Yana Qin, a Ph.D. student in chemical engineering at the University of Utah, has made innovative contributions to the field of low-cost energy storage technologies, including advancements in flow batteries and sodium-ion batteries.
Among her significant achievements, Qin has invented a magnesium-organic flow battery, a transformative technology designed to provide low-cost and sustainable energy storage for stationary applications. Like traditional redox flow batteries, magnesium-organic flow batteries store energy in liquid electrolytes that flow through an electrochemical cell during charge and discharge cycles.
Changing the charge carrier to magnesium, instead of traditional lithium or vanadium, allows for a more abundant, cost-effective, and non-flammable alternative. Using organic electrolytes eliminates dependence on rare, toxic, and expensive metals like lithium and vanadium.
Magnesium-organic flow batteries are ideal for grid energy storage, storing excess power from solar and wind. They support microgrids by providing long-duration energy for remote areas. Their scalability, low cost, and environmental benefits make them a promising alternative for modern energy infrastructure. Additionally, they offer reliable industrial backup power during outages or peak demand.
The intellectual property for this invention is currently in negotiations for a licensing agreement with Alium Batteries, a leading manufacturer and designer specializing in high-performance rechargeable batteries, power supplies, smart chargers, and other portable and stationary energy applications.
“I am excited about the potential partnership with Alium Batteries. Seeing this technology move closer to real-world implementation is incredibly rewarding and motivates me to keep innovating,” Qin said.
Qin’s work reflects her exceptional ability to bridge academic research with practical applications. Her commitment to developing innovative and cost-effective solutions in energy storage positions her as a leading contributor to the field and a promising figure in advancing sustainable energy technologies.
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