A123Systems mass manufactures high energy density cells designed to enable high performance electric vehicle applications. A123Systems’ Automotive Class Lithium Ion™ cells uses proprietary Nanophosphate™ technology to design highly abuse tolerant products at the cell and system level to deliver safety for automotive applications. Proprietary M1HD electrode design delivers higher energy density and Wh throughput while maintaining industry leading power density. As the current NEDRA world record holder for EV acceleration in a quarter mile (less than 1 second from 0 to 60 MPH), Nanophosphate technology is ready to deliver the power your vehicle requires with minimal sacrifices in energy density.

A123 batteries have a long cycling life and low impedance growth over thousands of cycles, enabling A123 to deliver a lower cost battery system by minimizing the need for pack oversizing to meet automotive requirements.

Nanophosphate lithium ion technology enables an ultra wide State of Charge (SOC) operating window which allows more extensive use of each cell in a system and further reduces the need for pack oversizing. Very high power at lower SOC set points enables higher usable energy in extended range EV platforms. A flatter voltage profile provides more consistent power delivery over the entire drive cycle.

A123Systems currently supplies batteries and battery systems to multiple light duty vehicle programs with leading American and European automakers and Tier 1’s, as well as innovative new companies like Project Better Place and Th!nk.

Contact us to discuss how our high energy cells can fit with your EV application.

Electric Vehicles Details

High Energy & Power Density Combined
  • M1HD Delivers High Energy Density and Wh Throughput While Maintaining Industry Leading Power Density
Safety Begins with Chemistry
  • Highly Abuse Tolerant Nanophosphate™ Chemistry Provides Foundation for Safe Systems
Excellent Cycle Life
  • Thousands of Cycles at 100% Depth of Discharge
Wide SOC Operating Window
  • M1HD Technology Delivers Wide SOC Swing for Higher Usable Energy