JRP3
Hyperactive Member
This is turning into "Who's on first?" :biggrin: My posts all refer to efusco's posts about A123 and GM.Note that should be GE and not GM
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This is turning into "Who's on first?" :biggrin: My posts all refer to efusco's posts about A123 and GM.Note that should be GE and not GM
Not sure how that relates to A123 and GM? My take is that GM chose the LG Chem cells over A123 for the Volt and are probably no longer working with A123, but that may be an incorrect assumption.
I don't know who's on third....:biggrin:No Who is on third.....
Evan apparently made the transposition by mistake because the article he cites properly refers to GE as this discussion does.
He was talking about GM, not GE.They did choose the LG Chem for the Volt, but have maintained their relationship with A123 and may use them for other applications such as their EU version of the Volt.
OGRON BV is a Dutch company that wants to bring this breakthrough technology to the rechargeable lithium battery market. Professor Joop Schoonman, science director at the Delft Center for Sustainable Energy, will be making a presentation during the 5th International Symposium of Large Ion Battery Technology and Application, which will take place June 8 - 10, 2009 in Long Beach, California, USA. Company representatives plan to demonstrate the technology with a standard car that has been converted to electric drive and equipped with a 70 kWh of these new batteries. The company claims the electric vehicle will have a 500 km range and the battery module will be capable of an 80% recharge within 5 minutes.
Company representatives plan to demonstrate the technology with a standard car that has been converted to electric drive and equipped with a 70 kWh of these new batteries. The company claims the electric vehicle will have a 500 km range and the battery module will be capable of an 80% recharge within 5 minutes.
Just to confuse everyone, GE did make an EV-1 (motor controller)I don't know who's on third....:biggrin:
He was talking about GM, not GE.
German firm BASF and US company Sion Power have agreed to co-develop a battery technology with the potential to deliver five times the capacity of a conventional lithium-ion battery of the same size.
The battery is based on lithium-sulphur chemistry, which Sion’s been tinkering with for some time. Now it's time to take the technology and put it to practical use.
BASF to develop 350-mile e-car 'super battery' • Register Hardware
I've had my eye on Sion power for a while. If BASF can help them crack the life cycle issues, it could get very interesting.
Press release.
hybrid nano carbon fiber/graphene platelet-based high-capacity anodes
<tongueincheck>I'm glad some of the DOE money is going to Nano tech. I'd like to see more going to getting to develope large scale manufacturing processes as much as research.
What the automakers couldn’t do, Cogan notes, is develop a battery pack that costs less than $20,000 to $30,000. That’s still the case today, which is why the electric vehicles in the pipeline have price tags approaching $50,000.