xcel
11-02-2009, 04:55 AM
http://www.cleanmpg.com/photos/data/2/AmericanFlag.jpg Super-Phosphate Technology takes Li-Ion Iron Phosphate technology to a whole new level. (cleanmpg.com/forums/showthread.php?p=239887)
http://www.cleanmpg.com/photos/data/501/2010_Ford_Focus_BEV.jpgWayne Gerdes - CleanMPG (cleanmpg.com) - Nov. 2, 2009
2010 European Ford Focus BEV converted using MAGNA Internationals own propulsion system would do well with SAFT’s energy dense Li-Ion tech if the energy density specs are as remarkable.
In our last look at some of the more well known manufacturers Li-Ion progress we discovered that Hitachi had released details on its fourth generation, high power density Li-Ion's (www.cleanmpg.com/forums/showthread.php?t=22137). And of course what A123Systems has available today as well as what they will provide in the very near future. Neither however appear to match up with the latest SAFT Cells in terms of Energy density however.
Saft, the world specialist in the design and manufacture of high-tech batteries for industry, has expanded its range of Li-Ion technologies with the VL 10V Fe Super-Phosphate cell, the highest power Li-Ion iron phosphate cell on the market. These large cells are designed for defense applications, such as U.S. Navy undersea operations, requiring very high power and safe operation.
"Saft's advanced lithium iron phosphate technology fills a void in the market for high power lithium batteries for use in applications with low abuse tolerance," said Thomas Alcide, Saft Specialty Battery Group general manager. "Saft's cells have superior power (W/kg) and a better trade-off between power and energy than standard lithium iron phosphate technology."
Saft designed and developed the VL 10V Fe Super-Phosphate(TM) cell capable of producing continuous power of 7 kW/kg, making it the world's highest power lithium iron phosphate cell.
Compared with standard lithium iron phosphate cells, Saft's Super-Phosphate(TM) cell, in addition to its ability to accept very high regenerative charge rates, features proven safety, longer cycle life, better calendar life and a wide operating temperature range, including superior lower temperature performance.
Saft uses a licensed form of iron phosphate developed by scientists at the University of Texas and the cells are being manufactured in the United States.
Saft's diverse lithium portfolio also includes high power, medium power and high energy solutions. Each of these product lines is designed specifically for applications requiring either power, energy or a combination of both. Saft offers different products for its defense and civilian markets with similar capabilities aimed at the specific requirements and demands of these markets.
No details were released on the Fe Super-Phosphate cell’s energy density however.
http://www.cleanmpg.com/photos/data/501/2010_Ford_Focus_BEV.jpgWayne Gerdes - CleanMPG (cleanmpg.com) - Nov. 2, 2009
2010 European Ford Focus BEV converted using MAGNA Internationals own propulsion system would do well with SAFT’s energy dense Li-Ion tech if the energy density specs are as remarkable.
In our last look at some of the more well known manufacturers Li-Ion progress we discovered that Hitachi had released details on its fourth generation, high power density Li-Ion's (www.cleanmpg.com/forums/showthread.php?t=22137). And of course what A123Systems has available today as well as what they will provide in the very near future. Neither however appear to match up with the latest SAFT Cells in terms of Energy density however.
Saft, the world specialist in the design and manufacture of high-tech batteries for industry, has expanded its range of Li-Ion technologies with the VL 10V Fe Super-Phosphate cell, the highest power Li-Ion iron phosphate cell on the market. These large cells are designed for defense applications, such as U.S. Navy undersea operations, requiring very high power and safe operation.
"Saft's advanced lithium iron phosphate technology fills a void in the market for high power lithium batteries for use in applications with low abuse tolerance," said Thomas Alcide, Saft Specialty Battery Group general manager. "Saft's cells have superior power (W/kg) and a better trade-off between power and energy than standard lithium iron phosphate technology."
Saft designed and developed the VL 10V Fe Super-Phosphate(TM) cell capable of producing continuous power of 7 kW/kg, making it the world's highest power lithium iron phosphate cell.
Compared with standard lithium iron phosphate cells, Saft's Super-Phosphate(TM) cell, in addition to its ability to accept very high regenerative charge rates, features proven safety, longer cycle life, better calendar life and a wide operating temperature range, including superior lower temperature performance.
Saft uses a licensed form of iron phosphate developed by scientists at the University of Texas and the cells are being manufactured in the United States.
Saft's diverse lithium portfolio also includes high power, medium power and high energy solutions. Each of these product lines is designed specifically for applications requiring either power, energy or a combination of both. Saft offers different products for its defense and civilian markets with similar capabilities aimed at the specific requirements and demands of these markets.
No details were released on the Fe Super-Phosphate cell’s energy density however.