Binghamton-led New York State Initiatives Supporting Domestic & Allied Supply Chains for Advanced Energy Storage
ABSTRACT: Upstate New York has received around $150M from the Economic Development Administration & National Science Foundation with matching funds from New York State to develop an ecosystem to enable “Batteries made in America by Americans”. These initiatives include the EDA Build Back Better Regional competition, the NSF Engine, and designation by EDA as America’s Energy Storage Tech Hub. Central to this effort is the Battery-NY prototyping facility that will contain two 30 MWh lines. This will be unique to the United States. Other critical efforts include a supply chain database (led by NYBEST), workforce training at all levels, and R&D and translation efforts.
Speaker: Stan Whittingham, Binghamton University & Nobel laureate
Critical Minerals State of Play for Battery Supply Chains
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Speaker: Alice Wu, Federation of American Scientists
Metrology Challenges in Evaluating Secondary Materials from End-of-Life Batteries
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Speaker: Jamie Weaver, National Institute of Standards & Technology
Enabling Extreme Low Temperature Discharge in Molicel 18650 Cells
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Speaker: Brian Way, Molicel
Emergence of the North American Battery Supply Chain
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Speaker: Alex Schlichting, MITRE Labs
Building a US-supply chain in a world of bespoke materials
ABSTRACT: Forge Battery is a US cell manufacturer that has grown out of Forge Nano, known for commercializing a nano-coating technique called Atomic Layer Deposition (ALD), as a result of growing demand for advanced Li-ion batteries with US sourcing. This presentation will review the landscape of the US Li-ion technology adoption cycle, the difficulties with integrating Li-ion innovations at scale, and how the US can work towards faster commercial adoption of new technologies.
Speaker: Brian Pennington, Forge Nano
Enhanced VALidation of advanced battery Supply chains: accelerating the path of domestic materials into the domestic supply chain
ABSTRACT: EVALS is a consortium funded by the Vehicle Technologies Office at DOE involving Idaho National Lab, Argonne National Lab, and National Renewable Energy Lab. The goal of EVALS is to fully develop a suite of tools that support domestic electric vehicle manufacturing through evaluation of domestic primary resources and acceleration of their path to domestic material and battery production. This talk will focus on describing the EVALS project and discussing initial results regarding domestic LiFePO4 precursor sourcing and impacts on the domestic manufacturing supply chain.
Speaker: Katie Harrison, National Renewable Energy Laboratory
Powering Partnerships in the Global Battery Supply Chain
ABSTRACT: This presentation explores how strategic partnerships can be leveraged to secure supply chains for lithium-ion and nickel-manganese-cobalt (NMC) batteries, which are essential to a range of applications—from grid storage and electric vehicles to consumer electronics and national defense. The session will examine key challenges in scaling domestic production of critical battery minerals such as lithium, cobalt, manganese, and graphite, as well as the geopolitical hurdles involved in diversifying sources. It will also highlight how targeted trade policy and international agreements can play a pivotal role in building a more resilient and secure battery supply chain.
Speaker: Mahnaz Khan, Silverado Policy Accelerator
Rational Design of Battery Cathode Materials to Battery Cell Prototyping at BEACONS
ABSTRACT: Cho will discuss how to design high capacity cathode materials for LIB and Li SSB with subsequent experimental validation. DFT modeling enables us to understand atomic and electronic structure mechanisms of high-Ni layered oxide cathode materials degradation and to develop practical design strategies to overcome the degradation mechanisms. Such design insights are tested by experimental studies with material synthesis and coin cell tests. Autonomous material synthesis and large format cell testing are underway using the BEACONS battery R&D line facility.
Speaker: KJ Cho, University of Texas at Dallas