May 16, 2007
A123Systems, developer and producer of state-of-the-art Automotive Class Lithium Ion batteries, today introduced its 32-series cells, specifically designed for Hybrid Electric Vehicle (HEV) and Plug-in Hybrid Electric Vehicle (PHEV) use. These batteries provide unprecedented specific power, safety and abuse-tolerance and leverage the company’s existing low-cost, high-volume manufacturing techniques to offer the electric drive industry a new level of price-performance.
A123Systems’ 32-series lineup is currently comprised of two cells with custom Nanophosphate™ electrode designs, based on the same proven chemistry as the mass produced ANR26650M1 cell: the 32113 M1Ultra and 32157 M1HD.
The 32113 M1Ultra high power cells are optimized to offer industry leading power by volume and cost-per-watt. Designed to meet the rigorous requirements of HEV applications, the 32113 is currently designed into A123Systems’ programs with major U.S. and European auto manufacturers. The 32157 M1HD cell uses a higher energy electrode design, geared specifically for PHEVs, and offers greater volumetric energy density and the lowest cost per watt-hour. Currently used in a Saturn Vue PHEV development program, the 32157 offers superior calendar and cycle life at high depth-of-discharge (DOD), as well as excellent power density for charge-sustaining operation.
Unlike conventional lithium ion cells that compromise critical parameters to meet system requirements, A123Systems’ Automotive Class Lithium Ion cells are optimized to offer power, safety and life, all at price-performance targets that enable the industry. Wide power availability over a broad range of state-of-charge as well as exceptional endurance implies that systems with both cells require minimal oversizing, allowing for lower overall systems cost.
"Our 32-series cells provide high performance and abuse-tolerance unmatched by any other lithium ion battery chemistry," said David Vieau, president and CEO, A123Systems. "By making it possible for manufacturers to design HEVs and PHEVs with attractive performance, reliability and safety as well as an overall lower systems cost, we are able to play a significant role in speeding the market’s acceptance of highly fuel efficient vehicles."
Critical to the adoption of lithium ion batteries in automotive applications, the 32-series cells are designed with abuse-tolerance in mind. A123Systems’ Automotive Class Lithium Ion cells take advantage of lessons learned from the mass-production of ANR26650M1 cells in order to deliver 10+ year and 150,000 mile projected life requirements in engineered automotive battery packs.
A123Systems’ Nanophosphate chemistry has been developed with the assistance of the Department of Energy FreedomCAR program and is a result of more than $102 million in private investment. With performance validated by various national labs and leading automotive OEMs, the A123Systems doped Nanophosphate batteries achieve the superior durability and safety required for automotive use of lithium ion technology.
A123Systems is one of the world’s leading suppliers of high-power lithium ion batteries. The company’s patent pending Nanophosphate™ technology enables its batteries to deliver a previously unavailable combination of power, safety and life. Applicable to a wide range of industries, A123Systems’ products remove many traditional technology constraints to provide OEMs expanded flexibility in system design. With world-class expertise and management, global manufacturing operations and one of the largest automotive lithium ion R&D teams, A123Systems’ and its Automotive Class Lithium Ion™ products are helping to accelerate platform electrification. Founded in 2001 and headquartered in Massachusetts, A123Systems’ proprietary nanoscale electrode technology is built on initial developments from the Massachusetts Institute of Technology. A123Systems' Advanced Research & Government Solutions Division in Ann Arbor, Michigan is nationally recognized for new materials development and cutting-edge research. For additional information please visit www.a123systems.com.
Source: A123 Systems Press Release