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Lithium-ion battery / Sodium–sulfur battery / Fuel cell / Electric double-layer capacitor / Lead–acid battery / Electrochemistry / Cathode / Electrolyte / Thin film rechargeable lithium battery / Battery / Energy / Rechargeable batteries


THE AQUEOUS ELECTROLYTE SODIUM ION BATTERY: A LOW-COST SOLUTION FROM AQUION ENERGY J. F. Whitacre,1,2 Sneha Shanbhag,2 David Blackwood,2
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Document Date: 2012-01-17 17:58:46

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File Size: 151,54 KB

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City

Pittsburgh / Na / /

Company

Caltech / Jet Propulsion Laboratory / Aquion Energy / /

Country

United States / /

Currency

USD / /

Facility

Carnegie Mellon University / Jet Propulsion Laboratory / University of Michigan / Pike Research Report / /

IndustryTerm

neutral pH solution / energy storage / manufacturing level / possible battery energy / intercalation electrode materials systems / energy-storage-on-the-grid / optimized device / energy density / manufacturing techniques / energy storage capability / acceptable energy density values / manufacturing / open-air environment using simple equipment / alkali metal / electricity grids / functional materials systems / manufacturing plant / energy storage solution / cathode materials systems / aqueous solution / stationary applications / energy technologies / energy storage device / /

Organization

Department of Materials Science and Engineering / Carnegie Mellon University / Carnegie Mellon / the University of Michigan / Department of Engineering and Public Policy / /

Person

J.F. Whitacre / /

Position

collector / Professor / full-time Chief Technology Officer / representative / founder / /

ProvinceOrState

Pennsylvania / Michigan / /

Technology

energy technologies / functional materials systems / resulting technology / fuel cells / /

URL

www.pikeresearch.com/research / /

SocialTag