South Korea. Michigan. Japan. And Russia?
Lithium Iron Phosphate
Researchers at the Massachusetts Institute of Technology have been looking at where the bottlenecks are inside lithium ion batteries that limit charging and discharging rates learned some interesting things. Lithium iron phosphate chemistry is particularly promising in terms of high charge and discharge rates. They found that some new processes for manufacturing the lithium phosphate coating on lithium iron phosphate crystals could provide for better access to the lithium ions allowing them to m
China's largest independent automaker, Chery, has "unveiled" their first electric car. Called the S18, the small 4 door appears to be the a battery-operated version of the S18/QQ2 first shown to the world at last year's Beijing Auto Show. The in-house design features lithium iron phosphate (LiFePO4) batteries with enough range to roll up to 150 km (93 miles), while its 336 volt system can allow the 40 kW (53.64 hp) motor to take it up to the dizzying speed of 120 kph (75 mph). Plugged into a 220
We weren't familiar with the Pihsiang Machinery Manufacturing Co. until finding this story, but it appears that the Taiwanese company is very big into lithium iron phosphate batteries. They seem to show up most often in medical products such as electric wheelchairs, but that looks to change as the company branches out into electric cars and bikes. In fact, three new electric vehicles have been produced by Pihsiang and have attracted interest from various European auto manufacturers. Pihsiang pla
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