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Solar panel / Solar cell / Building-integrated photovoltaics / Photovoltaic system / Amorphous silicon / Solar tracker / Solar energy / National Renewable Energy Laboratory / Thin film solar cell / Photovoltaics / Energy / Technology


Measured Performance of Building Integrated Photovoltaic Panels By A. Hunter Fanney, Brian P. Dougherty And Mark W. Davis National Institute of Standards and Technology
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Document Date: 2001-10-12 16:00:40


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File Size: 253,97 KB

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City

Anaheim / Washington DC / New York / Washington / DC / Washington / D.C. / ASME / /

Company

Maui Solar Energy Software Corp. / Solar Building Systems / AIP Press / Renewable Energy / Tefzal Stainless Steel / Fire Research Laboratory / Solar Energy Laboratory / Building Integrated Photovoltaic Simulation Software / /

Country

United States / United Kingdom / /

Currency

USD / /

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Facility

Building Integrated Photovoltaic Test Facility / National Institute of Standards and Technology / BIPV facility / Building Integrated Photovoltaic Cell Temperatures / NIST’s Building Research building / Building Integrated Photovoltaic Test Facility A facility / Solar Design Studio / Building Integrated Photovoltaic Panels By A. Hunter Fanney / NIST’s Building / Building Integrated Photovolatic Program / Brian P. Dougherty And Mark W. Davis National Institute of Standards and Technology Building / University of Wisconsin / /

Holiday

summer solstice / /

IndustryTerm

simulation tools / energy savings potential / grid-interactive residential rooftop applications / cell technologies / integrated photovoltaic building products / cumulative energy production / crystalline technologies / monthly and cumulative energy production / delivered energy / energy density / annual energy production / azimuth/elevation device / predictive tools / cell technology / energy / electrical performance algorithms / cumulative energy density / energy production / electricity / predictive performance tools / consumer products / predictive computer simulation tools / electrical energy / energy measurements / conventional building materials / predicted electrical energy / residential applications / /

OperatingSystem

Haiku / /

Organization

Sustainable Buildings Energy Council / Solar Energy Division / Department of Energy / National Institute of Standards and Technology / Photovoltaic Technical Committee / ASME Solar Energy Division / Institute of Standards and Technology Building / University of Wisconsin / Madison / California Energy Commission / AMERICAN SOCIETY OF MECHANICAL ENGINEERS / /

Person

Brian P. Dougherty / Paula Svincek / Michael Christopher / Jake Brown / Mark W. Davis / Gerald Ceasar / Daniel Vennetti / Robert Zarr / Stanley T. Morehouse / /

Position

architect / Photovoltaic Panels* A. Hunter / King / Hunter / Associate Editor / representative / /

ProgrammingLanguage

DC / /

ProvinceOrState

Wisconsin / Maryland / New York / /

Technology

radiation / crystalline technologies / Heat Transfer / 4 Overall BIPV Conversion Efficiency technology / thermal insulation / BIPV technologies / radiation shield / cell technologies / four cell technologies / electrical performance algorithms / Simulation / photovoltaic panel specifications Cell Technology / cell technology / /

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