Nachricht gemeldet am: 18.12.2004
Author / Quelle: gefunden von R. Reichel
Weblink: http://www.evworld.com/view.cfm?section=article&storyid=788
Now along comes Sion Power out of Tucson, Arizona -- a spin-off of the Brookhaven Labs -- with a derivative of lithium chemistry based on sulfur that it claims has a theoretical specific energy density that could more than quadruple the lithium-ion limit of 580 watt hours/kg to 2500 wh/kg. Their current prototype Li-S laptop computer power extender delivers 350Wh/Kg and they expect to have that up to 450 within two years.<br><br>mehr auf den Seiten von EV World, siehe link unten<br>
Author / Quelle: gefunden von R. Reichel
Weblink: http://www.evworld.com/view.cfm?section=article&storyid=788
Now along comes Sion Power out of Tucson, Arizona -- a spin-off of the Brookhaven Labs -- with a derivative of lithium chemistry based on sulfur that it claims has a theoretical specific energy density that could more than quadruple the lithium-ion limit of 580 watt hours/kg to 2500 wh/kg. Their current prototype Li-S laptop computer power extender delivers 350Wh/Kg and they expect to have that up to 450 within two years.<br><br>mehr auf den Seiten von EV World, siehe link unten<br>
