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Sustainability / Technology / Membrane technology / Hydrogen economy / Energy conversion / Fuel cell / Total cost of ownership / Solid oxide fuel cell / Whole-life cost / Fuel cells / Energy / Hydrogen technologies


A Total Cost of Ownership Model for Design and Manufacturing Optimization of Fuel Cells in Stationary and Emerging Market Applications
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Document Date: 2014-07-10 13:20:36


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File Size: 3,01 MB

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City

Shanghai / /

Company

Lifecycle Cost Model Capital / Richest Group / Ballard Power Systems / Mechanical Engineering Laboratory / No Go Review / FC098 Lawrence Berkeley National Laboratory / Entegris / Altergy Systems / Altergy Power Systems Bob Sandbank / DJW Technology LLC / /

Country

China / /

Currency

USD / /

Facility

University of California Berkeley / Building Types Building Load Shapes Fuel Cell Load Shapes / University of Arizona Tequila Harris / /

IndustryTerm

electricity load profiles / manufacturing costs / renewable energy value / stationary power applications / meet lowest manufacturing cost / manufacturing / stationary and materials-handling systems / energy / /

Organization

Georgia Tech University / University of California / University of Arizona Tequila Harris / Department of Mechanical Engineering Laboratory / Department of Energy / Stationary and Emerging Market Applications Department / Fuel Cells Technologies Office / /

Person

Mark Miller / Nicole Fenton / Owen Hopkins / Micky Oros / Max Wei / Don Gervasio / Gerald DeCuollo / Thomas McKone / Geoff Melicharek / /

Position

Contractor / Industry Advisors / /

ProgrammingLanguage

C / /

Technology

Fuel Cell System / Fuel Cells Technologies / Fuel Cells / Fuel Cell / /

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