Video
CPS:Small: Imposing Recovery Period for Battery Health Monitoring, Prognosis, and Optimization
Sponsor(s)
National Science Foundation
Contributor(s)
Kang Shin
Remote Video
Submitted by Anonymous on September 9th, 2021
Submitted by Kang Shin on June 18th, 2021
Submitted by Kang Shin on June 7th, 2021
Submitted by Anonymous on January 16th, 2020
The prevalence of battery-powered systems such as electric vehicles, smartphones, and IoT devices has made batteries crucial to everyone's daily life and business. Battery health, however, degrades over time, not only decreasing system reliability such as unexpected system shutoffs, but also causing overheating/gassing which, in turn, increases safety risks such as thermal runaway or even battery fire/explosion. To address these problems, we must monitor, prognose, and optimize battery health throughout the physical system life.
Submitted by Anonymous on January 22nd, 2019
Submitted by Kang Shin on December 4th, 2018
The prevalence of battery-powered systems such as electric vehicles, smartphones, and IoT devices has made batteries crucial to everyone's daily life and business. Battery health, however, degrades over time, not only decreasing system reliability such as unexpected system shutoffs, but also causing overheating/gassing which, in turn, increases safety risks such as thermal runaway or even battery fire/explosion. To address these problems, we must monitor, prognose, and optimize battery health throughout the physical system life.
Submitted by Kang Shin on November 29th, 2017