019/04/11

nt of its Ioniq model, already released in the Thai market, as well as an EV variant of its Kona crossover. Hyundai KONA electric vehicleThe standard grade (136 PS/395 N m) has a range of 345 km, while the higher grade (204 PS/395 N m) has a range of 546 km. Hyundai Ioniq electric vehicleThe Ionic EV will be sold in Thailand for THB 1.749 million (roughly JPY 5.9 million).   EV concept models: Porsche Mission E, and Mercedes-Benz Conce...

Market & Tech Reports  Updated at: 2018/12/18

Glass fiber business (acquired operations of PPG Industries in the U.S.) Nippon Paint Automotive paint (discontinued negotiations to acquire AXALTA) Pioneer Autonomous driving field (collaboration with NVIDIA of the U.S.) Hitachi Chemical Solid electrolyte for all-solid battery (invested in Ionic Materials of the U.S.) Bridgestone Commercialization of natural rubber Guayule (alliance with Versalis) Sold a service subsidiary for U.S. t...

Market & Tech Reports  Updated at: 2018/09/05