Our unrivaled expertise and experience in low voltage battery production makes A123 the world leader in starter batteries and 48V systems, offering outstanding brake energy recuperation and increased cycle life.
12V Starter Battery: A123 Systems offers a 12V starter battery specifically designed for micro-hybrid appl... lock
Our unrivaled expertise and experience in low voltage battery production makes A123 the world leader in starter batteries and 48V systems, offering outstanding brake energy recuperation and increased cycle life.
12V Starter Battery: A123 Systems offers a 12V starter battery specifically designed for micro-hybrid applications, which features their proprietary Nanophosphate® lithium iron phosphate chemistry, providing high power, excellent safety, and long cycle life.
48V Battery Module: This 48V battery module is targeted towards mild hybrid vehicles and offers a compact, scalable solution that enhances fuel efficiency and reduces emissions, leveraging advanced lithium-ion technology for superior performance and reliability.
High-Voltage Modules: Designed for electric and hybrid electric vehicles, these high-voltage modules can be customized to fit specific applications, emphasizing modularity, enhanced thermal stability, and safety with lower weight and cost.
A123 Systems LLC
39000 Seven mile road
Livonia, MI 48152
Brochures - Technological Innovation A123 Systems specializes in advanced battery technologies, focusing on safety, energy density, and fast charging through innovations like UltraPhosphate™ and high nickel technology.
We are here to power progress. From pioneering the most efficient circular economy in the world, to our expertise in battery applications and the systems that rely on them, we are constantly evolving along with our customers and partners.
AGM Batteries - Clarios' Absorbent Glass Mat (AGM) batteries are designed for high performanc... lock
We are here to power progress. From pioneering the most efficient circular economy in the world, to our expertise in battery applications and the systems that rely on them, we are constantly evolving along with our customers and partners.
AGM Batteries - Clarios' Absorbent Glass Mat (AGM) batteries are designed for high performance, meeting the demands of start-stop technology and other modern comfort features. They represent a robust option for businesses focusing on advanced automotive battery technologies.
Clarios xEV Batteries - Part of Clarios' portfolio, these low-voltage batteries complement the high-voltage units in full and plug-in hybrid vehicles as well as battery electric vehicles, ensuring continuous power and enhanced safety functionalities.
Lithium-Ion Batteries - Clarios' lithium-ion batteries are geared towards managing high electrical loads and meeting stringent regulatory requirements, making them suitable for a variety of automotive applications.
SMART Batteries - These intelligent battery systems are designed for all vehicle types, providing real-time critical information. This technology is aligned with the needs of businesses looking for cutting-edge energy solutions.
Sodium-Ion Battery Technology Collaboration with Altris - This initiative focuses on developing sodium-ion batteries, known for their sustainability and ease of recycling. Clarios and Altris are working on batteries that could be used in new vehicles and as aftermarket replacements, suitable for multi-battery low-voltage systems.
Clarios
5757 N. Green Bay Ave.
Milwaukee, WI 53201
Blogs - Transforming Mobility The blog highlights the role of low voltage battery architectures in enabling software-defined vehicles and advancing modern automotive design.
Equipped with a complete electric vehicle battery R&D system, the company masters core technologies on nanolevel material development, process, cell, module, pack and battery management system (BMS) development.
Equipped with a complete electric vehicle battery R&D system, the company masters core technologies on nanolevel material development, process, cell, module, pack and battery management system (BMS) development.
Long-Life Swappable Batteries CATL has partnered with NIO to innovate long-life battery technologies that maintain 80% capacity after 12 years, integrating slow capacity attenuation and self-repairing features. This collaboration aims to enhance battery lifespan, reducing replacement costs and supporting sustainable development.
Shenxing Fast-Charging Battery This revolutionary battery by CATL offers a 400 km range with just a 10-minute charge and can achieve a 700 km range on a full charge. Introduced as a significant advancement in battery technology, it utilizes upgraded electrolytes and safety features, addressing fast charging needs effectively.
Sodium-Ion Batteries CATL has launched its first generation of sodium-ion batteries, providing a high-energy density of up to 160Wh/kg and excellent performance in low temperatures. This development allows for quick charging and is ideal for regions with severe cold climates, showcasing an advancement in alternative battery chemistry.
Series Production in Germany CATL has initiated the series production of EV battery cells in Germany, expanding its manufacturing capabilities outside China. This move supports the growing demand for EV batteries in European markets and underscores CATL's commitment to global expansion and technological leadership.
AUTOBEST 2024 Award for Shenxing Battery CATL's Shenxing battery, notable for its superfast charging capability and high energy density, received the AUTOBEST 2024 award. This marks it as a breakthrough in the LFP battery technology, significantly enhancing the practicality of electric vehicles.
White Papers - CATL 2023 Environmental, Social and Governance (ESG) Report The report outlines CATL''s 2023 ESG initiatives, including carbon neutrality goals, responsible sourcing, community engagement, and governance practices, reflecting the company''s commitment to sustainability and corporate responsibility.
News Releases - CATL Unveils Ultra-High Density LFP Battery CATL introduces a high-density LFP battery offering 1000 km range, designed for electric vehicles. This battery balances performance, safety, and cost, making it a significant advancement in the EV battery industry.
Consumers are looking to automotive OEMs to provide vehicles that meet their sustainability expectations while also hitting performance targets in terms of power, range or recharge rates.
Consumers are looking to automotive OEMs to provide vehicles that meet their sustainability expectations while also hitting performance targets in terms of power, range or recharge rates.
Johnson Matthey eLNO Cathode Materials: Johnson Matthey's 2024 key offering in battery technologies is their eLNO cathode materials. These materials are designed for ultra-high energy density in lithium-ion batteries, enhancing the performance and sustainability of electric vehicles and other applications?.
Johnson Matthey Battery Systems: Specializing in lithium-ion batteries, Johnson Matthey Battery Systems provides advanced battery solutions tailored to meet various needs. Their products include 24V, 36V, and 48V lithium-ion batteries, catering to applications from electric vehicles to large-scale energy storage systems?.
Silicon Alloy Based Anode Materials: Acquired from 3M, Johnson Matthey now holds intellectual property rights for a portfolio of silicon alloy based anode materials. This acquisition is part of their long-term strategy to develop next-generation anode technologies for better battery performance.
These products represent Johnson Matthey's commitment to innovation in the battery technology sector, aligning with current trends towards more efficient and sustainable energy solutions.
Johnson Matthey Inc.
12600 Universal Drive
Taylor, MI 48180
Web Links - Annual Report 2024 The Johnson Matthey Annual Report 2024 details the company''s financial and sustainability performance, strategic progress, and governance. It emphasizes initiatives supporting energy transition and future growth while outlining achievements for the year ending March 31, 2024.
Web Links - Johnson Matthey Technology Review The Johnson Matthey Technology Review is a journal focusing on industrial science and technology, covering topics like catalysis, materials science, and sustainability.
News Releases - Johnson Matthey Announces Sale of Battery Materials Johnson Matthey has agreed to sell part of its Battery Materials business to EV Metals Group for £50 million. The sale includes several facilities and the eLNO® technology but excludes the LFP facility in Canada.
Brochures - Automotive Products Battery technology is going through a period of transformation. In the automotive industry we are approaching a crucial tipping point; a once in a lifetime transformation of the automotive powertrain towards battery electric vehicles, bringing a future in which EVs are the norm closer every day.
LG Energy Solutions
Automotive industry, Lithium-Ion batteries, Manufacturing, Energy solutions, and IT & electronic materials
Battery Cell Manufacturing Services - LG Energy Solutions offers advanced battery cell manufacturing services, specializing in lithium-ion cells that feature high energy density and long lifespan, suitab... lock
Automotive industry, Lithium-Ion batteries, Manufacturing, Energy solutions, and IT & electronic materials
Battery Cell Manufacturing Services - LG Energy Solutions offers advanced battery cell manufacturing services, specializing in lithium-ion cells that feature high energy density and long lifespan, suitable for various applications including electric vehicles and energy storage systems.
Battery Materials Production - This service involves the production of critical battery materials like cathodes, anodes, and electrolytes, which are tailored to enhance battery performance and safety.
Battery Recycling Solutions - LG Energy Solutions provides comprehensive battery recycling solutions that aim to reclaim valuable materials from spent batteries, thus reducing environmental impact and promoting circular economy principles.
White Papers - The Future of Battery Technology Advances in battery technology are rapidly evolving, with new innovations promising higher capacity, efficiency, and safety. These developments include improvements in lithium-ion batteries and the emergence of next-generation technologies.
Brochures - Fast Facts A concise overview of key information about LG Energy Solution, including company history, global presence, manufacturing capacity, R&D investment, and sustainability efforts.
Founded in 2006, Microvast is a fast-growing market leader in design, development and manufacturing of ultra-fast charging, long-life battery power systems with superior safety for electric vehicles.
MV-B Gen 4 Battery Pack - This battery pack is designed for transportation applications, offering an energy density of 170 Wh/kg and integrates a co... lock
Founded in 2006, Microvast is a fast-growing market leader in design, development and manufacturing of ultra-fast charging, long-life battery power systems with superior safety for electric vehicles.
MV-B Gen 4 Battery Pack - This battery pack is designed for transportation applications, offering an energy density of 170 Wh/kg and integrates a cooling plate to enhance safety and performance.
MV-C Gen 4 Battery Pack - Similar to the MV-B, this pack also suits transportation needs but provides a higher energy density of 175 Wh/kg and a larger energy capacity up to 42.8 kWh.
MV-I Gen 1 Battery Pack - This pack is flexible for various transportation applications, featuring an energy density of 180 Wh/kg and a significant energy capacity of up to 71.3 kWh.
ME-4300-UL Energy Storage System (ESS) - Built for utility-scale energy storage, this system highlights Microvast's capabilities in supporting large-scale energy needs with high energy density and long cycle life.
HpCO-53.5Ah Battery Cell - Designed for longer-range commercial vehicles, this cell offers an energy density of 235 Wh/kg and is built for over 5,000 charge cycles, enhancing its longevity and performance.
HnCO-52Ah Battery Cell - Known for its market-leading energy density, this cell is another robust option for demanding applications, capable of supporting high energy requirements.
MpCO-48Ah Battery Cell - This cell is tailored for fast charging and longevity with a life expectancy of over 7,000 cycles, making it ideal for applications where quick energy replenishment is crucial.
Microvast
12603 Southwest Freeway, Suite 210
Stafford, TX 774777
Presentations - Q2 2024 Earnings Call Presentation Microvast reported its financial results for the second quarter of 2023, highlighting significant revenue growth, updates on operational progress, and future outlook.
Specifications - Battery Cells Overview of Microvast’s cell offerings, highlighting their high energy density, long cycle life, and fast charging capabilities. It covers various cell chemistries, including NCM, LTO, and LFP, tailored for different applications such as commercial vehicles, passenger cars, and energy storage systems.
Videos - Forward Thinking, Powering Now Microvast''s approach to sustainable energy solutions, highlighting their expertise in creating high-performance battery systems for electric vehicles and energy storage. It emphasizes the company''s commitment to innovation, safety, and efficiency in powering the future.
Web Links - Applications With the technical superiority in raw chemical material system, Microvast?s ultra fast charging battery can achieve 10-15 minutes full charging. The long lifecycle of Microvast ultra fast charging battery system provides comprehensive solutions for different applications from public transit to passenger vehicle, from grid energy storage to port and mining equipment.
Panasonic Energy NA
Panasonic Energy Corporation of North America (PENA) has partnered with Tesla Motors, Inc. to construct a large-scale advanced battery manufacturing facility known as the Gigafactory.
Panasonic Energy Corporation of North America (PENA) has partnered with Tesla Motors, Inc. to construct a large-scale advanced battery manufacturing facility known as the Gigafactory.
Synthetic Graphite Supply for EV Batteries: Panasonic Energy has entered an agreement with NOVONIX to supply synthetic graphite for lithium-ion batteries, enhancing durability and reducing environmental impact.
Titan Silicon Anode Material: Partnering with Sila, Panasonic will use Titan Silicon, a high-performance silicon anode, expected to increase EV battery capacity and reduce charging times?.
New R&D Facility in Japan: This facility will focus on developing production technologies and digital transformation, enhancing Panasonic's global battery production capabilities.
Panasonic Energy NA
1 Electric Ave
Sparks, NV 89437
White Papers - Panasonic We live in a world with increasing mobility challenges: congestion, pollution, aging infrastructure and vehicle accidents. To create a better future, we?re reimagining how people will move through their lives, from autonomous vehicles to intelligent roadways, eBikes to airplanes.
QuantumScape
Electric vehicles are here. The future is solid. Introducing QuantumScape. Solid-state batteries that work.
QuantumScape Solid-State Battery - QuantumScape's solid-state battery technology for 2024 focuses on higher energy density and safety compared to traditional lithium-ion batteries. This allows for longer range and faster... lock
Electric vehicles are here. The future is solid. Introducing QuantumScape. Solid-state batteries that work.
QuantumScape Solid-State Battery - QuantumScape's solid-state battery technology for 2024 focuses on higher energy density and safety compared to traditional lithium-ion batteries. This allows for longer range and faster charging times in electric vehicles.
Battery Material Advancements - QuantumScape's latest development in battery materials aims to enhance the longevity and efficiency of solid-state batteries, significantly reducing degradation over time and improving overall vehicle performance.
QuantumScape
1730 Technology Drive
San Jose, CA 95110
Videos - QS Battery Safety Report QuantumScape Senior Director of Cell Design & Manufacturing Daniel Braithwaite and Senior Manager of Battery Safety Giovanni Flores share safety testing results from 24-layer prototype cells based on our Alpha-2 cell design.
Web Links - Understanding Battery Safety the fire risks of lithium-ion batteries and how solid-state batteries with noncombustible materials can improve safety by preventing thermal runaway and propagation.
White Papers - The Problem with Sulfides. It is important to note that at QuantumScape, we have been working for over 10 years to invent and manufacture the best EV batteries possible. We have carefully examined every solid material we could think of running over three million lab tests with particular attention to sulfides.
Samsung SDI contributes to global initiatives to reduce carbon emission and to enhance fuel efficiency by developing and supplying secondary batteries for electric motorized vehicles.
Samsung SDI contributes to global initiatives to reduce carbon emission and to enhance fuel efficiency by developing and supplying secondary batteries for electric motorized vehicles.
Samsung SDI Gen 5 Battery Cells - These battery cells are designed for electric vehicles, offering higher energy density and improved safety features, significantly reducing charging times and extending driving range.
Samsung SDI ESS Solutions - Tailored for energy storage systems, these solutions are ideal for stabilizing grid energy and enhancing renewable energy efficiency, featuring long life cycles and high energy efficiency.
Samsung SDI Battery Modules - Modular in design, these battery modules can be easily integrated into various applications, including electric vehicles and energy storage systems, providing flexibility and scalability.
Samsung SDI All-in-One ESS - This compact energy storage solution integrates batteries, battery management system, and energy management system in one, offering a streamlined setup for both residential and commercial use.
Samsung SDI
4121 N Atlantic Blvd
Auburn Hills, MI 48326
White Papers - Sustainability Report 2024 how we have made our business more sustainable as well as our endeavor to grow together with all the stakeholders. Samsung SDI published 21th Sustainability Report in 2024.
