World Smart Batteries- Technology Overview (Technical Insights)

Published by: Frost & Sullivan

Published: Mar. 24, 2005

Table of Contents

Abstract

Smart batteries with their unique features such as safety, portability, and ready-to-use nature are ideal for numerous commercial applications across a broad range of industries from aerospace, defense, electronics, semiconductors, telecommunications, and automotive to healthcare. Lightweight, high temperature resistance and an environment-friendly nature are some of the key attributes driving smart batteries' uptake in medical and electronic devices. Lead acid batteries combining advanced microprocessor regulated conditioners and built-in chargers are likely to be of immense importance to the automotive sector. Moreover, the rising complexity of wireless products requires breakthrough smart battery packs that can sustain the performance and durability of these devices. In future, cooperation between battery designers and battery charger manufacturers will be essential to meet the constantly evolving design requirements in various industries.

This Technical Insights research evaluates the latest and upcoming trends in the global markets for smart batteries. In addition to discussing the various technology drivers and restraints that govern the smart battery markets, the study covers research and development efforts at various universities, leading companies, and other research institutions across the globe. Participants can identify potential collaborators, stay ahead of the competition, and remain shoulder-to-shoulder with critical developments.

Rise in Defense Budgets Accelerates Growth of Smart Battery Technologies

Given the recent threats to global security, defense investments in sophisticated equipment for use in surveillance and deterrence systems have been increasing. Priority to worldwide defense programs such as the airborne laser and space-based infrared systems reflects the growing demand for smart batteries. Increase in the digitization of the battlefield equipment is also spurring the need for highly efficient smart batteries. For example, the U.S. Army’s land warrior program uses a self-contained uniform with wholly integrated batteries that power all the needs of the soldiers from computing to communications.

In the United States, researchers have developed a smart nanobattery prototype that offers longer battery shelf life (15-20 years) and quicker activation times compared to conventional batteries. "Due to the very small distances between the nanostructures, response time to full activation power can be enhanced, creating a power source for high performance electronics," explains the analyst of this research. "For the military, homeland security, and first responders, this feature would be highly desirable because batteries could be stored, for decades, without fear of dissipation."

Smart Batteries to Find Use in Several Portable Devices

Thanks to quantum leaps in research and development efforts worldwide, smart battery systems are moving beyond the realms of computers and cell phones into a broader range of portable electronic devices. "The introduction of rechargeable alkaline as well as lithium-ion (Li-Ion) batteries facilitated by the microelectronic charger controller technologies is making smart battery packs more attractive for portable devices," observes the analyst. Such novel battery systems are expected to offer prolonged run-times, effectively predict product performance, and enhance charging safety for a wide range of battery-powered portable equipment.

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