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Electrochemistry / Rechargeable batteries / Lithium-ion batteries / Overpotential / Fuel cell / Battery / Cathode / Charge transfer coefficient / Lithium iron phosphate battery / Electromagnetism / Physics / Energy


Enhanced Performance of Li-ion Batteries via Modified Reference Governors & Electrochemical Models H. E. Perez, Student Member, IEEE, N. Shahmohammadhamedani, and S. J. Moura, Member, IEEE electrochemical energy conversa
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Document Date: 2014-12-07 14:24:27


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File Size: 1,16 MB

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City

San Francisco / New York / /

Company

MRG / R. Klein N. A. / Sun / Kolmanovsky / John Wiley & Sons / /

Country

United States / /

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Facility

University of California / /

IndustryTerm

transportation / e- sep / energy capacity / net energy increase / work portable electronics / electrochemical energy conversation devices / battery-management systems / electrochemical systems / energy benefits / automotive applications / energy power / battery energy storage / energy / energy storage / energy capacity benefits / constrained nonlinear systems / bisection algorithm / energy storage property / supervisory control systems / battery systems / fuel cell systems / average net energy increase responses / constraint management / Numerical solution / /

Organization

Department of Civil / MRG VO / University of California / Berkeley / Department of Mechanical Engineering / vol. / Electrochemical Society / /

Person

Ion Batteries / /

Position

collector / reference governor / RT / modified reference governor / Load governor / Governor / VO controller / nonlinear modified reference governor / vs. VO controller / controller / /

ProgrammingLanguage

Fortran / /

ProvinceOrState

California / /

Technology

fuel cell system / RAM / Heat Transfer / fuel cells / fuel cell / key enabling technology / charging protocol / Environmental Engineering / OTIVATION algorithms / simulation / bisection algorithm / electrochemistry / /

URL

http /

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