|
|
Say Goodbye to old battery technology. Say hello to the Foxx. Presenting the latest power solution… More Details… Foxx Lithium Iron : Call us for Direct Pricing Through exciting innovation and research, we have been able to develop the most advanced battery source the world has seen: Foxx Lithium batteries. The latest in Lithium Chemistry has brought affordability and flexibility to standard and emerging applications. After developing the latest process for treatment of the lithium cathodes with non-toxic enhancers, conductivity has been increased over 10 million times, providing a safe, efficient, rapid-charge power source that is available in standard and custom dimensions. Foxx batteries enjoy a flexibility of design that allows for custom battery packs, tailored to meet the design requirements of industry professionals and providing freedom from typical battery size restrictions. Due to the vulnerability of fossil fuel, and environmental concerns, the alternative energy fields and related industries are rapidly growing at strong rates. In response, renewable energy has attracted more and more attention. This has caused a strong demand of smart, affordable rechargeable batteries. However, the existing lithium ion cell systems, including lithium cobalt oxide and lithium manganese oxide still suffer from low discharge rates, safety concerns, and short cycle life. To solve those issues, a new battery technology, Lithium Iron Phosphate, has been successfully developed using state of the art technology to prepare lithium in the proper environment. Foxx Lithium batteries provide a rechargeable, clean, fast and efficient power source that out-performs all others for practical & economical use. Finally a real-life solution is available for energy demands! Foxx Lithium batteries come in many varied sizes including: 3.0V single cells with capacities from 18650, to 5AH, 10AH, 20AH, 30AH, 50Ah and 100AH capacities. Our New Foxx100 will be available in June 2007. We also can work with the client to provide specific modules in accordance with the application’s needs. Skeuter |
