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The Economics of Fleet Electrification: Today and Tomorrow
Nanophosphate EXT: Update on Testing from OSU's Center for Automotive Research
Nanophosphate EXT and Micro Hybrid Vehicle Applications
Nanophosphate EXT: Optimizing Battery Performance in Extreme Temperatures
The A123 Advantage in High-Performance Electric Motorsports
Nanophosphate: A123's Proprietary Lithium Ion Battery Technology
OSU's Buckeye Bullet and the Electric Land Speed Record
Advantages of Lithium Ion Start-Stop & Micro-Hybrid Vehicles
Lithium Ion Kinetic Energy Recovery Systems for Formula One Racing
Usable Energy: Getting What You Pay For
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Micro-hybrid Energy Storage: One or Two Battery Solution?
Vehicle-to-Grid: An Intriguing, but Challenging, Opportunity
The Economics of Fleet Electrification: Hitting the Sweet Spot
Cycle Life Testing: The Lithium Ion Battery Ultramarathon
TCO Analysis of Nanophosphate EXT Micro Hybrid Battery vs. Lead Acid
Six Questions about Nanophosphate EXT
A123 @ the Whiteboard: Cycle Life of Nanophosphate vs. Standard Lithium Ion
Beyond Chemistry: Robust Battery Pack Design Key to EV Safety
A123 @ the Whiteboard: Structure of Nanophosphate vs. Standard Cathode
Strategy for Capitalizing on China’s New Energy Vehicle Boom
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