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GS Yuasa

GS Yuasa Corporation is a multinational specializing in advanced energy solutions, primarily through the manufacture and sale of , systems, and related electrical equipment. Founded in 2004 through the merger of Japan Storage Battery Co., Ltd. (GS) and Yuasa Corporation, the company traces its origins to 1895 and is headquartered in , , with operations spanning automotive, industrial, and specialized applications worldwide. As of 2024, GS Yuasa reported net sales of ¥580.3 billion and employs thousands across its global subsidiaries, positioning it as a leader in technologies. The company's predecessors laid the foundation for its battery expertise: GS began producing Japan's first lead-acid storage batteries in 1895 under Genzo Shimadzu, while Yuasa was established in 1918 following Shichizaemon Yuasa's research into metal electrolysis starting in 1913. Key milestones include the introduction of the "GS" trademark in 1908, the start of automotive battery production by both firms in 1919, and innovations in lithium-ion batteries in the 1990s, such as GS's prismatic types and Yuasa's ultra-thin polymer variants. The 2004 merger created GS Yuasa, enabling expanded global reach, including acquisitions like Panasonic's lead-acid battery business in 2016, and the establishment of joint ventures in regions like Southeast Asia, Europe, and North America since the 1960s. GS Yuasa's core businesses are divided into automotive batteries (including lead-acid for and motorcycles), batteries and supplies (such as systems), automotive lithium-ion batteries for and electric , and specialized batteries for applications like and . It holds a dominant in for batteries, ranks first globally in satellite battery capacity, and maintains strong positions in ASEAN and European automotive markets. Committed to , the company integrates ESG principles into its strategies, supporting UN through innovations in for electric mobility and renewable energy systems. In fiscal year 2025, GS Yuasa targets net sales of ¥600 billion, building on three consecutive years of record profits amid growing demand for lithium-ion technologies.

History

Origins of Predecessor Companies

The origins of GS Yuasa trace back to two pioneering Japanese companies in the battery industry: Japan Storage Battery Co., Ltd. (commonly known as GS) and Yuasa Storage Battery Co., Ltd. GS was founded through the efforts of Genzo Shimadzu, a prolific inventor often called the "Edison of ," who in 1895 manufactured Japan's first lead-acid storage battery at his workshop in . This breakthrough marked the beginning of domestic industrial production of storage batteries in , addressing the growing need for reliable power sources amid rapid modernization during the . In 1908, Shimadzu introduced the "GS" trademark—derived from his initials—to brand these batteries, which were initially used for lighting and early electric applications. By 1912, a dedicated storage battery plant was established in Kyoto's Shin-machi district, enabling scaled production. The company was formally incorporated as Japan Storage Battery Co., Ltd. in 1917, coinciding with the import of Detroit-model electric vehicles from the , which highlighted the batteries' potential in emerging mobility sectors. Yuasa's roots lie in the work of Shichizaemon Yuasa, the 12th-generation owner of a traditional trading dating to 1666. In 1913, Yuasa initiated research into metal at the family-owned Yuasa Iron Works in City, , laying the scientific groundwork for development. This led to the establishment of Yuasa Manufacturing within the iron works in 1915, where production of lead-acid storage commenced, focusing on industrial applications. The venture formalized as Yuasa Storage Co., Ltd. in 1918, capitalizing on the post-World War I demand for dependable . A new plant in Takatsuki City was completed the following year, further solidifying the company's manufacturing capabilities. Both predecessors advanced lead-acid battery technology in the interwar period, particularly for automotive uses, which became a cornerstone of their growth. GS began producing automotive batteries in 1919–1920 and innovated the "reactive lead oxides production method" in 1920, improving battery efficiency and durability for vehicle starters and lighting. Yuasa similarly launched automotive battery production in 1919 and achieved a milestone in 1930 by supplying batteries for Japan's first domestically built electric bus (model YKN), demonstrating reliability in transportation. These developments in the 1920s and 1930s established foundational expertise in high-performance batteries tailored to Japan's expanding automotive and industrial sectors.

Formation of GS Yuasa

GS Yuasa Corporation was formed through the merger of Japan Storage Battery Co., Ltd. (GS) and Yuasa Corporation, announced on July 11, 2003, and effective on April 1, 2004. The new holding company, headquartered in , , integrated the strengths of both predecessors to create one of the world's largest storage battery manufacturers, with projected annual sales of ¥264 billion and approximately 12,000 employees worldwide. This consolidation aimed to enhance competitiveness in the global battery market by combining GS's expertise in lead-acid batteries for automotive and industrial applications with Yuasa's advancements in sealed lead-acid and specialized technologies. Following the merger, GS Yuasa prioritized the consolidation of lead-acid battery production facilities and the strategic entry into the growing sector to diversify its portfolio. In 2005, the company established its first overseas affiliate, Tata AutoComp GY Batteries Ltd., in , to bolster manufacturing and market presence in emerging economies. By 2006, GS Yuasa further expanded into technologies with the creation of GS Yuasa Lithium Power Inc. in the United States, marking its initial push toward high-performance batteries for electric vehicles and systems. These early moves reflected a deliberate restructuring to streamline operations and invest in next-generation energy solutions. Financially, the post-merger entity demonstrated stability, with its ordinary shares listed on the First Section of the in June 2004, facilitating access to capital markets for further growth. The also focused on establishing core facilities during 2005-2006 to support innovation in battery efficiency and durability, building on the merged technical capabilities of its predecessors. This period laid the foundation for sustained performance, enabling GS Yuasa to navigate market challenges while positioning itself as a leader in storage.

Post-Merger Expansion

Following the 2004 merger that established GS Yuasa Corporation, the company pursued strategic acquisitions to bolster its lead-acid battery operations. In October 2015, GS Yuasa agreed to acquire Corporation's lead-acid battery business for approximately 30 billion yen (about $250 million), including the shares of Storage Battery Co., Ltd. and related subsidiaries. This transaction was completed in October 2016, with GS Yuasa purchasing 85.1% of the shares, renaming the entity GS Yuasa Energy Co., Ltd., and integrating it as a consolidated to enhance production capabilities and in automotive and industrial applications. During the 2010s, GS Yuasa expanded into the (EV) battery sector by advancing its technologies, initially focusing on hybrid vehicles. The company secured supply contracts with major automakers, including providing lithium-ion batteries for Mitsubishi's i-MiEV, the world's first mass-produced EV in 2009, and subsequent hybrid models from and others. By the early , this momentum led to full-scale entry into (BEV) markets, with plans announced in 2022 to begin of high-capacity lithium-ion batteries for EVs starting in 2023, supported by partnerships such as the 2023 collaboration with for joint research and development. Financially, GS Yuasa achieved significant milestones amid industry shifts toward electrification. For 2023 (ended March 31, 2024), the company reported net sales of 562.9 billion yen, an 8.7% increase from the prior year, driven by higher volumes in automotive lithium-ion batteries and price revisions. In the first half of 2025 (April-September 2025), net sales rose 2.9% year-over-year to support stable growth, with profit attributable to owners of the parent increasing 11.2% to 10,465 million yen, particularly in the automotive batteries segment due to recovering domestic production and demand for hybrid and EV components. GS Yuasa adapted to global disruptions, including the , by implementing measures such as real-time information sharing and contingency planning to mitigate production slowdowns and material shortages. By 2025, the company had expanded into systems, commencing operations for a domestically produced and conditioning integrated with facilities in , and initiating on a 25 MWh project at a gas plant in Oita, set to operate from 2026 to support grid stability and carbon neutrality goals.

Business Segments and Products

Automotive and Motorcycle Batteries

GS Yuasa is a leading manufacturer of lead-acid batteries designed for starting, , and ignition (SLI) applications in automobiles and . These batteries provide reliable for startups and electrical systems, with the company's portfolio including conventional flooded types as well as advanced variants tailored to modern demands. In particular, GS Yuasa offers high-performance Absorbent Glass Mat (AGM) batteries optimized for start-stop systems in micro-hybrid vehicles, featuring enhanced cyclic durability and rapid recharge capabilities to support frequent engine restarts and . These AGM designs use absorbed to prevent spills and improve vibration resistance, making them suitable for demanding automotive environments. The company holds the top market position in for lead-acid automotive batteries, commanding approximately 71% share for new automobiles and 57% for replacement units as of FY2024. Globally, GS Yuasa ranks as the number one provider of lead-acid batteries for motorcycles, with significant presence in key regions like , where it captures around 64% of the motorcycle battery market. Its automotive lead-acid batteries hold the second-largest global share. Key customers include major Japanese automakers such as , , , , , and , which rely on GS Yuasa's products for original equipment manufacturing. Production is supported by multiple facilities, including four plants in and core sites in for automotive batteries and for motorcycles; for instance, its affiliate targets an annual capacity of 8.4 million motorcycle batteries. Innovations in GS Yuasa's SLI batteries emphasize durability, environmental compliance, and ease of use. Maintenance-free designs, such as the EN series and those incorporating the GR Liquid Plug technology, reduce loss by up to 90% and minimize refill needs, enhancing in replacement markets. The company has also adopted low-antimony alloys in its grids to lower requirements and improve recyclability, aligning with environmental standards. These advancements, including valve-regulated lead-acid (VRLA) AGM variants developed at facilities like the Turkish , support high-specification applications in start-stop and idling-stop systems. In hybrid vehicles, these lead-acid batteries integrate as sources alongside lithium-ion systems for primary . The automotive and battery segment remains a cornerstone of GS Yuasa's operations, contributing over 60% of the company's net sales in recent years. For FY2024, this segment generated 362 billion yen, with accounting for 101.9 billion yen (~18% of total sales) and overseas operations 260.1 billion yen (~45%). Looking to FY2025, the company forecasts net sales of 350 billion yen for this segment—100 billion yen in and 250 billion yen overseas—within an overall group projection of 600 billion yen.

Industrial Batteries and Power Supplies

GS Yuasa's industrial batteries and power supplies segment focuses on stationary solutions for and uninterruptible power, serving such as , data centers, and transportation systems. These products emphasize reliability, maintenance-free operation, and integration with sources to support stable power delivery in non-mobile applications. The segment contributes significantly to the company's revenue, accounting for approximately 19% of net sales in the first half of fiscal year 2025 (April to September), with growth driven by rising demand from data centers and emergency power projects. A key offering in this segment is the lineup, designed for , telecom base stations, and signaling systems. The SWL+ series, launched in July 2025, represents an advancement in VRLA technology, featuring enhanced high-rate discharge performance and extended cycle life through the use of Hybrid Pure Lead and exclusive HT Element X . This alloy improves durability in demanding standby applications, making the batteries suitable for high-reliability environments where consistent power backup is essential. GS Yuasa also develops integrated power supply systems that combine batteries with inverters for storage, enhancing grid stability and . A notable example is the -integrated storage battery system at the Ene-Seed No. 2 Plant, which commenced operations on October 25, 2025, marking the first such commercial deployment in for this technology. These systems support generation by storing excess energy, reducing curtailment, and providing dispatchable power during . The products in this segment are engineered for robustness, including high-temperature tolerance via specialized alloys that maintain performance in elevated ambient conditions, and a long service life of up to 15 years in float applications at 20°C. GS Yuasa's industrial batteries are deployed worldwide, supporting in diverse markets from to lighting systems.

Automotive Lithium-ion Batteries

GS Yuasa develops and manufactures prismatic cells for electric (HEVs), electric (PHEVs), and battery electric (BEVs), utilizing nickel-cobalt-manganese (NCM) cathodes in configurations such as LTO/NCM systems to balance energy and . These cells, including models like the LEV50 (50 Ah NMC-based), feature firm metal casings for structural integrity and deliver high energy densities approaching 250 Wh/kg at the cell level, enabling extended range and efficiency in automotive propulsion. While cylindrical formats are used in other applications, prismatic designs predominate in GS Yuasa's automotive lineup due to their optimized packing efficiency and thermal stability for integration. Since 2010, GS Yuasa has secured major supply contracts with Japanese automakers, including for HEV and PHEV batteries such as the EHW4S cell adopted in models like the hybrid, and through a for high-capacity batteries. These partnerships have supported for vehicles like hybrids, contributing to over 20 million cells shipped globally, while collaborations via the LIBTEC consortium with and others focus on advanced technologies. Additionally, GS Yuasa is advancing all-solid-state batteries, funded by Japan's NEDO Green Innovation Fund, with milestones achieved toward by 2030, targeting energy densities exceeding 600 Wh/kg for next-generation . Production occurs primarily at facilities in , including Blue Energy's No. 2 plant, with capacity expansions targeting 70 million cells annually by FY2025 to meet scaling demands through partnerships like the Honda-GS Yuasa EV Battery R&D . This segment has driven growth amid the EV market expansion, with FY2025 net sales forecasted at 100 billion yen, representing approximately 17% of total company revenue and reflecting increased demand for HEV/PHEV applications through the late . Safety is prioritized through integrated battery management systems (BMS) that monitor cell voltage and temperature, preventing overcharge, over-discharge, and —issues prominent in early lithium-ion deployments. Advanced thermal management, including optimized heat dissipation in cell design and circuitry placement, ensures reliable operation across wide temperature ranges, with features like ceramic separators enhancing abuse tolerance in automotive environments.

Specialized Products and Emerging Technologies

GS Yuasa develops and supplies lithium-ion batteries tailored for applications, emphasizing high reliability and performance in extreme environments. These specialized batteries power satellites and , including those operated by the . In October 2025, GS Yuasa's space-use lithium-ion batteries were installed on JAXA's HTV-X1 cargo vehicle, launched from on October 26, which will deliver supplies to the (ISS) and conduct technology demonstrations thereafter. Since 2012, the company has supplied lithium-ion batteries for the ISS, including 24 units delivered in four batches starting in 2016 to replace older nickel-hydrogen batteries, contributing to the station's power systems with over 4 million watt-hours of energy storage in orbit across various missions. Overall, GS Yuasa's batteries have been adopted in more than 250 space vehicles since the early , leveraging the firm's broader lithium-ion expertise from automotive applications to ensure durability in vacuum and radiation conditions. In addition to aerospace solutions, GS Yuasa produces lighting equipment for critical infrastructure, focusing on energy-efficient and resilient systems. The company offers LED-based emergency lighting powered by valve-regulated lead-acid or lithium-ion batteries, designed for commercial buildings and facilities to provide safe evacuation during power outages. These systems comply with industry standards for long-life performance and quick discharge. For transportation infrastructure, GS Yuasa supplies batteries for railway signaling and communication equipment, such as the SNS-TN series of valve-regulated lead-acid batteries, which support high-discharge applications in ground-based railway systems to maintain operations during emergencies. The firm also develops solar-integrated LED lighting, like the LEGA Solar series, which combines photovoltaic panels with lithium-ion batteries for anti-disaster applications in remote or disaster-prone areas. Emerging technologies form a key focus for GS Yuasa's specialized portfolio, including traction batteries and chargers for material handling equipment. The company manufactures lead-acid and lithium-ion traction batteries for electric forklifts and other industrial vehicles, offering JIS and DIN standard types with enhanced cycle life and energy efficiency to reduce operational costs. Complementary stationary chargers, such as the JBY series, provide automated charging for flooded lead-acid forklift batteries, incorporating fault detection and thermal protection for safe, efficient recharging. In research and development, GS Yuasa is advancing sodium-ion battery technology for cost-effective energy storage, initiating programs in 2022 to develop solid-state variants that address electrode kinetics challenges and offer alternatives to lithium-based systems for stationary applications. These efforts target high-reliability uses in renewable energy integration and beyond. The Specialized Batteries and Others segment, encompassing these niche products, accounted for approximately 3.9% of GS Yuasa's consolidated net sales in FY2024, with net sales of 22.4 billion yen out of a total 580.3 billion yen, underscoring its role in high-value, specialized markets.

Global Operations

Asia-Pacific Operations

GS Yuasa maintains significant manufacturing facilities in through its wholly owned subsidiary GS Battery Vietnam Co., Ltd., established in 2007 to produce lead-acid batteries primarily for the automotive and sectors. The facility has focused on exporting products to international markets, including and the , alongside serving local demand in . As of 2024, the Vietnam plant achieves an annual production and sales volume of approximately 6.8 million units, supporting regional growth in vehicle electrification. In , GS Yuasa operates via joint ventures including Siam GS Battery Co., Ltd., a collaboration with Siam Motors Co., Ltd. holding a 60% stake, dedicated to manufacturing and selling lead-acid batteries for and automobiles. The company strengthened its presence in 2013 by acquiring management rights to existing Thai joint ventures, enhancing production capabilities for batteries to meet Southeast Asian market needs. Additionally, the GS Yuasa Asia Technical Center Ltd., established in 2014 in , supports R&D for battery technologies tailored to regional applications. GS Yuasa holds a 70% stake in Yuasa (Malaysia) Sdn. Bhd. since acquiring additional shares in 2015, which granted full management control of the facility in , , for producing automotive and industrial batteries. In , operations are conducted through Tata AutoComp GY Batteries Pvt. Ltd., a established in October 2005 with AutoComp Systems Ltd., specializing in automotive lead-acid batteries for domestic and export markets. Across the region, excluding , GS Yuasa's sales networks supply batteries to major automakers such as , , and , integrating local production with global supply chains. In response to rising (EV) demand in the 2020s, the company has expanded production capacities, particularly for lithium-ion batteries, with facilities in and increasing output to align with ASEAN's growing EV adoption rates of approximately 13% in 2024, particularly in key markets like where two-wheeler EV sales have increased significantly. These efforts are overseen by the headquarters to ensure technological consistency and quality standards.

North American Operations

GS Yuasa maintains a significant presence in through dedicated subsidiaries that focus on , , and in technologies tailored to regional demands, such as reliable power for industrial applications and powersports vehicles. Yuasa Battery, Inc., established in 1979, serves as the primary entity for automotive and batteries in the region. Headquartered in Laureldale, , the company manufactures high-performance powersports batteries for motorcycles, all-terrain vehicles, snowmobiles, and , emphasizing durability and maintenance-free designs to meet North American consumer and OEM needs. As a leading supplier, it holds a prominent position in the powersports segment, benefiting from the parent company's global expertise in lead-acid technology. For industrial applications, GS Yuasa Energy Solutions, Inc., formed in 2019 and based in Roswell, Georgia, oversees the production and supply of valve-regulated lead-acid (VRLA) batteries optimized for uninterruptible power supplies (UPS), telecommunications, and backup systems. These batteries feature a 10-year design life, resistance to thermal runaway, and performance in extreme temperatures, addressing key requirements for data centers and critical infrastructure in the U.S. and Canadian markets. The subsidiary integrates global product standards to ensure compatibility with North American electrical systems and safety regulations. GS Yuasa Lithium Power, Inc., also located in , supports advanced development and testing for North American clients in , , and industrial sectors, including emerging applications. With in-house and prototyping capabilities, it conducts rigorous testing to validate battery performance under diverse conditions, facilitating adaptations for regional trends.

European Operations

GS Yuasa's operations are primarily managed through GS Yuasa Ltd, which serves as the regional and was established in 2002 as the parent company for the group's and network. In 2023, the relocated to a state-of-the-art facility in , , spanning 16,583 square meters with advanced storage and logistics capabilities to support pan- . This entity oversees manufacturing and across the continent, drawing on technologies developed at GS Yuasa Corporation's R&D centers in for integration into local production. A key production site is GS Yuasa Manufacturing Ltd in , , operational since 1982, which specializes in valve-regulated lead-acid (VRLA) batteries for industrial applications, having produced over 85 million units to date. Subsidiary operations extend to and , where GS Yuasa Battery GmbH, based in and founded in 1982 as Yuasa Battery (Europe) GmbH, handles industrial battery sales and distribution across 15 countries. In , Yuasa Battery S.A., located in Saint-Quentin-Fallavier, focuses on systems and for automotive, , and sectors, supporting regional needs. Additionally, the Turkish joint venture Inci GS Yuasa Aku Sanayi ve Ticaret A.S. (IGYA), established in 2015 with Turkish partner Inci Holding, saw a share transfer agreement in 2022 that strengthened GS Yuasa's control, with its new plant in achieving a production capacity of two million automotive lead-acid annually since 2019, contributing to a total group capacity exceeding six million units by 2022. These operations emphasize compliance with the EU Battery Directive (2006/66/EC), ensuring proper recycling, labeling, and environmental management of lead-acid and lithium-ion products, as outlined in safety data sheets and regulatory statements. GS Yuasa adapts its solutions for renewable energy integration, such as hybrid battery systems pairing VRLA with lithium-ion for solar and wind applications, to meet Europe's sustainability goals under directives like the Renewable Energy Directive. At Data Centre World London 2025, GS Yuasa showcased its uninterruptible power supply (UPS) solutions, including scalable VRLA and lithium-ion modules, highlighting their role in reliable backup power for data centers amid growing demand for energy-efficient infrastructure.

Other International Presence

GS Yuasa maintains a significant presence in Oceania through its Australian subsidiary, Century Yuasa Batteries Pty Ltd., which serves as the primary distributor for automotive, motorcycle, and industrial batteries across the country. Established in 1988 as a joint venture between the original Century Storage Battery Co. (founded in 1928) and Yuasa Corporation, the company has grown to become Australia's leading battery supplier, leveraging long-standing manufacturing and distribution networks. Key facilities include warehouses and production sites in major cities such as Sydney and Melbourne, supporting local assembly and nationwide delivery of lead-acid and specialized batteries for automotive and industrial applications. In , GS Yuasa operates primarily through distributors and targeted manufacturing initiatives, with a notable foothold in via a new production facility in . Announced in March 2024, this USD 150 million investment focuses on assembling systems, including batteries suitable for industrial uses such as equipment, to meet growing demand in the region's renewable and heavy-duty sectors. As of 2025, the facility has begun operations, contributing to regional growth. These operations complement broader distribution networks across the continent, enabling supply of automotive and industrial batteries without extensive owned subsidiaries elsewhere in the area. GS Yuasa expands into emerging markets outside its core regions through strategic partnerships and joint ventures, particularly in Southeast Asia's peripheral areas like Indonesia and the Philippines. In Indonesia, the company established PT. Yuasa Industrial Battery Indonesia as a joint venture in April 2021 to handle sales and distribution of industrial batteries, alongside affiliates such as PT. GS Battery for automotive production and PT. Trimitra Baterai Prakasa for specialized battery solutions. In the Philippines, operations rely on distributor partnerships, including Pollux Distributors Inc., which markets GS Yuasa traction batteries, chargers, and valve-regulated lead-acid products for industrial and automotive needs. These efforts are supported by production from Asian facilities, contributing to non-core region sales that accounted for approximately 8% of the company's global net sales in FY2023, with expectations of steady growth into FY2025.

Joint Ventures and Partnerships

Domestic Joint Ventures

GS Yuasa has formed several key domestic joint ventures in to advance , , and , particularly in lithium-ion technologies for automotive and applications. These partnerships leverage shared expertise and facilities to accelerate innovation in high-performance batteries, contributing to 's leadership in the sector. One prominent collaboration is Lithium Energy (LEJ), established in 2007 as a between GS Yuasa, , and Corporation. In January 2024, GS Yuasa acquired the shares held by its partners, making LEJ a wholly-owned . This entity focuses on the and of prismatic lithium-ion cells for automotive applications, including and electric . LEJ operates facilities in Kusatsu, , near , where initial investments supported automated lines capable of producing cells for approximately 10,000 annually in its early stages. The venture has enabled GS Yuasa to supply batteries for models like the , enhancing vehicle range and efficiency through optimized cell design. Another significant partnership is Blue Energy Co., Ltd., founded in April 2009 with Motor Co., Ltd. This specializes in high-capacity, high-output lithium-ion batteries primarily for electric and vehicles. Based in , Blue Energy utilizes GS Yuasa's existing Osadano plant for production, with expansions including a second facility to meet growing demand for automotive applications. The company has supplied batteries for models such as the Fit EV and Freed , emphasizing regenerative and acceleration performance. While focused on mobility, these batteries also support broader energy management systems in vehicles. In a more recent development, GS Yuasa and established Honda・GS Yuasa EV Battery R&D Co., Ltd. in to drive next-generation technologies. Capitalized at ¥10 billion with equal 50% stakes from each partner, the company conducts research on advanced lithium-ion batteries and related packs and modules for high-capacity, high-power applications. Headquartered in , it commenced operations in August , building on prior collaborations to address challenges like and cost reduction. This venture supports GS Yuasa's expansion into full battery electric vehicles, with potential for global exports of developed technologies.

International Collaborations

GS Yuasa has pursued international collaborations through joint ventures to facilitate market entry into key regions and enable technology transfer for battery production and development. One notable example is the establishment of Lithium Energy and Power GmbH & Co. KG in Stuttgart, Germany, in 2014, as a joint venture between GS Yuasa, Robert Bosch GmbH, and Mitsubishi Corporation, aimed at researching and developing next-generation lithium-ion batteries for automotive applications. This collaboration focused on advancing lithium-ion technology to support European market demands, though the venture concluded its research project in 2018, with partners applying the gained insights to independent activities. To strengthen its presence in Southeast Asia, GS Yuasa transitioned several joint ventures into full subsidiaries through acquisitions, enhancing control over automotive battery production. In 2015, the company acquired majority stakes in Thai affiliates, including Siam GS Battery Co., Ltd., achieving full management control and consolidating them to bolster supply chains for automotive and motorcycle batteries in the region. Similarly, in 2022, GS Yuasa consolidated its Turkish joint venture, Inci GS Yuasa Aku Sanayi ve Ticaret A.S. (IGYA), as a subsidiary to expand lead-acid battery production and exports to Europe and the Middle East, leveraging Turkey's strategic location for regional distribution. In , GS Yuasa formed a 50:50 with AutoComp Systems Limited in 2005, establishing Tata AutoComp GY Batteries Private Ltd. in to manufacture lead-acid batteries for two-wheelers and automobiles, marking the company's initial overseas production base and facilitating to tap into the growing South Asian . More recently, GS Yuasa has deepened EV-focused partnerships, including collaborations with U.S. firms such as and that have integrated GS Yuasa's batteries into charging and systems, enhancing infrastructure.

Innovations and Challenges

Key Technological Developments

GS Yuasa has pioneered high-voltage lithium-ion battery cells tailored for demanding applications, beginning with space technologies in the early 2000s. These cells, known for their high energy density and reliable performance in extreme conditions, have been deployed in numerous satellites, including the MICHIBIKI No. 2 for precise GPS positioning in 2017, the Epsilon-3 Launch Vehicle in 2018, and the X-ray imaging spectroscopic satellite XRISM in 2023. In 2025, GS Yuasa's lithium-ion batteries were also installed in the Quasi-Zenith Satellite No. 6 (Michibiki No. 6), enhancing GPS positioning reliability. The design emphasizes predictable capacity retention and extended cycle life, making them suitable for eclipse periods where solar power is unavailable. Extending this expertise to automotive sectors, GS Yuasa produces lithium-ion batteries for electric vehicles (EVs) and plug-in hybrid electric vehicles (PHEVs), featuring high safety in cell states and support for high-voltage systems up to 1500 volts DC. In 2025, GS Yuasa introduced the SWL+ series of valve-regulated lead-acid (VRLA) batteries, enhancing reliability for industrial standby applications such as uninterruptible power supplies (UPS) and data centers. This next-generation line incorporates Hybrid Pure Lead technology and an exclusive HT Element X Alloy, delivering a 15-year design life at 20°C—classified by EUROBAT as "Very Long Life"—along with superior high-rate discharge performance compared to prior iterations. The improvements reduce replacement frequency and operational costs while maintaining 98% recyclability. Advancements in technology represent a cornerstone of GS Yuasa's innovation pipeline, with the company selected in 2022 for Japan's NEDO Green Innovation Fund project to develop all-solid-state batteries for EVs. Building on proprietary high-performance solid electrolytes, these efforts aim to surpass conventional lithium-ion batteries in and safety, targeting commercialization by the early to support broader . For renewable energy integration, GS Yuasa contributed to the 2025 Ene-Seed project, a collaboration with partners including Energy Systems & Solutions, deploying systems alongside generation facilities in and Fukuoka Prefectures. The initiative combines photovoltaic output across five sites totaling 9.1 MW—with domestically produced lithium-ion storage totaling 23.8 MWh and power conditioning systems—to stabilize grid supply and promote decarbonization. GS Yuasa's portfolio underscores its technological leadership, with a significant portion dedicated to chemistry innovations. Post-2010s industry challenges, such as those encountered in applications, have driven a focus on safety enhancements, including advanced designs and features to mitigate risks in lithium-ion systems.

Major Incidents and Resolutions

One of the most significant incidents involving GS Yuasa occurred in early 2013, when lithium-ion batteries manufactured by the company for the Boeing 787 Dreamliner experienced thermal runaway events, leading to fires on two aircraft. On January 7, 2013, an auxiliary power unit battery on a Japan Airlines Boeing 787 caught fire while the plane was parked at Boston's Logan International Airport, prompting immediate evacuation and grounding of the global 787 fleet by the Federal Aviation Administration (FAA). Shortly after, on January 16, 2013, another fire occurred in the main battery of an All Nippon Airways 787 at Tokyo's Narita Airport, escalating concerns over battery safety. The root cause was identified as an internal short circuit within a battery cell, initiating thermal runaway that propagated to adjacent cells due to inadequate containment measures. In response, , in collaboration with GS Yuasa and the FAA, redesigned the system to mitigate risks. The updated design included the existing cells with enhanced separators and assembly processes to prevent short circuits, improved , and a stainless-steel enclosure with venting mechanisms to direct any potential fire away from the aircraft structure. This redesigned received FAA in April 2013, allowing the 787 fleet to resume operations. Subsequent monitoring has reported no further -related incidents on the 787 since the redesign. The episode underscored vulnerabilities in early lithium-ion applications and spurred advancements in technologies across the industry.

Sustainability and Future Strategy

Environmental and Social Initiatives

GS Yuasa has committed to reducing its CO2 emissions by 30% by 2030 compared to the 2018 baseline, with achievements including a 16.9% reduction by 2024 through measures such as increasing the usage rate of recycled lead in lead-acid batteries to 72.4% and incorporating sources, which accounted for 19.6% of energy utilization in 2024. The company maintains a high recycling rate for lead, aligning with industry standards exceeding 95% for lead-acid batteries, supported by dedicated systems for post-use products. GS Yuasa advances in through its operations and compliance with regulations such as the EU Battery Regulation, which promotes recovery of critical materials and reduces environmental impact. In the social domain, GS Yuasa renewed its partnership with the basketball team in 2025, upgrading to Major Partner status for the 2025-2026 season to promote sports culture and foster community development in . The company has set internal diversity targets, including aiming for 6% or more female representation in managerial positions by the end of March 2025, as part of broader efforts to enhance workforce inclusion and support women's career advancement. These efforts tie into eco-friendly product features, such as recyclable battery designs that minimize lifecycle emissions.

Long-Term Growth Plans

GS Yuasa's long-term strategic vision, outlined in Vision 2035, aims to realize "Innovation and Growth" by fostering sustainable energy storage solutions and public infrastructure contributions through diversified business domains. This vision positions the company to expand beyond traditional automotive batteries into high-capacity lithium-ion applications for battery electric vehicles (BEVs) and energy storage systems (ESS), while nurturing emerging technologies to address global electrification demands. The plan emphasizes resource concentration on core strengths in lithium-ion batteries, with a shift from hybrid electric vehicle (HEV) dominance—expected to peak around 2035—toward BEV and ESS growth, supported by ongoing joint ventures. Building on the Sixth Mid-Term Management Plan (FY2023–2025), which allocates approximately ¥190 billion in investments to reform business structures and generate ¥140 billion in operating cash flow, GS Yuasa targets foundational advancements for post-2025 expansion. A key pillar is the Honda·GS Yuasa EV Battery R&D joint venture, established to develop high-capacity, high-output lithium-ion batteries for BEVs, with mass production slated to begin in 2027 at an initial annual capacity of 20 GWh, scaling beyond that level by 2035. This initiative, backed by a combined investment exceeding ¥400 billion from Honda and GS Yuasa, includes constructing a new manufacturing plant in Japan to support these targets. To enhance competitiveness in cost-effective , GS Yuasa is advancing all-solid-state technologies, leveraging proprietary high-performance solid electrolytes for improved ionic conductivity and safety, with development accelerated through national funding programs. These efforts align with broader diversification into renewables and space applications, where lithium-ion batteries for satellites and rockets are projected to drive sales growth, aiming for approximately eight times the FY2023 sales capacity in core fields by 2030. In 2025, GS Yuasa launched the "Powering What Matters" campaign in , highlighting its batteries' role in reliable , , and powersport applications to underscore diversified growth across renewables and . To mitigate risks from EV market volatility, the company pursues strategic diversification, including business reviews in regions like and enhanced focus on industrial backup systems, ensuring resilience through balanced portfolio expansion into non-automotive sectors.

References

  1. [1]
    Corporate Profile｜GS YUASA
    GS Yuasa Corporation devises and coordinates management strategy for all companies in its Group to maximize their corporate value. Establishment: April 1, 2004.
  2. [2]
    History｜GS YUASA
    History of GS(Japan Storage Battery) 1895 Genzo Shimadzu manufacturers Japan's first lead-acid storage battery 1908 First use of the "GS" trademark.
  3. [3]
    Online GS Yuasa Report
    Business Overview and Market Environment (143KB) · Strategy by Business Segment - Automotive Batteries (1.8MB) · Strategy by Business Segment - Industrial ...
  4. [4]
    About GS YUASA
    About GS YUASA INDEX · President's Message · Corporate Profile · Directors and Audit & Supervisory Board Members · Philosophy & Sustainability Management Policy.
  5. [5]
    [PDF] News Release
    Jul 11, 2003 · The merger will create one of the world's largest storage battery companies with annual sales of ¥264 billion and. 12,000 employees worldwide.Missing: formation | Show results with:formation
  6. [6]
    GS Yuasa International Ltd. - MarkLines Automotive Industry Portal
    -In April 2004, Nippon Battery and Yuasa Corporation, both major battery manufacturers, merged and established GS Yuasa Corporation as a holding company.Missing: formation | Show results with:formation
  7. [7]
    GS Yuasa to buy Panasonic's lead acid battery business for $250 mln
    Oct 29, 2015 · Japanese battery maker GS Yuasa Corp said on Thursday it had agreed to buy Panasonic Corp's lead acid battery business for about 30 billion yen ($250 million)Missing: transfer 2011
  8. [8]
    [PDF] GS Yuasa Completes Share Purchase in Transfer of Panasonic ...
    Oct 3, 2016 · October 1, 2004. (4). Title and Name of. Representative. President ... GS Yuasa will implement the share acquisition and business transfer of ...Missing: merger | Show results with:merger
  9. [9]
    [PDF] GS Yuasa Report 2021
    History of GS (Japan Storage Battery). History of GS Yuasa Corporation. History of YUASA (Yuasa Corporation). 2004. Corporate merger. Establishment of. GS Yuasa.
  10. [10]
    Japan's GS Yuasa to jump on EV battery bandwagon - Nikkei Asia
    Nov 3, 2022 · KYOTO, Japan -- GS Yuasa will enter the market for electric-vehicle batteries as early as next year, President Osamu Murao told Nikkei, ...
  11. [11]
    Honda and GS Yuasa Reach Basic Agreement Toward ...
    Jan 23, 2023 · (GS Yuasa) today announced that they have reached a basic agreement toward collaboration for a high-capacity, high-output lithium-ion battery.
  12. [12]
    [PDF] GS Yuasa Corporation: Second Party Opinion on Sustainability ...
    Aug 26, 2024 · Sales for FY 2023 was 562.9 billion yen, an increase of 8.7% from the previous year ﴾517.7 billion yen﴿. Looking at the breakdown of sales by.
  13. [13]
    None
    ### Summary of FY2025 Sales Data for Automotive and Motorcycle Batteries Segment
  14. [14]
    https://www.marketscreener.com/news/gs-yuasa-consolidated-earnings-report-for-the-six-months-ended-september-30-2025-japanese-gaap-ce7d5cddde8bf12d
  15. [15]
    [PDF] GS Yuasa Report 2022
    The GS Yuasa 2022 report covers the fiscal year ended March 31, 2022, for the GS Yuasa Group, including its management policies and business strategies.
  16. [16]
    Commencement of Operations for Renewable Energy-Integrated ...
    Oct 27, 2025 · GS Yuasa will supply "purely" domestically produced storage batteries and PCS (Power Conditioning Systems) manufactured in-house. These devices ...
  17. [17]
    GS Yuasa commisioned for stationary storage in Japan - ESS News
    Sep 3, 2024 · Construction of the 25 MW/50 MWh battery system at the gas plant located in the large port city of Oita will begin in May 2025. Operation is ...
  18. [18]
    [PDF] GS Yuasa Report 2025
    Mar 15, 2024 · GS Yuasa is an energy and device company that provides comfort, security, and safety through batteries. Its products are supporting people's ...
  19. [19]
    [PDF] yuasa - battery
    Yuasa Battery as Japanese brand has No.1 market share of motorcycle batteries and 2nd market share of automobile batteries in the world. World.
  20. [20]
    https://www.gs-yuasa.com/en/newsrelease/article.php?ucode=gs211203051524_1261
  21. [21]
    GS Yuasa launches next-generation SWL+ battery series
    The SWL+ series sets a new benchmark in VRLA (Valve Regulated Lead Acid) battery technology for high-rate discharge and standby power applications.
  22. [22]
    GS Yuasa launches next-generation SWL+ battery series
    Jul 8, 2025 · 15-year design life at 20°C & 12 years at 25°C · Enhanced high-rate performance · Exclusive HT Element X Alloy™ · Delivers CAPEX savings & cuts ...
  23. [23]
    Industrial Batteries & Power Supply Systems｜GS YUASA
    GS YUASA offers lead-acid (small and large VRLA), industrial lithium-ion, ventilated lead-acid, and alkaline (Ni-Cd) stationary batteries.
  24. [24]
    High-power and long-life lithium-ion batteries using lithium titanium ...
    This paper describes the cell performance of the LTO/LMO and the LTO/NCM system for automotive and stationary power applications.
  25. [25]
    Lithium-ion Batteries for EV／PHEV｜GS YUASA
    Prismatic cell using firm metal cases. Has the line-up using high ... High energy density; Long cycle life; High reliability; Low self discharge rate.Missing: NCM cylindrical
  26. [26]
    Thermoelectrochemical simulations of performance and abuse in 50 ...
    The performance and thermal response of large-scale GS-Yuasa LEV50 50-Ah NMC automotive battery cells were investigated via simulation.Missing: NCM | Show results with:NCM
  27. [27]
    Current Status and Trends of Automotive Lithium-ion Batteries
    The gravimetric energy density of each type cell is almost the same except prismatic LFP cells as mentioned above. The largest value is 290 Wh kg−1 for the ...
  28. [28]
    GS Yuasa Lithium-Ion Battery for Hybrid Vehicles Wins Toyota ...
    Mar 31, 2021 · The award announced today was presented to recognize the development of the lithium-ion cell for hybrid vehicles, “EHW4S”, which is manufactured by Blue Energy.
  29. [29]
    Batteries Delivered for Use in New Model “Harrier”- ｜GS YUASA
    Jun 22, 2020 · GS Yuasa today announced that its automotive lithium-ion battery EHW4S has been adopted for the first time in the Hybrid Synergy Drive system of Toyota Motor ...<|separator|>
  30. [30]
    Honda and GS Yuasa Reach Basic Agreement Toward ...
    Jan 23, 2023 · Honda and GS Yuasa International Ltd. (GS Yuasa) today announced that they have reached a basic agreement toward collaboration for a high-capacity, high-output ...Missing: Toyota | Show results with:Toyota
  31. [31]
    [PDF] Research and Development: Initiatives for Next-Generation Batteries
    * Funding from the Green Innovation Fund will help to accelerate the development and commercialization of all-solid-state batteries, which we have been working ...
  32. [32]
    Japanese automakers partner on solid-state batteries in EV race
    May 8, 2018 · The automakers include Toyota, Nissan and Honda, who have joined forces with Japanese battery manufacturers Panasonic and GS Yuasa in the program.
  33. [33]
    [PDF] Strategy by Business Segment – Automotive Lithium-ion Batteries
    Regarding lithium-ion batteries for BEVs, we are pursuing the development of high performance batteries with high international competitiveness, aiming to start ...Missing: 2010s contracts
  34. [34]
    Honda and GS Yuasa Sign Joint Venture Agreement To Establish ...
    May 11, 2023 · The new joint venture company, which will be named Honda・GS Yuasa EV Battery R&D Co., Ltd., will research and develop lithium-ion batteries and battery ...
  35. [35]
    GS Yuasa Lithium-ion - GS Yuasa International Ltd
    Every module is equipped with a battery monitoring PCB which measures cell voltage and module temperature, protecting the battery in case of overcharge, ...
  36. [36]
    [PDF] LIM Series: Industrial use Lithium Ion Battery: - LIM30HL LIM50EL ...
    Excellent battery safety design. High safety and reliability is realized by using a Battery Management System (BMS) and each battery module has a module ...
  37. [37]
    [PDF] Developing Effective Heat Control Measures for Lithium Ion Batteries
    Taking advantage of this, GS Yuasa places the measurement circuitry, which generates little heat, opposite the long side of the cell and places the main circuit.Missing: features thermal
  38. [38]
    GS Yuasa's space-use lithium-ion batteries have been installed on ...
    Oct 28, 2025 · GS Yuasa's space-use lithium-ion batteries have been installed on first HTV-X (HTV-X1). SHARE. October 28, 2025. GS Yuasa Technology Ltd.Missing: automotive | Show results with:automotive
  39. [39]
    GS Yuasa's cells also contributing to ISS resupply missions
    Sep 10, 2019 · A total of 24 new-generation lithium-ion batteries will be delivered to the ISS in four separate batches to replace 48 older batteries that use nickel-metal ...
  40. [40]
    GS Yuasa to showcase International Space Station batteries at ...
    May 16, 2023 · GS Yuasa have over 4 milllion Watt-hours in orbit, more than all other manufacturers combined. Their batteries are also trusted to provide ...
  41. [41]
    GS Yuasa Launches SNS-TN Series of Valve-Regulated Stationary ...
    Feb 20, 2020 · The new series is particularly appropriate for use in ground-based railway equipment with high discharge rates, such as signal communication ...Missing: lighting | Show results with:lighting
  42. [42]
    [PDF] 1 Anti-disaster LED Lithium Solar-Powered Lighting Installed with ...
    Oct 1, 2015 · The installed LEGA Solar is an LED lighting equipment system equipped with photovoltaic panels, high capacity lithium-ion batteries and anti- ...<|separator|>
  43. [43]
    Traction Batteries & Chargers｜GS YUASA
    Traction Batteries & Chargers · Traction Batteries · Traction Battery Chargers · Valve Regulated Small Traction Batteries.Missing: forklifts | Show results with:forklifts
  44. [44]
    [PDF] Stationary Charger - for Battery Forklifts
    GS YUASA battery chargers JBY type have solved the problems. They were designed on the basis of many years of our research and experience to assure automatic ...
  45. [45]
    Regional Trends and Opportunities for Solid State Sodium Ion ...
    Rating 4.8 (1,980) Nov 1, 2025 · October 2022: GS Yuasa Corporation initiates a research program focused on solid-state sodium-ion battery technology, aiming to leverage its ...
  46. [46]
    Financial Segment｜GS YUASA
    Financial Segment Information ; Operating profit. Automotive Batteries. (Japan). 8,669. 5,878. 6,547 ; Operating profit · Automotive Batteries. (Overseas). 12,225.Missing: H1 FY2025 increased April- September 2025
  47. [47]
    GS Battery - The Trusted Choice of Vietnamese Customers
    Beyond serving the domestic market, GS Vietnam's products are exported to over 40 countries and territories, including demanding markets such as Europe, Latin ...
  48. [48]
    [PDF] Automotive Battery Business Briefing
    Mar 15, 2024 · Share: estimated share of lead-acid batteries for motorcycles by major region (FY2022). Japan, 2%. Taiwan, 10% India, 9%. ASEAN, 64%. North ...
  49. [49]
    Siam GS Battery
    It is a joint-venture between Siam Motors Co.,Ltd.(40%) and GS Yuasa International Co.,Ltd.(60%). The main purpose of the company was to manufacture ...
  50. [50]
    GS Yuasa to Acquire Management Rights to Thai Joint Venture and ...
    May 16, 2013 · In addition to Siam GS Yuasa, the GS Yuasa Group manufactures and sells lead-acid automotive and motorcycle batteries at Yuasa Battery (Thailand) ...
  51. [51]
    GS Yuasa Establishes Technical Center in Thailand - In response to ...
    Jan 30, 2014 · GS Yuasa today announced that it has established a wholly owned subsidiary GS Yuasa Asia Technical Center Ltd. (GYAT) in Samuthprakarn Province of Thailand.Missing: Pacific operations Vietnam Malaysia India
  52. [52]
    GS Yuasa Acquires Management Rights of Malaysian Joint Venture ...
    Jun 1, 2015 · The agreement boosts GS Yuasa Group's stake in YBML from 30% to 70% (GS Yuasa's direct and indirect investment is 54%), giving YBML's management rights to the ...
  53. [53]
    GS YUASA's Offices & Group Companies
    GS Yuasa's Offices, Head Office, Offices, Group Companies, Japan, Global Head Office, 1, Inobanba-cho, Nishinosho, Kisshoin, Minami-ku, Kyoto 601-8520 Japan
  54. [54]
    GS Yuasa Equity-method Affiliate in India Aims to Double Production ...
    Dec 22, 2021 · TGY Profile · 1. Company name, Tata AutoComp GY Batteries Private Ltd. · 2. Location, Pune, Maharashtra State, India · 3. Established, October 2005.
  55. [55]
    [PDF] Automotive Battery Business Briefing
    Mar 15, 2024 · Establishment of Yuasa. Storage Battery Co., Ltd. 1919: Start of automotive lead- acid batteries production. 1920:.Missing: early | Show results with:early
  56. [56]
    About Us - Yuasa Battery
    ABOUT US. Yuasa Battery, Inc. has been manufacturing powersports batteries in the United States to uncompromisingly high standards since 1979.
  57. [57]
    History of Yuasa | Yuasa Batteries Inc | Powersports Batteries
    Yuasa has been manufacturing powersports batteries in the US since 1979, and is a leading brand. Its parent company, GS Yuasa, has 100 years of energy storage ...Missing: early predecessors
  58. [58]
    GS Yuasa Energy Solutions - Creating the Future of Energy
    GS Yuasa Corporation's businesses include the manufacture and supply of batteries, power supply systems, lighting equipment, specialty and other electrical ...
  59. [59]
    About Us - GSYuasa Energy Solutions
    GS Yuasa Energy Solutions is an American subsidiary of GS Yuasa Corporation, formed in 2019 to address energy storage and reserve power markets.Missing: plants Ohio
  60. [60]
    GS Yuasa Lithium Power
    Welcome to GS Yuasa Lithium Power. GYLP delivers advanced batteries and battery systems for North American clients within the Aerospace, Industrial, ...
  61. [61]
    GS Yuasa - Wikipedia
    Shimadzu established Japan Storage Battery Co., Ltd in 1917 and began producing automotive batteries in 1919. In 1938 they began producing alkaline batteries ...
  62. [62]
    GS Yuasa moves European headquarters to Swindon - electrive.com
    Sep 19, 2023 · The German subsidiary, GS Yuasa Battery Germany GmbH, is based in Krefeld and serves 15 countries within Europe from there.
  63. [63]
    GS Yuasa Battery Europe Ltd
    GS Yuasa Battery Europe Ltd consists of five sales companies and one battery manufacturing company. From our sales and distribution centres in Swindon ...
  64. [64]
    GS Yuasa celebrate 40 years of battery production in South Wales
    May 10, 2021 · GS Yuasa Battery Manufacturing UK Ltd has produced over 85 million batteries at their Ebbw Vale production facility, employing over 360 skilled workers.
  65. [65]
    Yuasa Battery Europe Ltd
    1982 – Yuasa Battery (Europe) GmbH (YBEU) established in Dusseldorf for the sales and distribution of industrial batteries in Germany and the rest of Europe.
  66. [66]
    Contact Us - GS batteries
    GS Yuasa Battery France S.A.. a. 107 rue Santoyon ZAC des Chesnes Nord CS 90880 38297 Saint Quentin Fallavier Cedex France.
  67. [67]
    Operations Commence at New Cutting-Edge Plant in Turkey
    Mar 13, 2019 · GS Yuasa International will continue to work together with IGYA in Turkey on further bolstering operations while also striving to respond ...Missing: venture | Show results with:venture
  68. [68]
    [PDF] SUSTAINABILITY REPORT 2022 - İnci Holding
    Nov 13, 2023 · In the batteries business line, within the scope of the share trans- fer agreement signed in 2022 with our partner GS Yuasa, we are continuing.<|separator|>
  69. [69]
    Operations Commence at New Cutting-Edge Inci GS Yuasa Plant in ...
    Including the output of the existing plant, GS Yuasa aims to reach a total combined production capacity of 6 million units per year by 2022.Missing: IGYA | Show results with:IGYA
  70. [70]
    [PDF] This document provides the Safety Data Sheets for VRLA batteries ...
    Oct 15, 2025 · GS Yuasa Battery Europe Ltd,. Address: Unit 8, Ignition Park, Swindon ... In accordance with EU2013/56/EU Battery Directive, VRLA batteries should ...
  71. [71]
    Unique renewable energy centre powered by dual-chemistry battery ...
    Jun 30, 2021 · Pairing renewable energy with a dual-chemistry battery energy storage system is the latest innovative project underway by GS Yuasa.
  72. [72]
    GS Yuasa to showcase industry-leading battery solutions at Data ...
    GS Yuasa is set to return to Data Centre World London 2025, where they will showcase their unrivalled range of industry-leading Valve Regulated Lead Acid (VRLA)
  73. [73]
    Yuasa Batteries: Home
    Yuasa Batteries is part of the Century Yuasa group, Australia's leading supplier of Car and Passenger Vehicle, Light Commercial, Marine, Deep Cycle, ...
  74. [74]
    Century Yuasa Batteries: Celebrating 95 years of manufacturing ...
    Jun 21, 2023 · The first Century factory was established in 1928 in Sydney, where the company produced components and finished batteries for the local market.
  75. [75]
    History | Century Yuasa Australia
    An affiliate of the world renowned GS Yuasa Corporation, Century Yuasa leads the industry in the development, manufacture and distribution of batteries and ...
  76. [76]
    South America Energy Storage Market Size, Share & Forecast
    Rating 4.6 (43) In March 2024, GS Yuasa Corporation invested USD 150 million in a new production plant in São Paulo, Brazil, to increase its foothold in the South American ...
  77. [77]
    Latin America Electric Vehicle Battery Market
    It has operations across various regions, including Latin America. Major Players in the Market. GS Yuasa Corporation · Samsung SDI Co. BYD Company Limited ...
  78. [78]
    GS Yuasa Establishes Industrial Battery Sales Company in Indonesia
    Jun 30, 2021 · GS Yuasa International Ltd. (GS Yuasa) established PT. Yuasa Industrial Battery Indonesia as a joint venture in Indonesia in April 2021.Missing: installations | Show results with:installations
  79. [79]
    GS Yuasa Traction Batteries and Charger Philippines
    Pollux.Distributors Inc. offers GS YUASA Traction Batteries, Traction Battery Charger and Valve Regulated Lead Acid Batteries. Inquire now!Contact · Products · AboutMissing: operations | Show results with:operations
  80. [80]
    [PDF] Establishment of “Lithium Energy Japan”
    Dec 12, 2007 · On December 12th, 2007, “Lithium Energy Japan” was officially established. In recent years there has been greater urgency throughout the world ...
  81. [81]
    [PDF] Pursuing the potential of energy devices to continue to create new ...
    Oct 15, 2020 · establishing Lithium Energy Japan in 2007 and Blue Energy Co., Ltd. in 2009, the start of more than 10 years of ongoing R&D and investment. ...
  82. [82]
    Corporate Profile｜Blue Energy Co., Ltd.
    The new company “Blue Energy” was established. Dec. 2009 GS Yuasa established the new plant within the property of GS Yuasa's Osadano operation.Missing: Mitsubishi | Show results with:Mitsubishi
  83. [83]
    https://www.gs-yuasa.com/en/ir/pdf/GS_Yuasa_Report_2020e_07.pdf
  84. [84]
    Blue Energy's Lithium-ion Batteries to be used in Honda's FREED ...
    Dec 8, 2016 · The battery efficiently stores regenerative energy, which is collected at deceleration and supports the smooth and powerful acceleration ...Missing: grid | Show results with:grid
  85. [85]
    Long Term Vision and Mid-Term Management Plan｜GS YUASA
    Vision of GS Yuasa in 2035 Based on the “Four Re's” formula, we strive for innovation in energy technology, endeavor to address the challenges facing society.Missing: commercialization | Show results with:commercialization
  86. [86]
    Bosch, GS Yuasa, and Mitsubishi Corporation to double capacity for ...
    Partners establish joint venture in Germany to focus on developing next-generation lithium ion batteries. February 12, 2014.
  87. [87]
    [PDF] Lithium Energy and Power GmbH & Co KG concludes research and ...
    Feb 28, 2018 · Bosch, GS Yuasa, and Mitsubishi Corporation will use the insights gained in their joint venture for future activities. In recognition of the ...
  88. [88]
    [PDF] GS Yuasa Corporation Consolidated Earnings Report for the Year ...
    May 8, 2015 · This was primarily the result of the conversion of Thai equity-method affiliates into consolidated subsidiaries from the second quarter of the ...<|separator|>
  89. [89]
    [PDF] Establishment of a joint venture company which manufactures and ...
    Description of business : Tata AutoComp Systems Limited (TACO), India, promoted by the Tata Group, provides products and services in the area of auto components ...
  90. [90]
    High-cycle lead-acid batteries delivered for EV charging systems in ...
    May 8, 2025 · GS Yuasa Energy Solutions, in United States, a member of GS Yuasa group, in collaboration with Siemens, has developed Managed EV Charging ...Missing: partnerships | Show results with:partnerships
  91. [91]
    GS Yuasa's Space use Lithium-ion Batteries Installed in Quasi ...
    Jun 5, 2017 · GS Yuasa's lithium-ion batteries are installed in MICHIBIKI No. 2, which provides precise positioning with GPS, and are used in over 130 ...Missing: cells | Show results with:cells
  92. [92]
    GS Yuasa's Space Use Lithium-ion Batteries Installed in Epsilon-3 ...
    Jan 15, 2018 · The lithium-ion batteries manufactured by group company GS Yuasa Technology Ltd. (GYT) have been installed in the Epsilon-3 Launch Vehicle.
  93. [93]
    GS Yuasa's Space-use Lithium-ion Batteries Installed in the X-ray ...
    Aug 24, 2023 · Space-use lithium-ion batteries manufactured by group company GS Yuasa Technology Ltd. (GYT) have been installed in the X-ray imaging spectroscopic satellite ...
  94. [94]
    [PDF] Lithium-ion battery range - Yuasa
    Why GS Yuasa lithium-ion? Over 90% capacity retention after 15 years ... Lithium manganese chemistry provides high energy density giving more power ...
  95. [95]
    [PDF] Yuasa SWL+
    Extended design life and EUROBAT classification. 15 year design life at 20°C, EUROBAT classified as 12+ years “Very Long Life”.Missing: lifespan | Show results with:lifespan
  96. [96]
    GS Yuasa Selected for Participation in NEDO Green Innovation ...
    Apr 19, 2022 · GS Yuasa Corporation (Tokyo Stock Exchange: 6674) today announced that its proposal for developing all-solid-state battery technologies has been selected for ...Missing: 2023 500 Wh/ kg 2030<|separator|>
  97. [97]
    Accelerating development of advanced solid-state batteries for ...
    Nov 22, 2022 · GS Yuasa is utilizing its developed proprietary high-performance solid electrolytes to develop an all-solid-state battery that surpasses the performance of ...
  98. [98]
    News Release | Toshiba Energy Systems & Solutions
    Oct 27, 2025 · GS Yuasa will supply "purely" domestically produced storage batteries and PCS (Power Conditioning Systems) manufactured in-house. These devices ...
  99. [99]
    Progressing Story｜GS YUASA
    GS Yuasa has inherited his passion for manufacturing and his strong desire to contribute to society through technology, and today holds more than 1,900 patents ...
  100. [100]
    GS Yuasa in batteries: Theme innovation strategy - Just Auto
    Mar 13, 2024 · These patents focus on improving the performance, safety, and packaging of energy storage devices. GlobalData's report on GS Yuasa gives a 360- ...
  101. [101]
    Patents Assigned to GS Yuasa Corporation - Justia Patents Search
    Separator for lead-acid battery. Patent number: 7939204. Abstract: A separator for a lead-acid battery enabling the lead acid battery to infallibly have a ...<|separator|>
  102. [102]
    Global Environmental Conservation｜GS YUASA
    As result of this initiative, liquefied petroleum gas consumption was reduced by 49 tons in fiscal 2024, achieving a 147-ton CO2 emission reduction effect. The ...
  103. [103]
    New Study Confirms Lead Batteries Maintain 99% Recycling Rate
    Jul 12, 2023 · BCI is thrilled to announce that the U.S. lead battery industry continues its outstanding recycling rate of 99% in new recycling rate study.<|separator|>
  104. [104]
    Renewal of the Partnership Agreemen with KYOTO HANNARYZ for ...
    Through this partnership with KYOTO HANNARYZ and the sport of basketball, GS Yuasa ... Partnership Agreement with KYOTO HANNARYZ for the B.LEAGUE 2024-2025 Season.Missing: outreach | Show results with:outreach
  105. [105]
    Conservation and Improvement of Adequate Working Environment
    Promoting Women's Empowerment​​ At GS Yuasa International Ltd., we are committed to increasing opportunities for female employees to play an active role by ...
  106. [106]
    GS Yuasa Selected as “2022 Nadeshiko Brand” for First Time ...
    Mar 22, 2022 · GS Yuasa is working to further expand opportunities for female employees, as part of its moves to increase workforce diversity with efforts ...Missing: inclusion goals
  107. [107]
    GS YUASA Sustainability
    GS YUASA aims to contribute to people, society, and the environment, tackling social and environmental issues, and achieving economic activity and  ...Missing: zero- waste production
  108. [108]
    [PDF] Environmental Initiatives
    We are working to increase the usage rate of recycled lead—the primary material used in lead-acid batteries, one of our core products. The GS Yuasa Group has ...Missing: 2013 95%
  109. [109]
    [PDF] Vision 2035
    Apr 6, 2023 · Regarding all-solid-state batteries, we are aiming to achieve higher energy density, and will be developing batteries with distinctive features, ...
  110. [110]
    Japan's Honda, GS Yuasa to invest $3 billion for battery ... - Reuters
    Apr 27, 2023 · The companies will start by building a new plant in Japan, targeting a production capacity of at least 20 gigawatt hours (GWh), the Nikkei added ...<|separator|>
  111. [111]
    GS Yuasa powers forward with bold new campaign
    The campaign highlights how GS Yuasa works across multiple industries, from automotive and motorcycle to renewables, security, UPS and industrial applications.