New Technology Gives Lithium Battery Packs the Ability to Stay Functional
Michael Hemsworth — January 21, 2016 — Tech
References: news.psu.edu & gizmag
Nearly all devices on the consumer electronics market are powered by lithium battery packs, which is why this new technological research is so prevalent. Researchers at the Pennsylvania State University have developed a lithium-ion battery that can stay optimally functional in freezing temperatures.
Traditional lithium-based batteries will either offer a reduction in power output or simply stop working in freezing temperatures. As technologies such as UAVs and space travel increase the need for batteries that will continue to function in sub-zero temperatures, the new technology could revolutionize the industry.
The lithium battery packs enable the ability to warm themselves to prevent power loss, which would be welcome news to not only those in the science world, but also drivers of electric vehicles and beyond.
Traditional lithium-based batteries will either offer a reduction in power output or simply stop working in freezing temperatures. As technologies such as UAVs and space travel increase the need for batteries that will continue to function in sub-zero temperatures, the new technology could revolutionize the industry.
The lithium battery packs enable the ability to warm themselves to prevent power loss, which would be welcome news to not only those in the science world, but also drivers of electric vehicles and beyond.
Trend Themes
1. Cold Weather Batteries - Researchers develop a lithium-ion battery that stays optimally functional in freezing temperatures, offering disruptive innovation opportunities for industries using batteries in sub-zero environments.
2. Power Optimization in Freezing Temperatures - New technology allows lithium battery packs to warm themselves and prevent power loss in freezing temperatures, presenting disruptive innovation opportunities for industries requiring reliable battery performance in sub-zero conditions.
3. Lithium Battery Adaptability - Advancements in lithium battery technology enable the ability to function optimally in freezing temperatures, opening doors for disruptive innovation in industries demanding reliable battery functionality in sub-zero environments.
Industry Implications
1. Consumer Electronics - The development of cold weather lithium-ion batteries offers disruptive innovation opportunities for the consumer electronics industry, ensuring reliable power output in freezing temperatures.
2. Electric Vehicle - The advancement of lithium-ion batteries that stay functional in freezing temperatures presents disruptive innovation opportunities for the electric vehicle industry, providing reliable power for EVs in sub-zero conditions.
3. Aerospace and Uavs - The innovation of lithium battery packs that can function optimally in cold weather offers disruptive innovation opportunities for the aerospace and UAV industries, ensuring reliable battery performance during space travel and sub-zero conditions.
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