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LBNL-6298E ERNEST ORLANDO LAWRENCE BERKELEY NATIONAL LABORATORY The Energy Efficiency Potential of
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Document Date: 2014-12-11 20:16:21


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File Size: 1,85 MB

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City

Los Angeles / /

Company

Ernest Orlando Lawrence Berkeley National Laboratory / Google / Lawrence Berkeley National Laboratory / Cloud-Based Software / 6298E ERNEST ORLANDO LAWRENCE BERKELEY NATIONAL LABORATORY / /

Country

United States / /

Event

Environmental Issue / /

Facility

Northwestern University / University of California / /

IndustryTerm

energy demand / energy savings potential / public media / present day energy efficiency practices / digital service systems / required data center energy use / client devices / transportation / aforementioned embodied energy sub-models / societal energy / embodied energy / data center building materials / estimated energy savings / net energy analysis challenge / collaboration software / present-day business software / data center energy efficiency / word processing / bundled software / electricity grid mix / equal opportunity employer / productivity software applications / energy footprint / business software / waste management systems / online technical documentation / power provision systems / energy use / business software systems / present day systems / electricity use / cloud systems / business software application / energy end use systems / energy savings / data center services / energy / customer relationship management / web interface / waste treatment end use systems / greenhouse gas emissions / cloud technology systems / net energy / substantial primary energy savings / chosen applications / electricity / end use systems / client device energy use / direct energy use / life energy / business software applications / software applications / data center energy demand moving / energy analysis research community / device energy use / data center energy demand / cloud computing holds / data transmission systems / electricity use5 / energy requirements / systems energy analysis / network transmission systems / energy efficiencies / energy systems / net energy implications / energy analysis / accessed using cloud services / e - commerce / energy efficiency / manufacturing / transparent systems / computing / cloud computing / intuitive web interface / energy impacts / net energy benefits / productivity software / embodied energy sub-models / cloud services / energy footprints / /

Organization

University of California / Northwestern University / United States Department of Energy / office of Science / United States Government / U.S. Census Bureau / Pradeep Mantha Environmental Energy Technologies Division / /

Person

Jiaqi Liang / Valerie Hendrix / Arman Shehabi / Benjamin Walker / Eric Masanet / /

Position

driver / forward for greater analysis certainty / Executive / fully transparent systems model for energy analysis / Contents Executive / /

ProvinceOrState

California / /

Technology

information technologies / CRM / streaming video / file sharing / /

URL

http /

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