Embodying The Mission: Outreach
Demonstrating high-power batteries for next-generation defense applications
By Joe McAdory
Auburn University and IntraMicron Inc., a partnering engineering technology development company, showcased a revolutionary means to safely meet the extreme demands of pulse-power electrical systems tailored for next-generation defense missions at a special demonstration in December. There, guests witnessed emulated pulse-power mission load discharges powered by a cutting-edge, 1,000-volt lithium-ion battery pack, as part of the team’s ongoing efforts to enhance the nation’s national security and defense posture.
“We have one of the world’s largest lithium-ion batteries that can discharge safely at higher, or faster, power levels than any other lithium-ion battery system available,” said Bruce Tatarchuk, IntraMicron co-founder and CEO who serves as director of Auburn University’s Center for Microfibrous Materials Manufacturing and the Charles Gavin III Endowed Professor in the Department of Chemical Engineering.
This innovative system is designed with maximum safety precautions to prevent battery propagation failures, Tatarchuk said, while enabling cells to operate at peak current and power outputs. Leveraging thermal management, this battery-thermal technology enables up to a four-fold increase in power density, setting the stage for next-generation pulse power requirements.
Thermal energy storage provides a high-density, consistent cooling capability for directed energy or other mission systems and power requirements.
“From a research standpoint, we at Auburn University focus heavily on societal impact and improving the quality of life, driving our economy and securing our nation,” said Steve Taylor, vice president for research and economic development at Auburn University.
“There’s a significant amount of national security work that Auburn does across engineering, science, math and veterinary medicine. IntraMicron is a part of that overall effort in manufacturing, helping to make sure that we have the appropriate industrial base in this country to defend our economy. Making strategic investments in research faculty, making investments in our campus research infrastructure and making investments in research programs can produce technology we need to defend ourselves. And, in this case, continue to drive our economy forward and keep America safe.”
Researchers