ST using FET Nano-energy ultra-thin lithium battery technology

ST using FET Nano-energy ultra-thin lithium battery technology
STMicroelectronics (ST) has announced the next generation of California, developer of laptop battery rechargeable batteries, Front Edge Technology (FET) signed a commercial agreement, STMicroelectronics will be in the new application market with leading-edge technology, nano-energy (NanoEnergy) super - thin lithium battery technology.

This new technology to fill the existing storage equipment and the gap between cutting-edge electronic technology, sophisticated electronic equipment to meet the right size and the demanding requirements of high-density power. The consumer electronics and industrial markets, target applications for a variety of new products, the need for innovative energy storage and battery technology. Solid-state thin film batteries to "micro-power devices" provides an innovative energy storage program, can be applied to high-end "one-time password" smart card, battery-assisted RFID tags (radio frequency ID), wireless sensor networks, real-time clock (RTC) battery backup and a variety of medical applications, including hearing aids, insulin pumps and portable automatic injection worn by health monitoring M6091 system.



Ultra-thin solid-state physics flexibility is one of the main advantages of battery technology, which can be made "flexible" the ultra-thin battery, the thinnest of only 200 microns thick, the battery can also be made into different shapes and sizes, are portable devices, especially is the ideal pocket-sized products. In addition, the battery using solid-state electrolyte lithium phosphorus oxynitride (LiPON), this material originally developed by Oak Ridge (Oak Ridge) national laboratory research. This material so that cutting-edge technology in thin-film battery output power than the current most advanced button battery 10 times to 20 times.

With the existing Acer Laptop Battery electric

Pool than on the technologies, cutting-edge technology, longer battery life, short-circuit protection mechanisms more secure, less impact on the environment. Other key features include: battery life long, if 50% of the discharge, the battery can be charged 1,000 multiple; quick charge function, the battery can be charge in 15 minutes to the rated capacity of 80%; stability, strong, self-discharge is less than a year 15%.

"Today, advanced a wide range of portable electronic products, have become increasingly demanding on the battery while the power supply performance, life and environmental impacts are lagging behind the development of electronic products, but also a growing gap between the two , "STMicroelectronics, executive vice president and the Ministry of Industry and multi-market (IMS), general manager, said Carmelo Papa," as the world's largest and most innovative semiconductor companies, STMicroelectronics have the vision, knowledge and market influence that can be BTP-43D1 cutting-edge technology, a revolutionary ultra-thin battery technology to more industrial and consumer electronics markets, new applications. "

"Cutting-edge technology takes decades to develop NanoEnergy technology, developed the industry's highest density of the thin-film battery technology. Three years ago, we started selling a small amount of commercial NanoEnergy batteries." Cutting-edge technology CEO, Dr Simon Nieh said, "We are very pleased to be working with The world's largest and most innovative semiconductor companies in international cooperation in industrial and consumer TravelMate 220 electronics markets for the thin-film batteries to find new business opportunities. "

STMicroelectronics has long been a leader in power technology, in new energy technologies and nano-materials put considerable resources into efforts to develop new miniaturized energy storage and output solutions to power portable electronics applications focus. STMicroelectronics, industrial and multi-market (IMS) products at its R & D team has been developing in recent years, micro-batteries and micro fuel cell technology, and Tours in France and Italy, Catania has research team, and the two studies institutions and technical BTP-58A1 cooperation.