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The Solarmundo line focussing Fresnel collector. Optical and thermal performance and cost calculations. Andreas Häberle a, Christian Zahler a, Hansjörg Lerchenmüller b, Max Mertins b, Christof Wittwer b, Franz Trieb c
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Document Date: 2014-02-24 00:52:44


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City

Liège / /

Company

Solarmundo / Bayer AG / /

Country

Egypt / Belgium / /

Currency

EUR / /

/

Facility

Institute of Technical Thermodynamics / Fraunhofer Institute / Institute of Technical Thermodynamics-Solar Research / /

IndustryTerm

electricity / construction site / trough technology / energy-plug passes / inch steel tube / solar collector systems / metal glass sealing / vacuum technology / /

Organization

Institute of Technical Thermodynamics-Solar Research / Institute of Technical Thermodynamics / Fraunhofer Institute for Solar Energy Systems / German Aerospace Center / /

Person

Max Mertins / Andreas Häberle / Ai / Christian Zahler / Christof Wittwer / Franz Trieb / /

Position

collector / Fresnel collector / Parabolic trough collector / line focussing Fresnel collector / Solarmundo System Layout Rated Power Power Block Efficiency Collector / linear Fresnel-collector / controller / prototype collector / /

Product

Fresnel / /

ProvinceOrState

California / /

Technology

radiation / Thermodynamics / vacuum technology / Solar trough technology / fluid dynamics / heat transfer / simulation / estimated using computational fluid dynamics / /

SocialTag