We are developing cathode and anode materials incorporating Grat-Film technology, and customizing cell prototypes which are to be commercialized rapidly for the next generation lithium-ion batteries and intelligent power solutions. Our Grat-films have demonstrated superior electronic conductivity, chemical stability and mechanical flexibility, providing a unique pathway to attain unprecedented multifunctionality for lithium-ion battery technology. In contrast to traditional carbon additives and graphene nanoplatelets, our Grat-films enhance the capacity, recharge speed and cycling performance of battery devices much more effectively. Our innovative solutions include:

• Fully formulated composite anodes accessing a reversible capacity over 1000 mAh/g (three-times higher than that of current graphitic anode at minimum?) and extended cycle life;
• Highly efficient cathode additives which enable extremely high rate capability and power delivery of battery cells close to that of supercapacitors;
• Miniaturized and flexible cell designs that achieve sustainable cost reduction, intriguing compatibility with high-throughput protocols for thin-film processing, and excellent integrity with portable electronics, energy harvesting devices and embedded passive circuits.