The Joint Center for Energy Storage Research: A New Paradigm of Research, Development, and Demonstration
TJ Carney, DS Hodge, L Trahey… - … : From Discovery to …, 2018 - Wiley Online Library
TJ Carney, DS Hodge, L Trahey, FR Brushett
Electrochemical Engineering: From Discovery to Product, 2018•Wiley Online LibraryThis chapter provides insight into Joint Center for Energy Storage Research's (JCESR)
mission and organizational structure, and highlights important tools used to effectively
connect research activities across the spectrum, from fundamental discovery science to cell
design and prototyping intended to enable commercial deployment. JCESR has assembled
a broad multi‐institutional team with expertise and resources to explore the possibilities of
the beyond lithium‐ion battery space. A critical operational challenge for JCESR is to …
mission and organizational structure, and highlights important tools used to effectively
connect research activities across the spectrum, from fundamental discovery science to cell
design and prototyping intended to enable commercial deployment. JCESR has assembled
a broad multi‐institutional team with expertise and resources to explore the possibilities of
the beyond lithium‐ion battery space. A critical operational challenge for JCESR is to …
Abstract
This chapter provides insight into Joint Center for Energy Storage Research's (JCESR) mission and organizational structure, and highlights important tools used to effectively connect research activities across the spectrum, from fundamental discovery science to cell design and prototyping intended to enable commercial deployment. JCESR has assembled a broad multi‐institutional team with expertise and resources to explore the possibilities of the beyond lithium‐ion battery space. A critical operational challenge for JCESR is to establish intellectual trust and enable healthy collaboration among partner institutions. Accordingly, JCESR created the Intellectual Property Management Council that is led by JCESR's Intellectual Property and Business Development Manager. JCESR uses techno‐economic modeling to make strategic decisions on scientific thrusts: starting a new research direction, pivoting, or ceasing certain research directions. Seeking to quickly move from discovery to prototype, JCESR enlisted the Electrolyte Genome to perform an initial screening of positive and negative electrolytes for redox flow batteries.
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