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Sustainable building / Sustainability / Energy conversion / Alternative energy / Solar energy / Awning / Lund / Passive solar building design / Architecture / Energy / Low-energy building


XXX Solar Shading for Low Energy Use and Daylight Quality in Offices Simulations, Measurements and Design Tools
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Document Date: 2013-12-09 09:15:52


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City

Artville / Copenhagen / Montreal / Ottawa / /

Company

Getty Images / KFS AB / /

Country

Norway / Netherlands / Canada / Sweden / Denmark / /

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Facility

Lund University / Building Design / Danish Building / SE Lund University / Uppsala University / Building Science / Building Energy Use / Chalmers University of Technology / Building Physics / Lund Institute of Technology Department / Lund Institute of Technology / Urban Research Institute / /

IndustryTerm

solar shading devices / energy use / /

Organization

Social Sciences and Humanities Research Council of Canada / Danish Building and Urban Research Institute / Swedish Research Council for Environment / Agricultural Sciences and Spatial Planning / Swedish National Energy Administration / Division of Energy and Building Design / Lund Institute of Technology Department of Construction / Lund Institute of Technology / Department of Construction and Architecture / Uppsala University / Natural Sciences and Engineering Research Council of Canada / Lund University / Solar Energy Society of Canada Inc. / Chalmers University of Technology / /

Person

Petter Wallentén / Steen Traberg-Borup / Joakim Karlsson / Andreas / Helena Bülow-Hübe / Kjeld Johnsen / Maria Wall / Hans Follin / Olivia / Greg Ward / Jens Christoffersen / Björn Karlsson / /

/

Position

supervisor / chercheurs et l’aide / second supervisor / /

PublishedMedium

Foreword / /

Region

Nordic Countries / /

Technology

ebd / Renewable Energy Technologies / /

URL

www.byggark.lth.se / http /

SocialTag