uasa begins to produce lead-acid storage battery for vehicles with stop/start system in Thailand GS Yuasa to join battery supply chain association BASC GS Yuasa receives Toyota’s Technology & Development Award for HV lithium-ion battery GS Yuasa International develops nitrogen-doped sulfide solid electrolyte Honda and GS Yuasa to collaborate on lithium-ion battery and establish JV GS Yuasa incorporates solar power equipment into Ritto Office GS...

Major Suppliers  Updated at: 2025/12/17

up wins order for coil springs from NIO Daewon Kangup to develop seat capable of monitoring driver's abnormal health condition The Ministry of Knowledge Economy of Korea announced that it has implemented eight strategic tasks in the area of renewable energy. One strategy is to commercialize polymer electrolyte fuel cells for transportation vehicles. The project will be lead by Hyundai Motor, with several other companies including Daewon Kangup Co...

Major Suppliers  Updated at: 2025/11/13

uation Institute of Industrial Technology (KEIT), and Korea Finance Corporation (KOFC). (From a press release on May 21, 2014) The Ministry of Knowledge Economy of Korea announced that it has implemented eight strategic tasks in the area of renewable energy. One strategy is to commercialize polymer electrolyte fuel cells for transportation vehicles. The project will be lead by Hyundai Motor, with several other companies including Daewon Kangup Co...

Major Suppliers  Updated at: 2025/11/12

int development with Gunma University since 2006, has been adopted for Canadian Ballard Power Systems Inc.'s (Ballard Power Systems') fuel cell stack. The fuel cell stack will be released in December. The carbon alloy catalyst is the world's first non-platinum catalyst used in electrodes of polymer electrolyte fuel cells. By utilizing this catalyst, which uses carbon as main material, Ballard Power Systems can reduce the consumption of platinum a...

Major Suppliers  Updated at: 2025/09/30

ping solid-state batteries of high-molecular-oxide-composite-type and sulfide-based-type. It plans to start operating a pilot line for sulfide-based solid-state batteries in the latter half of 2025 and selling trial products in 2029. (From several releases on October 9, 2024) SK On develops polymer electrolyte for lithium-metal batteries-Several South Korean media sources reported that SK On Co., Ltd. succeeded in developing the solid polymer ele...

Major Suppliers  Updated at: 2025/09/30

te battery project with BMW and Solid Power Samsung SDI wins CES 2026 Innovation Award Samsung SDI America wins USD 1.36 billion ESS battery deal Samsung SDI to jointly develop EV battery packs with KGM Stellantis looking to end battery venture with Samsung SDI in Indiana Samsung SDI to develop new electrolyte formulation for lithium-metal batteries On October 22, Stellantis and Samsung SDI announced that their companies have entered into a memor...

Major Suppliers  Updated at: 2025/09/25

re with Fewer from China Fawer Automotive Parts and Hanon Systems deepens alliance, anticipate new joint venture establishment The Ministry of Knowledge Economy of Korea announced that it has implemented eight strategic tasks in the area of renewable energy. One strategy is to commercialize polymer electrolyte fuel cells for transportation vehicles. The project will be lead by Hyundai Motor, with several other companies including Daewon Kangup Co...

Major Suppliers  Updated at: 2025/09/25

pressed. ‐The conventional structure eliminates the need for ground brushes and knuckle grounding, saving space and contributing to the downsizing of the motor. ‐ Improved sealing performance by applying a threaded shape that accommodates forward and reverse rotation of the motor. - Rustector, electrolyte seals, intercellular heat insulating rubber, cushion rubber, Tran-Q rubber, pressure regulating valves ‐ Gasket grease for EV and HV al...

Major Suppliers  Updated at: 2025/09/25

hibit a solid-state rechargeable battery at the 13th International Rechargeable Battery Expo (Battery Japan) to be held at the Tokyo Big Sight exhibition center from March 16 to 18, 2022. This proprietary solid-state battery is a non-sintered type using LLZ (lithium lanthanum zirconate) oxide solid electrolyte with high lithium-ion conductivity, which can be applied in a wide range of temperatures and under severe environments. As a reference exh...

Major Suppliers  Updated at: 2025/09/02

energy-storage, high safety and extraordinary mechanical properties. These mechanical properties enable shaping of the battery into different car interior components, such as a roof, boot or flooring. A key Innovation is the choice of materials. Unlike traditional Lithium-ion batteries with liquid electrolytes, these flexible Lithium-ion batteries use a solid electrolyte to eliminate the risk of leaks and increase safety. In addition, the metall...

Major Suppliers  Updated at: 2025/08/28

pre-doping equipment that realize higher capacity, longer life and improved safety of lithium-ion batteries (LIB). The company will integrate the pre-doping technology of Musashi Energy Solutions Co., Ltd., which electrochemically inserts a predetermined amount of lithium into the electrode in the electrolyte, and CKD's electrode transport technology cultivated in the winding machine field to achieve the introduction of pre-doping technology int...

Major Suppliers  Updated at: 2025/08/25

n be used in power packs for vehicles and as storage system for households and businesses. -Laminated type lithium ion battery with laminate film for packaging instead of metal can. -The concept behind laminate packaging is to deliver the customer’s desired size as quickly as possible. -The gel electrolytes are resistant to swelling and prevent the batteries from leaking. - Improves short-distance performance with the detection distance impr...

Major Suppliers  Updated at: 2025/08/25

the fiscal year that starts in April 2026 (FY2026). This will be the first commercialization of all-solid-state batteries by the Panasonic Group. Panasonic Energy aims to realize the world’s first battery that can charge and discharge at 125 degrees centigrade by using its proprietary solid-state electrolyte. Specifically, the company expects its all-solid-state batteries to be used in industrial machine sensors and automotive sensors that requ...

Major Suppliers  Updated at: 2025/08/13

na, and Japan. R&D locations Research Activities Specifics CTO Cell advance development -Development of high-capacity high-nickel cathode materials-Development of high-capacity anode material for rapid recharging-Development of high-performance (high temperature durability/rapid charging/safe) electrolytes-Development of high-safety (flame retardant/heat resistant) separators Pack development -Pouch TP solution enhancement and CTP pack dev...

Major Suppliers  Updated at: 2025/07/29

sulate the battery cells. They are designed to be gas-tight throughout the battery's life, improving performance across various conditions, reducing gas leakage risk, and enhancing safety. They also offer mechanical resistance to peak loads and fatigue. Furthermore, they are compatible with various electrolytes, coolants, and gases, and integrate seamlessly into different EV systems. Nonwoven cell stack envelopes offer key benefits over tradition...

Major Suppliers  Updated at: 2025/07/29

iner motion guides and ultra-precision drives and key business wins for bearings in the electric two-wheeler segment. During Q2 and 6 months of 2023, it also introduced Schaeffler TruPower two-wheeler batteries which leverage VRLA (Valve Regulated Lead Acid) technology and have high purity lead and electrolyte for low self-discharge rate. During the period, the company added additional capacities of over 10,000 sq.m. of production space, to the e...

Major Suppliers  Updated at: 2025/07/29

ty and high cycle durability; Used for DC-AC inverter and DC-DC converter cooling Lightweight, flat, flux-less design with high power density and high cycle durability; Used for DC-AC inverter and DC-DC converter cooling Lightweight thermal bypass valve providing rapid actuator response For polymer electrolyte fuel cells -Rigid axles for pickups and other light commercial vehicles. Designed for medium-duty applications, featuring a central dri...

Major Suppliers  Updated at: 2025/07/28

ctrolyzing water. The equipment will be put into operation before long at a DENSO Fukushima Corporation plant in Tamura City, Fukushima Prefecture. Toyota aims to build a model for the local consumption of locally produced hydrogen. The new electrolysis equipment was developed utilizing the polymer electrolyte fuel cell (FC) stack from the Mirai fuel cell vehicle (FCV). By turning power generation from the FC stack the other way, water inside the...

Major Suppliers  Updated at: 2025/07/28

allurgy products Hitachi Chemical and IME to collaborate on joint research of material technologies for thin wafer processing Hitachi Chemical to maintain patents for oilless sintered bearings Hitachi Chemical invests in Ionic Materials for solid-state batteries Hitachi Chemical acquires license of electrolyte material from U.S. startup Thai Storage Battery restructures to transfer its wholly owned plastics, battery firms NEDO and partners start ...

Major Suppliers  Updated at: 2025/07/28

as runflat tires for passenger cars and retread (recycle) tires for commercial vehicles. (From an article in the Nikkan Jidosha Shimbun on Oct. 22, 2008) Bridgestone Corp. announced on Oct. 27, 2008 that it has reached an agreement with Central Glass Co., Ltd. on joint development of fire-retardant electrolyte for lithium-ion secondary batteries, which are highly expected to spread as automotive batteries for driving. As the combination of the fi...

Major Suppliers  Updated at: 2025/07/28