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Content EF 2014 - Advanced Building Skins
28--06 29November October 2014, 05 201 3,Bressanone, Bressanone,Italy Italy 05 - 06 November 201 3, Bressanone, Italy Advanced Building Skins Economic Forum Economic Forum Munich - Bolzano Munich - Bolzano Advanced Building Skins Conference Proceedings of the 9th ENERGY FORUM 28 - 29 October 2014, Bressanone, Italy ISBN 978-3-98120537-4 Economic Forum Landsberger Str. 155 80687 Munich, Germany [email protected] DE129771557 © Copyright: EF ECONOMIC FORUM Posters Comparing and ‘active’ for Dutch affordable house design ................................................333 13 Integrating‘passive’ photovoltaics into concepts media facades. ...................................................................................................... Filique Nijenmanting, Arup Amsterdam, Netherlands Jasna Čikić Tovarović, Serbia Hot housing PV – low tech.......................................................................................................................................334 Adaptable brise-soleil design for improving building energy performance.............................................. 14 Erwin Herzberger, Stuttgart University / German University Cairo, Egypt Marcos Martins Borges, Brazil Air leakage in residential buildings ...................................................................................................................335 Assessing potential of roofs and facades....................................................................................... 15 Pablo Branchi,photovoltaic ACR Group, Spain Sara Freitas, Portugal Biomimetic-based construction .........................................................................................................................336 Cost effective integration of solar Lakshmi N Reddi, building Florida International University, USAenergy systems.............................................................................. 16 Yiannis Tripanagnostopoulos, Greece PV integrated in clay roof tiles ...........................................................................................................................337 Patrick Rousselot, Panotronfor AG,heating Switzerland Vertical solar panels water on multi-storey buildings facades in tropical climates................ 17 Comparing the performance of PV with CPV in building integrated systems ....................................................338 Eduardo Castro, Brazil Piet Sonneveld, University of Applied Sciences, Arnhem, Netherlands Building performance simulation at the Szentágothai Research Center......................................................... 18 Customizing solar panels ...................................................................................................................................339 David Santos-Blastik, Hungary Tomasz Krotowski, Dep. of Architecture and Urban Design, Lodz University of Technology, Poland Evaluation of transparent skins for thermal and visual comforts in Mediterranean climate....................... 19 High and low concentration innovative solar systems for building integration ................................................340 Sofia Pozzetti, Tzouganaki, Luana PhysicsGreece and Earth Science Dep., University of Ferrara, Italy EnlargementAward and energetical refurbishment of the Alpine Refuge G. Porro.................................................... 20 Architectural “Building-Integrated Solar Technology 2014“ ..................................................................341 Roland FilippoKrippner, Vannini,Bavarian Italy Association for the Promotion of Solar Energy, Germany ColorPower Photovoltaic systems with the beauty color............................................................................342 A study on –“building skin” and “allowable limitoftemperature of man”............................................................ 21 Christian Renken, Acomet SA, Collombey, Switzerland Masaya Saito, Japan Holistic considerations of the development of innovative building elements ...................................................343 22 Towards nearly zero energy building...................................................................................................................... Scholeh Abedini, Constructive Design and Building Construction, Technische Universität Darmstadt, Germany Joan Ramon Dacosta, Spain Holistic design strategies for solar buildings ....................................................................................................344 An intelligent skin control algorithmUniversity for the enhancement Luca Guardigli, Department of Architecture, of Bologna, Italy of energy saving performance......................... 23 Ki-Hyun CHOI, South Korea Environmental control through natural ventilation, daylighting and shading ...................................................345 Fast and simple ofArchitecture heat transfer problems for three-dimensional composites...... 24 Greta Caruana Smithanalytical and Alberto predictions Miceli Farrugia, Project Ltd., Malta Xiaoshu Lu, Finland Energy saving methods applicable to a Japanese prefabricated house system ...............................................346 Fumi Beppu,Design Engineering Department, Chiba University, Japan ........................................................................................... 25 Building Towards Sustainable Urban Living. The of light on surfaces ......................................................................................................................347 Robbehavior Uittenbogard Antonio Mollicone, Faculty for the Built Environment, University of Malta Building skins as open border between building and territory.......................................................................... 26 International collaboration and the future of net-zero energy hospital design ................................................348 Silvia Barbero, Italy Gregory D. Thomson, Institute for Ecological Design, University of Wisconsin, USA A Study on the light-shelf system for energy saving............................................................................................ 27 An ecological house with a double-layer low-E glazed building envelope ........................................................349 Kwon Sun Hyeon, South Korea Yanyan, College of Architecture, Hunan University, China Performance evaluationfor of an outdoor fixed-typebuildings light-shelf using a reflector with holes.......................... 28 Solar facade technologies high-rise commercial .........................................................................350 Yanyi Sun, Faculty Engineering, Yuchang CHOI, of South Korea University of Nottingham, UK Energy saving performance of a light-shelf system using Context Awareness Technology........................ 29 Sangwon OH, South Korea 4 Content Sessions Block A Multilayered interactive building envelope ............................................................................................................5 David Rockwood, Director, Construction ProcessBuilding: InnovationThe Lab, Energy UniversityEfficiency of Hawaii, USA Smart Building Envelopes for Sustainable Center...................................... 31 Climate-responsive shading systems with integrated shape memory alloys .....................................................11 Werner Lang, Würzburg, Germany Kynthia Chamilothori, Dep. of Architecture, Technical University of Crete, Greece 3A-1: Bifacial building integrated photovoltaics for vertical integration........................................................ 43 Low tech high flex dyna skin ...............................................................................................................................17 Brigitte Assoa, France Jeroen da Conceicao van Nieuwenhuizen, TU Eindhoven, Netherlands 3A-2: Multifunctional aspects of vertical integrated PV..................................................................................... 49 Superficial skins? Super skins? Shading structures and thermal impact analysis ............................................23 Marcus Rennhofer, Matt Fajkus, SchoolAustria of Architecture, University of Texas at Austin, USA 3B-1: Adapting the Building Skin and to climate regions in Japan.......................................................................... 59 Architectural benefits of virtual experimental assessments Toshimasa Japan of activeKonishi, components in multifunctional façades ................................................................................................29 Susanne Gosztonyi, Energy Department, Austrian skins. Institute of Technology, Vienna, Austria 3B-2: Learning from low tech dynamicAITbuilding ........................................................................................ 65 façadeIsrael elements ................................................................................................................................35 OrenFluid Benglass Avraham, Jochen Stopper, Technische Universität München, Germany 3B-3: Light or heavy façades: Where is the limit?................................................................................................. 75 Integrated design solutions for the multifunctional skin of an office building ...................................................41 Wim Depraetere, VK Engineering, Belgium Elena Pla, Spain 3B-4: Low cost-low tech: experimental bioclimatic prosthesis for social architecture Integrated design approach to apply PV in building projects ..............................................................................47 in the southMara of Chile. ................................................................................................................................................... 83 Filomena Vianna Longo, Para State Federal University, Brazil Leonardo Agurto façade Venegas, Spain Prefabricated panel with integrated PV for building refurbishment ........................................................53 Neururer, AlpS GmbH, Innsbruck, Austria 3C-1:Christoph Daylight autonomy and facade design: From research to practice for the Aluminum heat pipes application to solar energy systems for building façades ................................................59 Stockholm SEB bank head office........................................................................................................................... 101 Sergii Khairnasov, National Technical University, Kiev, Ukraine Marja Lundgren, Sweden The g value of building-integrated solar thermal systems ..................................................................................65 Christoph Maurer, Fraunhofer Institute for Solar Energy Systems, Germany 3C-2: Using sunlight as a light source in building cores................................................................................... 113 Liliana O. Beltrán, USA The artful solar envelope: Engaging with Minnesota’s four seasons in an off-grid wandering restaurant ........69 3C-3:Rebecca Retro-reflecting window film withUniversity spectralofselectivity against near-infrared solar radiation Alexander, School of Architecture, Minnesota, USA for improving mitigationinof heat-island................................................................................... 123 The role of daylighting solar thermaland technologies China’s low carbon revolution ...........................................................75 Xiao Wang, JiangsuJapan GMO Technology Co., Ltd., China Masayuki Ichinose, 3C-4:The Measuring the daylighting impact of automated manually operated shades.............................. 137 use of an integrated PV shading system for energyand savings and interior comfort .......................................81 Maria Mandalaki, Mudit Saxena, USAEnvironmental Engineering Dept., Technical University of Crete, Greece Evaluating the potential of roof-integrated PV systems using GIS ......................................................................87 3D-1: Phase change materials for energy saving and thermal comfort in buildings.................................... 151 Guglielmina Mutani, Energy Department, Polytechnic University of Turin, Italy Sumin KIM, South Korea Use of building simulation tools for advancing renovation strategies ................................................................93 Fabian Ochs, Institute for Construction and Material Science, University of Innsbruck, Austria 3D-2: Phase change materials for building cooling applications.................................................................... 159 Kristen Victor, USA Facade optimization based on life-cycle demands ..............................................................................................99 3D-3: PCM thermal an insulation efficiency buildings.............................................................. 165 Alexander Hollberg,storage Researchas Group Green Efficient Buildings, in Bauhaus-University Weimar, Germany Sirikalaya Thailand Tools toSuvachittanont, support the design process of collecting storage walls (Trombe walls) to Thermal reduce energy consumption for heating ........................................................................................................105 3D-4: performance of a lightweight composite textile façade......................................................... 173 Mariana Rivero, Faculty of Architecture, Universidad de la Republica, Montevideo, Uruguay Juan Manuel Ros García, Spain 1 Content Sessions Block A Multilayered interactive building envelope ............................................................................................................5 David Director, Construction Process Change InnovationMaterials: Lab, University of Hawaii,numerical USA 3D-5:Rockwood, Solar Wall enhanced with Phase a detailed simulation study......... 183 Climate-responsive shading systems with integrated shape memory alloys .....................................................11 Dionysios I. Kolaitis, Greece Kynthia Chamilothori, Dep. of Architecture, Technical University of Crete, Greece 3D-6: Thermal behavior of a passive solar wall with silica aerogel and phase change materials........... 197 Low tech high flex dyna skin ...............................................................................................................................17 Pascal Biwole, France Jeroen da Conceicao van Nieuwenhuizen, TU Eindhoven, Netherlands 4A-1: Dye solar cell technology for building-integrated PV applications...................................................... 209 Superficial skins? Super skins? Shading structures and thermal impact analysis ............................................23 Riccardo Italy Matt Fajkus,Riccitelli, School of Architecture, University of Texas at Austin, USA 4B-1: Designbenefits methods sustainable, high-performance Architectural of for virtual and experimental assessmentsbuilding facades................................................. 217 Ajla Aksamija, USA in multifunctional façades ................................................................................................29 of active components Susanne Gosztonyi, Department, AIT fabrication Austrian Institute Technology, Austria 4B-2: ParametricEnergy driven design and for of building skin.Vienna, .................................................................. 235 Fluid Mingglass Tang,façade USA elements ................................................................................................................................35 Jochen Stopper, Technische Universität München, Germany 4B-3: Integrated design process for the facades of NATO Headquarters....................................................... 247 Integrated design solutions for the multifunctional skin of an office building ...................................................41 Maaike Berckmoes, Belgium Wim Depraetere, VK Engineering, Belgium 4B-4: Pneusystems: prototypes for biologically inspired air-based envelope systems............................... 257 Integrated design approach to apply PV in building projects ..............................................................................47 GeoffreyMara Thün, USALongo, Para State Federal University, Brazil Filomena Vianna 4B-5: Thermodynamics the building shelter........................................................................................... Prefabricated façade panelofwith integratedas PVafor building refurbishment ........................................................53 275 Christoph Neururer, AlpS William Braham, USAGmbH, Innsbruck, Austria Aluminum heatHealth pipes application to solarEnvelope energy systems for building ................................................59 4B-6: Façade (Care) Extended Lifespans throughfaçades Permanence, Sergii Khairnasov, National Technical University, Kiev, Ukraine Adaptability and De-Generation............................................................................................................................ 291 The g value of building-integrated solar thermal systems ..................................................................................65 Alexander Korter, USA Christoph Maurer, Fraunhofer Institute for Solar Energy Systems, Germany 4C-1: Dynamic Daylighting Architecture.............................................................................................................. 301 The artful solar envelope: Engaging with Minnesota’s four seasons in an off-grid wandering restaurant ........69 Helmut Alexander, Köster, Germany Rebecca School of Architecture, University of Minnesota, USA 4C-2: Ceramic for Increasing Usage and Thermal Control in Buildings.............. 321 The role of solarLouver thermalSystem technologies in China’s Daylight low carbon revolution ...........................................................75 Xiao Jiangsu GMO Technology Co., Ltd., China RosaWang, Urbano Gutiérrez, UK 4C-3: Emergence in modular shading system basedsavings on cellular automaton. ................................................. The use of an integrated PV shading system for energy and interior comfort .......................................81 339 Maria Mandalaki, Environmental Engineering Dept., Technical University of Crete, Greece Machi Zawidzki, USA Evaluating the potential of roof-integrated PV........................................................................................................... systems using GIS ......................................................................87 353 4C-4: Voronoi parametric shading system. Guglielmina Mutani, Energy Department, Polytechnic University of Turin, Italy Alexandros Vazakas, Greece Use of building simulation tools for advancing renovation strategies ................................................................93 4C-5: Harvest Shade Screens: Programming material for optimal energy building skins........................... 365 Fabian Ochs, Institute for Construction and Material Science, University of Innsbruck, Austria Jonathan Grinham, USA Facade optimization based on life-cycle demands ..............................................................................................99 4D-1: Characterising the Group role of eco-materials in passive indoor environmental control.......................... 377 Alexander Hollberg, Research Green Efficient Buildings, Bauhaus-University Weimar, Germany CarlatoSilva, UK the design process of collecting storage walls (Trombe walls) Tools support to reduce energytesting consumption for heatingof ........................................................................................................105 4D-2: Thermal and application green panels using husk composited mortar............................. 391 Mariana Rivero, Faculty of Architecture, Universidad de la Republica, Montevideo, Uruguay Sun Shijun, China 1 Content Sessions Block A Multilayered interactive building envelope ............................................................................................................5 David Rockwood, Director, Construction Processmechanical, Innovation Lab,thermal Universityand of Hawaii, USA 4D-3: Eco-sandwich as building envelope: environmental performance......... 403 Climate-responsive shading Angela Daniela La Rosa, Italy systems with integrated shape memory alloys .....................................................11 Kynthia Chamilothori, Dep. of Architecture, Technical University of Crete, Greece 4D-4: New Composite Materials of Vegetable Origin and Rapid Growth for a Low tech high flex dyna skin ...............................................................................................................................17 sustainable building ebvelope.................................................................................................................................. 409 Jeroen da Conceicao van Nieuwenhuizen, TU Eindhoven, Netherlands Jairo Alberto Coronado Ruiz, Colombia Superficial skins? Super skins? Shading structures and thermal impact analysis ............................................23 4D-5: ECO-material Building Skins in Japan................................................................................................. 425 Matt Fajkus, Schoolfor of Architecture, University of Texas at Austin, USA Shinya Kaneko, Japan Architectural benefits of virtual and experimental assessments 5A-1: analyses of innovativefaçades glassblocks for BIPV.................................................................... 433 of Performance active components in multifunctional ................................................................................................29 Susanne Gosztonyi, Marco Morini, Italy Energy Department, AIT Austrian Institute of Technology, Vienna, Austria Fluid glass façade ................................................................................................................................35 5A-2: Renovation of aelements residential building with BIPV façades to achieve the NZEB standard.................. 443 Jochen Stopper, Technische Universität München, Germany Francesco Frontini, Switzerland Integrated design solutions for the multifunctional skin of an office building ...................................................41 Wim Depraetere, VK Engineering, Belgium 5A-3: Photovoltaic and bionic aspects of future energy-generating building skins.................................... 453 Andreas Hammer, Germany Integrated design approach to apply PV in building projects ..............................................................................47 5A-4: A scalable procedure the assessment of the solar energy share in Filomena Mara predesign Vianna Longo, Para Statefor Federal University, Brazil office building facades.............................................................................................................................................. 461 Prefabricated façade panel with integrated PV for building refurbishment ........................................................53 Christoph Neururer, AlpS GmbH, Innsbruck, Austria Matteo D’Antoni, Italy Aluminum heat pipes application to solar energy systems building façades ................................................59 5B-1: Cyber-physical systems for cognitive building skinsfor ............................................................................. 483 Sergii Khairnasov, National Technical University, Kiev, Ukraine Winfried Heusler, Germany The g value of building-integrated solar thermal systems ..................................................................................65 Christoph Maurer, Fraunhofer Institute for Solar Energy Systems, Germany 5B-2: Thermo-chromic glazing as enhanced tool for modulating interior sensory conditions................... 489 Petra Liedl, USA The artful solar envelope: Engaging with Minnesota’s four seasons in an off-grid wandering restaurant ........69 5B-3: Form finding and optimization of aUniversity structural steel-glass Rebecca Alexander, School of Architecture, of Minnesota, USAsystem for passive cooling andofenergy harvesting. .............................................................................................................................. 497 The role solar thermal technologies in China’s low carbon revolution ...........................................................75 Xiao Wang, Jiangsu GMO Technology Co., Ltd., China Gerardo Masiello, Italy 5B-4: Complex and ............................................................................................ 513 The use of angeometry integrated PV façade shadingperformance. system for energy savings and interior comfort.......................................81 WonMaria HeeMandalaki, Ko, USA Environmental Engineering Dept., Technical University of Crete, Greece potential of roof-integrated PV systems using GIScontribution. ......................................................................87 5C-1:Evaluating Shading the devices control: effective impact on daylighting .............................................. 527 Guglielmina Mutani, Energy Department, Polytechnic University of Turin, Italy Bernard Paule, Switzerland Use of building simulation tools for advancing renovation strategies ................................................................93 Fabian Ochs, Institute for Construction and Material Science, University of Innsbruck, Austria 5C-2: Innovative design of daylight-optimized building shapes....................................................................... 539 Mathias Ngo, France Facade optimization based on life-cycle demands ..............................................................................................99 5C-3:Alexander Evolutionary toGroup assess theEfficient interaction between lightshelves and complex Hollberg,method Research Green Buildings, Bauhaus-University Weimar, Germany ceiling for optimized daylighting ....................................................................................... 557 Toolsforms to support the design process of performance. collecting storage walls (Trombe walls) to reduce energy consumption for heating ........................................................................................................105 Rania Labib, USA Mariana Rivero, Faculty of Architecture, Universidad de la Republica, Montevideo, Uruguay 5C-4: Energy, daylighting and glare interaction in an office room with shading devices........................... 571 Marco Manzan, Italy 1 Content Sessions Block A Multilayered interactive building envelope ............................................................................................................5 David Director, Construction Innovation Lab,area University Hawaii, USA the daylight performance.... 585 5C-5:Rockwood, Optimization of the windowProcess size and the floor ratioofintegrating Climate-responsive shading systems with integrated shape memory alloys .....................................................11 Ji-Eun Lee, South Korea Kynthia Chamilothori, Dep. of Architecture, Technical University of Crete, Greece 5D-1: Climate Adaptive Building Skins for tropical climates........................................................................... 603 Low tech high flex dyna skin ...............................................................................................................................17 Carolina Rodriguez and Marta D’Alessandro, Colombia Jeroen da Conceicao van Nieuwenhuizen, TU Eindhoven, Netherlands 5D-2: Deep veils for the hot and wet..................................................................................................................... 619 Superficial skins? Super skins? Shading structures and thermal impact analysis ............................................23 Erik Fajkus, L’Heureux, Matt SchoolSingapore of Architecture, University of Texas at Austin, USA 5D-3: Development passive adaptive façade element for humidity control................................... 635 Architectural benefitsof ofavirtual andand experimental assessments Bridget UK in multifunctional façades ................................................................................................29 of active Ogwezi, components Susanne Gosztonyi, Energyconcepts Department, Institute of Technology, Vienna, Austria 5D-4: Passive design inAIT theAustrian tropical climate. ..................................................................................... 649 Fluid façadeSingapore elements ................................................................................................................................35 Gietoglass Suginato, Jochen Stopper, Technische Universität München, Germany 6A-1: Optimizing the thermal insulation of the building envelope under costs and Integrated design solutions for the multifunctional skin of an office building ...................................................41 energy considerations............................................................................................................................................. 671 Wim Depraetere, VK Engineering, Belgium Timo Kalema, Finland Integrated design approach to apply PV in building projects ..............................................................................47 6A-2: Economic assessment solar thermal collectors Filomena Mara Vianna Longo, Para of State Federal University, Brazil for building facade renovation........................... 683 Sergii Khairnasov, Prefabricated façadeUkraine panel with integrated PV for building refurbishment ........................................................53 Christoph Neururer, AlpS Innsbruck, Austria 6A-3: Life-cycle costGmbH, assessment and energy performance evaluation of NZEB Enhancement Aluminum heat pipes application to solar energy systems for building façades ................................................59 693 for LEED rated educational facilities.................................................................................................................... Sergii Khairnasov, National Technical University, Kiev, Ukraine Aydin Tabrizi, USA The g value of building-integrated solar thermal systems ..................................................................................65 6A-4: Life-cycle cots assessment of unglazed transpired solar air collectors and Christoph Maurer, Fraunhofer Institute for Solar Energy Systems, Germany Back-pass solar air collector................................................................................................................................. 707 The artful solar envelope: Engaging with Minnesota’s four seasons in an off-grid wandering restaurant ........69 Miguel Alexander, A. Paya-Marin, Kingdom Rebecca School ofUnited Architecture, University of Minnesota, USA 6A-5: Economic aspectstechnologies of BIPV in ainmulti-criteria assessment of...........................................................75 building envelope solutions.............. 715 The role of solar thermal China’s low carbon revolution Xiao Wang,Bonomo, Jiangsu GMO Technology Co., Ltd., China Pierluigi Switzerland 6A-6: Global cost in a social housing intervention. The use of an integrated PV shading system for energy............................................................................................ savings and interior comfort.......................................81 725 Maria Mandalaki, Environmental Engineering Dept., Technical University of Crete, Greece Marco Bagnasacco, Italy Evaluating potential of roof-integrated PV enclosed systems using GIS ......................................................................87 6B-1: Newthe humidity control materials for showcase in museum................................................... 743 Guglielmina Mutani, Energy Department, Polytechnic University of Turin, Italy Zhiqin Peng, China Use of building simulation tools for advancing renovation strategies ................................................................93 6B-2: Aerogel-based coatings for energy-efficient building envelopes ........................................................ 753 Fabian Ochs, Institute for Construction and Material Science, University of Innsbruck, Austria Mohamad Ibrahim, France Facade optimization based on life-cycle demands ..............................................................................................99 6B-3: Aerogel based insulation for façade of historical buildings. ............................................. 775 Alexander Hollberg, Research Group Green Efficient renovation Buildings, Bauhaus-University Weimar, Germany Michal Tools to Ganobjak, support theSlovakia design process of collecting storage walls (Trombe walls) to reduce energy consumption for heating ........................................................................................................105 6B-4: New materials to replace glass in curtain wall facades........................................................................ 793 Mariana Rivero, Faculty of Architecture, Universidad de la Republica, Montevideo, Uruguay Valentina Covre, Italy 1 Content Sessions Block A Multilayered interactive building envelope ............................................................................................................5 David Rockwood, stone: Director,the Construction Innovation Lab, University of Hawaii, USA 6B-5: Transparent façade ofProcess the NYU Global Center for Academic and Spiritual Life............... 807 Climate-responsive Andrew Cruse, USA shading systems with integrated shape memory alloys .....................................................11 Kynthia Chamilothori, Dep. of Architecture, Technical University of Crete, Greece 6C-1: Feasibility of a micro-heat pump - Energy performance simulation..................................................... 817 Low tech high flex dyna skin ...............................................................................................................................17 Fabian Ochs, Austria Jeroen da Conceicao van Nieuwenhuizen, TU Eindhoven, Netherlands 6C-2: New residential scale ‘Buildings as Power Stations’ assessment tool............................................... 833 Superficial skins? Super skins? Shading structures and thermal impact analysis ............................................23 Ester Coma, UKSchool of Architecture, University of Texas at Austin, USA Matt Fajkus, 6C-3:Architectural Integrated benefits modeling operation support for building energy conservation................................... 847 of and virtual and experimental assessments Hossam A. Gabbar, Canada of active components in multifunctional façades ................................................................................................29 Gosztonyi, Energy Department, AIT Austrian Institutesystems of Technology, Vienna, Austria 6C-4:Susanne Occupancy modelling in the context of building control. ........................................................ 859 Fluid glass façade elements ................................................................................................................................35 Ardeshir Mahdavi, Austria Jochen Stopper, Technische Universität München, Germany 6C-5: Experimental characterization of active facades..................................................................................... 869 Integrated design solutions for the multifunctional skin of an office building ...................................................41 Wim Depraetere, VK Engineering, Belgium Imanol Ruiz de Vergara, Spain 6D-1: Current models to simulate physical behaviour of Green Roofs and Facades – A review................ 891 Integrated design approach to apply PV in building projects ..............................................................................47 Ricardo Almeida, USA Longo, Para State Federal University, Brazil Filomena Mara Vianna 6D-2: Micro algaefaçade bio-photo over the of the architecture: Prefabricated panel reactors with integrated PV surface for building refurbishment ........................................................53 Christoph AlpS GmbH, Innsbruck, Austria towards the Neururer, self-sufficient city.............................................................................................................................. 901 pipes application to solar energy systems for building façades ................................................59 RosaAluminum Cervera heat Sardá, Spain Sergii Khairnasov, National Technical University, Kiev, Ukraine 6D-3: Challenges to building facade in architectural design with vertical gardens The g value of building-integrated solar thermal systems ..................................................................................65 Christoph Maurer, Fraunhofer Institute for Solar Energy Systems, Germany and greenhouse components.................................................................................................................................. 911 Agnieszka Preibisz, Germany The artful solar envelope: Engaging with Minnesota’s four seasons in an off-grid wandering restaurant ........69 6D-4: An experimental investigation of the thermal effects ofUSA green walls: impact of Rebecca Alexander, School of Architecture, University of Minnesota, plants on energy balance................................................................................................................. 925 Theobscuration role of solar thermal technologies in China’s low carbon revolution ...........................................................75 Xiao Wang, Jiangsu GMO Technology Co., Ltd., China Mohamed Kenaï, France 6D-5: Intersection Horticulture and Spatial in Vertical 939 The use of an integrated PV shading systemDesign for energy savings Landscapes................................................. and interior comfort.......................................81 Maria Kolijij, Mandalaki, Hooman USAEnvironmental Engineering Dept., Technical University of Crete, Greece Evaluating the potential ofsuburban roof-integrated PV systems using GIS ......................................................................87 7A-1: A novel user-oriented renovation concept. .............................................................................. 947 Guglielmina Mutani, Energy Department, Polytechnic University of Turin, Italy Laura Sorri, Finland Use of building simulation tools for advancing renovation strategies ................................................................93 Fabian Ochs, Institute for Construction and Material Science, University of Innsbruck, Austria 7A-2: Monitoring of passive solar systems in retrofitted buildings................................................................. 961 Andrea Giachetta, Italy Facade optimization based on life-cycle demands ..............................................................................................99 7A-3: Retrofitting theResearch existingGroup envelope of residential Innovative technologies, Alexander Hollberg, Green Efficient Buildings,buildings: Bauhaus-University Weimar, Germany performance assessment andprocess design of methods................................................................................................... 987 Tools to support the design collecting storage walls (Trombe walls) to reduce energy consumption for heating ........................................................................................................105 Gabriele Masera, Italy Mariana Rivero, Faculty of Architecture, Universidad de la Republica, Montevideo, Uruguay 7A-4: Conservation of built resources................................................................................................................... 995 Joo Heng TEH, Singapore 1 Content Sessions Block A Multilayered interactive building envelope ............................................................................................................5 David Director, Construction Process Innovation buildings............................................................................ Lab, University of Hawaii, USA 7A-5:Rockwood, Energy-efficient refurbishment of existing 1017 Climate-responsive Despina Serghides,shading Cyprussystems with integrated shape memory alloys .....................................................11 Kynthia Chamilothori, Dep. of Architecture, Technical University of Crete, Greece 7B-1: Mesh network intelligence in building skins and components........................................................... 1027 Low tech high flex dyna skin ...............................................................................................................................17 Anders Nereim, USA Jeroen da Conceicao van Nieuwenhuizen, TU Eindhoven, Netherlands 7B-2: Improving envelope effectiveness in lightweight construction with internal phase Superficial skins? Super skins? Shading structures and thermal impact analysis ............................................23 change materials ....................................................................................................................................... 1035 Matt Fajkus, School of (PCM). Architecture, University of Texas at Austin, USA Rachel Becker, Israelof virtual and experimental assessments Architectural benefits 7B-3: Development coatings for the improvement of indoor air quality...................... 1049 of active componentsof in photo-catalytic multifunctional façades ................................................................................................29 Susanne Gosztonyi, Energy Department, AIT Austrian Institute of Technology, Vienna, Austria Andrea Giampiccolo, UK Fluid façade elementsthrough ................................................................................................................................35 7B-4:glass Climate resilience advanced materials..................................................................................... 1061 Jochen Stopper, Technische Universität München, Germany Martina Decker, USA Integrated design solutions for the multifunctional skin of an office building ...................................................41 7C-1: Simulation model for adaptive building envelopes................................................................................ 1067 Wim Depraetere, VK Engineering, Belgium Tobias Henzler, Germany Integrated design approach to apply PV in building projects ..............................................................................47 7C-2: Ventilated Opaque Façade: simulation method and assessment Filomena Mara Vianna Longo, Para State Performance Federal University, Brazil of simulated façade performance .................................................................................................................................... Prefabricated panel with integrated PV for building refurbishment ........................................................531075 Christoph Neururer, AlpS GmbH, Innsbruck, Austria Emanuele Naboni, Denmark Aluminum heat pipes application solar energy systems for co-simulation building façades 7C-3: Dynamic visualization of to optical and energy yield of................................................59 Sergii Khairnasov, National Technical University, Kiev, Ukraine new generation BIPV envelope............................................................................................................................ 1083 The g value of building-integrated solar thermal systems ..................................................................................65 Nebojsa Jakica, Italy Christoph Maurer, Fraunhofer Institute for Solar Energy Systems, Germany 7C-4: Simulation support for research and development................................................................................ 1091 The artful solar envelope: Engaging with Minnesota’s four seasons in an off-grid wandering restaurant ........69 Roel Loonen, Netherlands Rebecca Alexander, School of Architecture, University of Minnesota, USA 7C-5: Coupling 17 and CONTAM: simulation of arevolution naturally...........................................................75 ventilated double-skin façade...... 1109 The role of solar TRNSYS thermal technologies in China’s low carbon Xiao Jiangsu GMO Technology Co., Ltd., China InesWang, Khalifa, Tunisia 7D-1: Solar ............................................................................................................................................... The use of anFacades. integrated PV shading system for energy savings and interior comfort.......................................811121 Maria Mandalaki, Environmental Engineering Dept., Technical University of Crete, Greece Sergio Nardini, Italy Evaluating the potential of roof-integrated PV systems using GIS ......................................................................871135 7D-2: Natural night cooling. .................................................................................................................................. Guglielmina Mutani, Energy Department, Polytechnic University of Turin, Italy Maxime Viot, Finland Use of building simulation tools for advancing renovation strategies ................................................................93 7D-3: Solar air collectors for commercial buildings........................................................................................ 1147 Fabian Ochs, Institute for Construction and Material Science, University of Innsbruck, Austria Benoit Sicre, Switzerland Facade optimization based on life-cycle demands ..............................................................................................99 7D-4: UseHollberg, of hot Research air from Group the ventilated ceramic façade as heating system ..................................... 1157 Alexander Green Efficient Buildings, Bauhaus-University Weimar, input. Germany Alberto Escrig, the Spain Tools to support design process of collecting storage walls (Trombe walls) to reduce energy consumption heatingskins ........................................................................................................105 8A-1: Energetic optimization offorbuilding and potential applications in national administrations......... 1169 Mariana Rivero, Faculty of Architecture, Universidad de la Republica, Montevideo, Uruguay Árpád Csík, Hungary 1 Content Sessions Block A Multilayered interactive building envelope ............................................................................................................5 David Rockwood, Construction Process Innovation Lab, process. University.of Hawaii, USA 8A-2: Strategies forDirector, the building refurbishment planning .............................................................. 1181 Climate-responsive shading systems with integrated shape memory alloys .....................................................11 Marta Hervías Gallardo, Germany Kynthia Chamilothori, Dep. of Architecture, Technical University of Crete, Greece 8A-3: Assessing the potential of building technologies for energy efficient refurbishment: Low tech high flex dyna skin ...............................................................................................................................17 a European perspective......................................................................................................................................... 1195 Jeroen da Conceicao van Nieuwenhuizen, TU Eindhoven, Netherlands Giuliana Iannaccone, Italy Superficial skins? Super skins? Shading structures and thermal impact analysis ............................................23 8A-4: Optimization Design using Simulation Matt Fajkus, SchoolofofBuilding Architecture, University of Generic Texas at Austin, USA Model..................................................... 1203 Roman Rabenseifer, Slovakia Architectural benefits of virtual and experimental assessments 8A-5: of Climate Adaptive Building in building renovation.............................................. 1215 of Application active components in multifunctional façadesSkin ................................................................................................29 Susanne Gosztonyi, Energy Department, AIT Austrian Institute of Technology, Vienna, Austria Xin SHU, China Fluid glass façade ................................................................................................................................35 8A-6: Skin retrofits ofelements school buildings. .............................................................................................................. 1225 Jochen Stopper, Technische Universität München, Germany Marco Cagelli Integrated design solutions for the multifunctional skin of an office building ...................................................41 Wim Depraetere, VK Engineering, Belgium 8B-1: Advanced architectural composite cladding.......................................................................................... 1237 Jefferson Ellinger, Germany Integrated design approach to apply PV in building projects ..............................................................................47 8B-2: New technologies for an ETFE to increase and visual performance........................... 1249 Filomena Mara Vianna Longo, Para Stateroof Federal University, thermal Brazil Markus Krauss, Italy Prefabricated façade panel with integrated PV for building refurbishment ........................................................53 Neururer, AlpS GmbH, Innsbruck, Austria 8B-3Christoph Performance investigation of organic photovoltaic layers on architectural membrane.................. 1255 Aluminum Zhengyu FAN,heat Italypipes application to solar energy systems for building façades ................................................59 Sergii Khairnasov, National Technical University, Kiev, Ukraine 8B-4: An high performing building skin for a free and diverse architecture............................................... 1271 The g value of building-integrated solar thermal systems ..................................................................................65 Christoph Maurer, Fraunhofer Institute for Solar Energy Systems, Germany Lutz Schöne, Germany 8C-1: Monitoring a Zero Net Energy Building.................................................................................................... 1279 The artful solar envelope: Engaging with Minnesota’s four seasons in an off-grid wandering restaurant ........69 Martin Bauer, Germany Rebecca Alexander, School of Architecture, University of Minnesota, USA 8C-2:The Multifunctional building skin for ultra‐low construction........................................................ 1295 role of solar thermal technologies in China’s energy low carbon revolution ...........................................................75 Wang, Jiangsu GMO Technology Co., Ltd., China FaasXiao Moonen, Netherlands 8C-3:The Towards ZEB - Criteria guidelines skins........................................... 1265 use of an integrated PVand shading system for for active energy energy savings building and interior comfort.......................................81 MariaCambiaso, Mandalaki, Environmental Engineering Dept., Technical University of Crete, Greece Fabiana Italy potential roof-integrated PV systems GIS ......................................................................87 8C-4:Evaluating Buildingthe Skin systemoffor combined solar shading,using daylighting, and wind harvesting.................... 1307 Guglielmina Mutani, Energy Department, Polytechnic University of Turin, Italy David Rockwood, USA Use of building simulation tools for advancing renovation strategies ................................................................93 Fabian Ochs, Institute for Construction and Material Science, University of Innsbruck, Austria 8C-5: PLUS-Energy houses - A concept for the future...................................................................................... 1319 Franziska Bockelmann, Germany Facade optimization based on life-cycle demands ..............................................................................................99 8C-6:Alexander Building Envelope Commissioning............................................................................................................ 1337 Hollberg, Research Group Green Efficient Buildings, Bauhaus-University Weimar, Germany George USA ToolsF.toBourassa, support the design process of collecting storage walls (Trombe walls) to reduce energy consumption for heating ........................................................................................................105 Mariana Rivero, Faculty of Architecture, Universidad de la Republica, Montevideo, Uruguay 1
