The U.S. Department of Energy?s (DOE) Basic Energy Sciences has renewed its support for the University of Maryland?s (UMD) Nanostructures for Electrical Energy Storage Energy Frontier Research Center (NEES EFRC) for another four years. The renewal is based both on the NEES EFRC?s achievements to date and the quality of its proposals for future research.
Professor Gary Rubloff (MSE/ISR) is the director of NEES, and Professor Sang Bok Lee (Chem&Biochem) is its deputy director.
NEES EFRC is a multi-institutional research center, one of 46 EFRCs established by the DOE in 2009. The group?s focus is developing highly ordered nanostructures that offer a unique testbed for investigating the underpinnings of storing electrical energy.
The center studies structures that are precise?each at the scale of tens to hundreds of nanometers and ordered in massive arrays. These structures are also multifunctional?able to conduct electrons, diffuse and store lithium ions, and form a stable mechanical base. The scale and control of experimentation gives NEES EFRC researchers an exclusive gateway to probing fundamental kinetic, thermodynamic, and electrochemical processes.
In its first five years, NEES EFRC has developed a unique way of looking at the science of energy storage. ?Our agenda for NEES-2 is at least as creative and relevant,? Rubloff said.
?NEES? vision is a new generation of much better batteries; powerful and long-lasting because they are based on carefully designed nanostructures,? Rubloff said. ?This requires that we understand how to precisely control the multiple components (materials and shapes) of the nanostructures; how to densely pack and connect the nanostructures; how they behave?individually and collectively?during charging and discharging, and why; and how to make them safe and long-lasting over thousands of charging cycles.?
?The NEES mission is to provide the scientific insights and design principles needed to achieve this vision.?
The University of Maryland is the lead institution in the center, the largest principal investigator contingent is from UMD, and the research being conducted cuts across the domains of two colleges, the A. James Clark School of Engineering and the College of Computer, Mathematical and Natural Sciences. Rubloff notes the program has enabled UMD to develop close collaborations with ?a diverse selection of outside universities and federal labs, with accompanying long-range benefits.?
University of Maryland faculty involved in NEES EFRC include Sang Bok Lee in the ?Multifunctional Nanostructures for Fast Ion Transport? research area; John Cumings (MSE), Chunsheng Wang (CheBE), and YuHuang Wang (Chem&Biochem), in the ?Self-Healing Nanostructures for Electrodes? research area; and Gary Rubloff, ISR Director Reza Ghodssi (ECE/ISR), Liangbing Hu (MSE), and Janice Reutt-Robey (Chem&Biochem) in the ?Nanoscience of Electrochemical Interfaces and Atomic Scale Mechanics and Kinetics in Heterogeneous Nanostructures? research area.
Learn more about NEES EFRC research here.
Advance made towards next-generation rechargable batteries
3D Li metal anode provides high energy and improved safety
UMD ARPA-E Innovations transitioning to commercial reality
Cheaper, Faster and Longer Lasting: What Magnesium Iodine Chemistry Can Offer
Rubloff Co-Authors Major DoE Report on Emerging Energy Technologies
Hierarchical three-dimensional electrode paper featured in ACS Nano
New government partner joins UMD’s Center for Research in Extreme Batteries
ARL to Fund $30M in Equipment Innovations for Service Members
University of Maryland leads team awarded $7.2M from Army Research Lab
UMD Research Team Advances the Battery Revolution
June 20, 2014