Please first review the information for authors — abstract submission guidelines.
Energy storage continues to emerge as one of the most active and potentially impactful areas of research and development. Storage is key to improved electrical resilience, reliability, and accessibility while opening the door to critical electrification and decarbonization efforts. Meeting the dynamic needs of evolving electrical grids and increasing electrified technology spaces, though, will clearly exceed both the technical capability and manufacturable capacity of currently market-dominant lithium-ion batteries. Our 2023 event will focus on technologies that promise impact beyond lithium-ion batteries, featuring a keynote session, followed by a lively program of invited and submitted talks focused on new materials, emerging chemistries, and developing technologies aiming to enter a dynamic energy storage marketplace. Submit your abstract and plan to participate in one of the most significant energy storage research and development events this year.
Back to Top ↑2023 Symposium Sessions | ||
9:00 | Energy Storage: Keynotes | |
10:40 | Energy Storage: Flow Batteries | |
1:30 | Thermal Energy & Storage | |
4:00 | Energy Storage - Posters | |
Tuesday June 20 | ||
10:30 | Emerging Battery Chemistries | |
1:30 | Battery Innovation | |
4:00 | Fuel Cells & Hydrogen - Posters | |
2023 Symposium Program | ||
Monday June 19 | ||
9:00 | Energy Storage: Keynotes | TBA |
Session chair: Imre Gyuk, U.S. Department of Energy, US | ||
TBA I. Gyuk, U.S. Department of Energy | ||
Redflow's unique journey to achieving scale for zinc bromine flow batteries M. Higgins, Redflow, US | ||
The Antora thermal battery module: Providing on-demand zero-emissions heat and power, cheaper than fossil fuel. J. Briggs, Antora Energy | ||
Low Cost Locally Manufactured Marine Pumped Hydro Energy Storage Systems J. Cotrell, RCAM Technologies, Inc., US | ||
10:40 | Energy Storage: Flow Batteries | TBA |
Session chair: Imre Gyuk, U.S. Department of Energy, US | ||
Nonaqueous Sodium-Based Catholytes for Redox Flow Batteries E. Self, M. Lehmann, G. Yang, Oak Ridge National Laboratory, US | ||
Develop Low-cost Membranes for non-aqueous Redox-flow Batteries G. Yang, M. Lehmann, E. Self, R. Sacci, T. Saito, J. Nanda, Oak Ridge National Laboratory, US | ||
Exploring redox chemistries beyond metal-ligand complexes for high voltage non-aqueous flow batteries S. Maurya, B.L. Davis, Los Alamos National Laboratory, US | ||
Substituted [3]radialenes as two-electron catholytes for non-aqueous redox flow batteries F. Hasan, R. Poirier, T. Anderson, C. Bejger, University of North Carolina at Charlotte, US | ||
1:30 | Thermal Energy & Storage | TBA |
Session chair: Imre Gyuk, U.S. Department of Energy, US | ||
TBA (Tentative) K. Gluesenkamp, Oak Ridge National Laboratory, US | ||
Experimental Testing and Modelling of Gravel Packed Bed Heat Storage L. McLaughlin, N. Schroeder, W. Gerstle, Sandia National Laboratories, US | ||
Hybrid Concentrated Solar Power and Pumped Thermal Energy Storage System G. Anaya, K. Armijo, A. Overacker, A. Blumenthal, D. Madden, Sandia National Laboratories, US | ||
Research on Low-Cost and Safe Battery Chemistry for LDES Applications G. Li, Pacific Northwest National Lab, US | ||
Developing Batteries Worth Their Salt: Technical Advances for Cost Effective Molten Sodium Batteries E.D. Spoerke, A. Maraschky, M. Meyerson, A. Peretti, S. Percival, L. Small, Sandia National Laboratories, US | ||
Thermally Controlled Integrated Energy Storage Device for DoD Applications M.K. Ram, PolyMaterials App, LLC, US | ||
Piezoelectric Nanofiber Yarns for Wearable Energy Harvesting Textiles M. Pallotta, Materic LLC, US | ||
Energy Storage: Renewable and Portable A. Glover, WiGL, US | ||
4:00 | Energy Storage - Posters | Expo Hall AB |
Development of high-energy non-aqueous lithium-sulfur batteries via redox-active interlayer strategy J-H Yu, J.H. Sung, B-J Lee, J.E. Kwon, G-L Xu, K. Amine, J-S Yu, Deagu Gyeongbuk Institute of Science and Technology, KR | ||
Ex situ structure-properties analysis of CeOx-TiOx-RGO as a potential groundbreaking Na-ion supercapacitor material F. Caballero-Briones, N. Gnanaseelan, F.J. Espinosa-Faller, J. Mustre, J. Lezama, R.A. Colina-Ruiz, Instituto Politecnico Nacional, MX | ||
Tuesday June 20 | ||
10:30 | Emerging Battery Chemistries | TBA |
Session chair: Erik Spoerke, Sandia National Laboratories, US | ||
Metal-CO2 batteries for effective CO2 conversion and energy storage W. Choi, University of North Texas, US | ||
Progress Towards the Development and Understanding of Energy Dense Rechargeable Batteries Utilizing Zn and Cu T.N. Lambert, B.R. Wygant, C. Wright, J. Gallaway, A. Stavola, E. Zimmerer, V. DeAngelis, J. Mueller, O. Dutta, I. Vasiliev, K. Acharya, N. Paudel, B. Magar, Sandia National Laboratories, US | ||
An overview of rechargeable zinc manganese dioxide battery energy storage installations from across the United State. G. Cowles, Urban Electric Power, Inc., US | ||
Development of High-voltage Supercapacitor for Future Decarbonized Energy Storage Solutions A. Ray, C. Krasmann, B. Saruhan, German Aerospace Center (DLR), DE | ||
1:30 | Battery Innovation | TBA |
Session chair: Erik Spoerke, Sandia National Laboratories, US | ||
TBA J. Pouchet, Natron Energy, US | ||
Non-lithium battery cathode manufacturing K. Venturini, C. Ashfield, David Shock, Revolution Power Inc. d/b/a Powerit, US | ||
Advanced Multifunctional Separators for Beyond-Lithium Battery Chemistries H. Liu, K.T. Faber, TalosTech LLC, US | ||
Developments of Solid Components for Manufacturing Nanostructure Metal-Organic Superconductive Memcapacitive Josephson Junctions Energy Storage Systems at Room-Temperature E.T. Chen, J.T. Thornton, S-H. Duh, Advanced Biomimetic Sensors, Inc., US | ||
Critical Materials Recovery from Recycled Lithium-ion Batteries M. Shi, D.E. Molina Montes de Oca, L.A. Diaz, J.R. Klaehn, A.D. Wilson, T.E. Lister, Idaho National Laboratory, US | ||
EC-Leach: Sustainable Lithium-Ion Battery Recycling D.E. Molina, M. Shi, B. Adhikari, J. Klaehn, L. Diaz, T. Lister, Idaho National Laboratory, US | ||
The Search For Materials That Are Attractive To “Natural” Li Diffusion And Structurally Stable Using AES And LEED J. Ociepa, M. Adam, B. Checinski, OCI Vacuum Microengineering Inc., CA | ||
4:00 | Fuel Cells & Hydrogen - Posters | Expo Hall AB |
The Study of Hydrogen Transport in Metals T. Williamwest, O. Abunomah, P. Ogunlude, E. Gobina, Robert Gordon University, UK | ||
Hydrogen storage characteristics of NIST reference zeolite X, zeolite Y and zeolite ZSM-5 S. Basu, J. Pandey, P.K. Rao, M.S. Leo Hudson, Banaras Hindu University, IN | ||
New Highly Graphitized N-Doped Porous Carbon as a Robust Support for Pt Fuel Cell H-Y Lee, C-H Shin, T.H. Yu, W.A. Goddard III, J-S Yu, DGIST, KR | ||
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