i Contents Chair’s Welcome Message .............................................................................................1 Organisation ...................................................................................................................2 International Programme Committee ............................................................................4 Reviewers List .................................................................................................................7 General Information.....................................................................................................10 Keynote Speakers .........................................................................................................14 Behavioural Insights for a sustainable energy transition ........................................ 14 Integrative Thinking and Regeneration: What Are We Trying to Sustain?.............. 16 3D-City model based predictive decision making and control of decentralized urban energy systems and their intelligent interaction with smart grids ...................................................................................................... 18 Conference Schedule ...................................................................................................20 Conference Program ....................................................................................................23 General Track 1: Sustainable Buildings for Smart Cities .......................................... 24 General Track 1: Sustainable Buildings for Smart Cities .......................................... 24 General Track 2: Energies and Smart Cities............................................................. 25 General Track 3: Renewable Energy Technologies, Applications and Integration in Smart Districts .................................................................................. 26 General Track 4: Big Data Analytics Technologies for Intelligent Energy Management in Buildings........................................................................................ 26 General Track 1: Sustainable Buildings for Smart Cities .......................................... 27 General Track 1: Sustainable Buildings for Smart Cities .......................................... 28 General Track 2: Energies and Smart Cities............................................................. 29 Invited Session 8: HyRES and BIM for Med green energy and sustainable buildings .................................................................................................................. 29 Invited Session 4: Building integrated photovoltaic technology solutions for future zero energy buildings .............................................................................. 30 Short Papers Track .................................................................................................. 31 Invited Session 2: Smart strategies for existing and historic building retrofitting ............................................................................................................... 31
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3D-City model based predictive decision making and control ofdecentralized urban energy systems and their intelligent interactionwithsmartgrids......................................................................................................18
General Track 3: Renewable Energy Technologies, Applications andIntegrationinSmartDistricts..................................................................................26
GeneralTrack4:BigDataAnalyticsTechnologies for IntelligentEnergyManagementinBuildings........................................................................................26
Invited Session 2: Smart strategies for existing and historic buildingretrofitting...............................................................................................................31
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Invited Session 3: Energy Smart Cities and Communities: fromperformanceindicatorstorealdistrict-scaleexamples..........................................32
Invited Session 6: Design and assessment of the built and naturalenvironmentforsocietalhealthandwell-being.....................................................33
Chair’sWelcomeMessageWelcomeByAlfonsoCapozzoliandValentinaSerraDearDelegates,itisourgreatpleasuretowelcomeyouatSEB2016,the8thInternationalConferenceonSustainabilityinEnergyandBuildings.Followingthesuccessofearliereventsintheseries,startedin2009inBrighton,SEB2016willbeheldonSeptember11–13inthelivelycityofTorino,Italy.Theconferencewillbehosted inPolitecnicodiTorinoandorganised inpartnershipwithKESInternational.SEBSeriesConferencesdealwitharangeofsustainabilityandenergyrelatedtopics,includingsustainabledesignofbuildings,energycitymodels, smartenergysystemsfor smart cities, green information communications technology, renewable energysystemsandtechnologies,intelligentenergymanagementandoptimization.In this editionof SEBall the topics related to sustainability inenergyandbuildingswill be tackled within the smart city context. In particular the different aspectsinvolved will be presented, through five General Tracks and nine Invited Sessions,followingamulti-disciplinaryandmulti-scaleapproach.In addition to presentations of technical papers, SEB 2016 will also include threeexpertkeynotetalksandadoctoraltrack.The conference represents an opportunity for scientists, researchers andpractitionerstosharethemainoutcomesoftheirresearches,aswellastocreateaplatform where different competencies and scientific backgrounds can proactivelyinteract.OnbehalfoftheSteeringCommittee,wewarmlyinviteyoutojoinusinTorino,acitywhoserichhistory,stillpervadingitsstreets,willunexpectedlyamazeyou.AlfonsoCapozzoli
OrganisationGeneralChairsAlfonsoCapozzoliTEBEResearchGroup,DepartmentofEnergy,PolitecnicodiTorino,ItalyValentinaSerraTEBEResearchGroup,DepartmentofEnergy,PolitecnicodiTorino,ItalyExecutiveChairRobertJ.HowlettBournemouthUniversity,UKProgrammeChairsJohnLittlewood,CardiffMetropolitanUniversity,Wales,UKValentinaSerra,PolitecnicodiTorino,ItalyAlfonsoCapozzoli,PolitecnicodiTorino,ItalyEnricoFabrizio,PolitecnicodiTorino,ItalyEttoreBompard,PolitecnicodiTorino,ItalyPublicityChairsMarcoPerino,PolitecnicodiTorino,Italy–PresidentoftheInternationalAssociationofBuildingPhysics(IABP)Vincenzo Corrado, Politecnico di Torino, Italy – President of the Italian regionalaffiliateoftheInternationalBuildingPerformanceSimulationAssociation(IBPSA)StefanoPaoloCorgnati,PolitecnicodiTorino,Italy–PresidentofRHEVA(FederationofEuropeanHeating,VentilationandAirConditioningAssociations)DoctoralTrackChairGiovanniV.Fracastoro,PolitecnicodiTorinoOrganisersGianlucaSerale,PhDfellowofPolitecnicodiTorinoMariaFerrara,PhDfellowofPolitecnicodiTorinoGeorgiosKazas§,PhDfellowofPolitecnicodiTorino§(*1985–+2016)
GeneralInformationConferenceVenuesWelcomeMeeting,Septemberthe11th6:30p.m.Welcomemeetingwill be held at the “Imbarco Perosino”, VialeVirgilio 53, Torino.ImbarcoPerosinocanbereachedonlyonfoot.Thedottedbluelineallowsgettingtothesites fromthenearest tramwayandbus stops.Themarkedpath is wheelchairaccessible.AmeetingpointisorganizedinfrontoftheValentino’sCastleat6:00p.m.,VialePierAndreaMattioli39,TorinoNearestUnderground:Line1,Station:MarconiNearestOverground:Variouslines(9,16,18,24,52,61,64,68)
CongressVenueThe technical sessions and keynote talks will take place at Politecnico di Torino -Cittadella Politecnica, Rooms I (1, 3, 5, 7, 9), between Corso Castelfidardo and viaPaoloBorsellino.TheCongressVenueiseasyaccessible–fromthePolitecnicomainentrances(corsoCastelfidardo39,viaPierCarloBoggio71/A,viaPaoloBorsellino37)–followingthegreylinesdisplayedonthefollowingmap.The blue dotted area shows the Congress Area (Rooms I). The grey paths arewheelchairaccessible.
GalaDinner,Septemberthe12th8:30p.m.The Gala Dinnerwill be served at the “Il Circolo” Restaurant, “Unione Industriale”CongressCenter.Address:ViaVincenzoVela15,TorinoNearestUnderground:Line1,Station:ReUmbertoNearestOverground:Variouslines(10,33,58),Stops33and34:Ferraris,Stop36:ReUmberto
Mapofthe“IlCircolo”Restaurant,Torino
PlanyourjourneysWerecommendusingtheGTTjourneyplannerhttp://www.gtt.to.it/cms/en/GTTAppforsmartphoneisalsoavailable.TheGTTticketcanbeusedonallbusses,tramwaysaswellasontheunderground.Itcanbeusedfor90minutesanditmustbevalidatedwhenyougetonthecoach.Thesingleticketscosts1,50€.Atwo/three-daysticketcosts7,50/10€.Tickets can be purchased at the ticket-machines in the underground stations.Newspaper stands and tobacconist shops also sell travel tickets, before enteringpleasecheckontheshopwindowtheGTTlogo.AmapofthepublictransportationlinescanbefoundattheGTThomepage.
OralpresentationsAllpresentationsare inEnglish. Eachpresentation is fifteen (15)minutes longwithfive(5)minutesforQ/As.Arrive 10 minutes before the session start time to upload your power pointpresentation. Please, start and end your presentation on time and keep the timeschedule.ShortpaperTheoralpresentationiseight(8)minuteslongwithtwo(2)minutesforQ/As.
SessionChairsArrive10minutesbeforethesessionstarttime.Collectthepersonalinformation(e.g.names,titles,affiliations,etc.) fromeachpodiumpresenter; confirmpronunciationofname.Notifyeachpodiumpresenterofthehandsignalfortwo-minuteandone-minute warning. Ask the presenters to be seated within the first rows of theclassroom. Take note of particularly significant papers that can participate to theselectionof thebestpaper awardand/orbe selected forpublication in the specialissuesofInternationalScientificJournals.Leaveyournotesattheregistrationdesk.
KeynoteSpeakersDrGiovanniFederigoDeSantiDirector, Directorate Competences, Joint Research Centre,EuropeanCommissionBehaviouralInsightsforasustainableenergytransitionAbstract:MeetingtheEU'sclimatechangeandenergypolicyobjectivesfor2030andbeyondrequires a major transformation of the current power system operation andarchitecture, which is already undergoing significant technological, regulatory andsocialmodifications.TheEnergyUnionStrategyhasputtheenergyconsumeratthecentreofitsconsiderations.In this context, smart technologies and services are essential to reap theopportunities available in an interoperable Smart Grid infrastructure, empoweringconsumers/prosumers in taking control of their energy consumption and self-production. Likewise, innovative solutions focusing on the demand-side of themarketshouldbepursued,inotherwordsconsumershaveanessentialroletoplay.Traditionally, policies aimed at affecting consumers' choice have focused on priceinterventionsandinformationprovision.Yet,evidenceshowsthatwedonotalwaysbehave 'rationally': people are myopic (they disproportionally weight immediatecosts,ratherthanconsideringpotentialcost-savings),theyprocrastinate,orstrugglein contexts where they are provided with too much information/choice (such aswhenfacedwithcomplexenergytariffs).Inthiskeynotewewillexplorehowbehaviouralinsights–bysheddinglightonhowpeople actually make choices – can contribute to sustainable energy transition.EarlierthisyeartheJointResearchCentre(JRC),theEuropeanCommissionin-housescience service, published the BIAP 2016 report, showing howbehavioural insightsareincreasinglyinfluencingpolicyatnationallevelinEurope,includinginthefieldofenergy (e.g. reducing the transaction costs of switching, using social norms toinfluence energy usage, improving feedback on energy consumption on bills ormeters). In the near future, the JRC plans to explore this potential focusing inparticularon insights frombehavioural researchonenergyefficiencytosupportEUpolicies.
Biography:Giovanni De Santi has been working at the Joint Research Centre (JRC) of theEuropeanCommissionsince1985,wherehedevelopedhisprofessionalexpertise inthefieldsofenergy,transportandenvironmentalscience.In2000hewasnominatedHeadofthe"SustainableTransportandAirQuality"Unit,in charge for the European Reference Laboratory on air Pollution (ERLAP) and theEuropeanVehicleEmissionsLaboratory (VELA).ChairmanatUN-ECEGRPE(Geneve)ofWorking Groups for the definition of international regulations and standards ofmissionsfromHeavyandLightDutyVehicles(HDV&LDV).In2007hewasnominatedasDirectoroftheInstituteforEnergyandTransport(IET).Responsible for the coordination andmanagement of studies and activities withinthe European Commission Energy Union policy (energy security, energy efficiency,decarbonisedtransport,electrificationoftransport,energymarkets,etc.)andintheframeof internationalcooperationbetweenEUandkeyCountriessuchasUSA(US-EPA,US-DoE),China (China-SEPA), Japan,etc.He ismemberofSteeringCommitteeand Governing Board of numerous European Commission initiatives such as theEuropean Strategic Energy Technology-Plan (SET-Plan), the Strategic TransportResearch and Innovation Agenda (STRIA), the Hydrogen and Fuel Cell JointUndertaking,etc.Under his directorship the Institute has also developed collaboration agreementswith International Organisations (IAEA, IEA, UNECE, IRENA, Africa-ECREE, etc),industrialassociations(ACEA,EUROELECTRIC,CONCAWE,ENTSO-E,etc.),Universities(Delft, Madrid, Aachen, Torino) and industries (EDF, ENEL, GRS, etc.). Under hisleadership the Institute is now chairing numerous international Task Forces forstandardisationatUNECE,CEN-CENELEC,ISO,etc.Teachingthecourse"EnergySecurity"atPolitecnicoTorino,authorofpeerreviewedpublications in scientific journals and Chairman of Scientific Advisory Boards ofInternational Conferences on solar energy (EU-PVSEC), bioenergy (EU-BCE),sustainabletransport(EU-TRA),andoftheInternationalEnergyCentre(Torino).SinceJuly2016DirectoroftheJRCDirectorateCompetences.
Integrative Thinking and Regeneration: Through the practice of developing ourthinking about how technical systems are nested within whole living systems, anyproject can be leveraged as a highly effective acupuncture point for helpingtransform community vitality and regenerating life. There are two interrelateddimensionsinthiswork:
• Atitsentrylevel,RegenerativeDesignisapracticeforreversingthesystemicdecline in living systems and creating the basis for self-renewing socio-ecologicalvitality.
• Regenerative Development is a continual process that builds the capacity,capability, and will of stakeholders to serve as co-designers and activeparticipants in the continual evolutionary transformation of their uniqueplace.
RegenerativeDevelopment andDesign engages amuch deeper integrative processthat works beyond just building; it comprises a meta-discipline that combines thepattern thinking and practices of Ecological Design, Permaculture, Biophilia,OrganizationalPsychology,Neuroscience,andIntegrativeDesign.Wewillexperiencethis work through a highly interactive engagement and discussion around howbuildinganddevelopmentcanbeseenasaninstrumentforhealing,sustaining,andregenerating the communityof life in eachuniqueplaceby re-membering thatweplayaparticipatoryroleinthevitalityofthelivingsystemsinwhichwearenested.
Biography:John Boecker is an Architect and founding partner in 7group, an internationallyrecognized multi-disciplinary consulting firm focused on integrative design andregenerativedevelopment.Hispracticehasfocusedexclusivelyonsustainabilitysince1996.Alongwithhis7grouppartnersandBillReed,heco-authoredThe IntegrativeDesignGuidetoGreenBuilding,aseminalbookpublishedbyWileyinApril,2009.Healso co-hosted with Bill Reed the national Voice America radio program, "BuildingDeeperGreen:ReframingSustainability".He was the Project Architect for two of the first 15 LEED certified projects in theworld,andhehasservedastheprimaryLEEDConsultantonover100additionalLEEDcertifiedprojectsineightcountries.JohnhasservedasaLEEDCertificationReviewercontracted with GBCI since 2003 and on the USGBC LEED Steering Committee foroversixyearsasChairof theUSGBC'sCurriculum&AccreditationCommittee. Johnalso Chaired the USGBC's international Integrative Process (IP) Working Group,chargedwithimprovingthepracticalimplementationintegrativedesign,andhewasthe primary co-author of the Integrative Process (IP) credits in LEED v4. He wasappointedaLEEDFellowintheinauguralclassof2011.Hisdesignworkhasbeenrecognizedbyover40designawards, including25DesignExcellence Awards from AIA, three Pennsylvania Governor's Awards forEnvironmentalExcellencein1998,2001&2003,andAIA'snationwideTopTenGreenProjects in2000,2009, and2016. Johnhas taughtArchitecturalDesignatCarnegieMellon, University of Pennsylvania, Harrisburg Area Community College, and guestlecturesatHarvard.Asahighlysoughtkeynotespeaker,Johnhasfacilitatedworkshopsorlecturedonthebenefits of greenbuildings, integrative design and regenerative development in 35statesand14countries.John holds a B.S. degree in Architecture from Penn State and a Master ofArchitecturedegreefromYaleUniversity.
DrDirkPietruschkaInstituteforAppliedResearch(IAF)andzafh.net,Germany3D-City model based predictive decision making and control ofdecentralized urban energy systems and their intelligentinteractionwithsmartgridsAbstract:Model basedpredictive control tools found already a quit broad application in theintelligent control of buildings, where such tools are used to increase the energyefficientHVACsystemoperation.However,duetotheincreasedshareofsustainableenergy technologies the urban energy system focuses a significant change from acentralized generation and supply structure to a more and more decentralizedsystem.Asmostof the renewableenergysourcesarestrongly fluctuatingover thedayandyear, intelligentcontrolmechanismsareneededtostabilize theenergydistributionnetworks. Energy system modelling combined with weather forecast data canprovide the required information well in advance and delivers the requiredinformation for an intelligent load and storage management. 3D-City modelscombined with simulation tools, weather forecast data and an intelligent datamanagement significantly reduce the effort for the energy system modelling andprovideadditionallyusefulgeometricalinformationonshadingeffects.In future smart grids this information will be used to adapt the demand and thecontrollable local energy generation to the needs of the local and higher leveltransfergrids.Withinthepresentationexamplesonthestructureandapplicationofthesepowerfultoolsforthecontrolofurbanenergysystemswillbeshown.
Biography:Dr. Dirk Pietruschka studied building physics at University of Applied Sciences inStuttgart.Afterwardshewasworkingfor10yearsasengineerforbuildingphysicsatDS-Plan in Cologne and at DEKRA Umwelt GmbH in Stuttgart. From October 2012until April 2014 he studied in the master course SENCE 'Sustainable EnergyCompetence' at the Universities of Applied Sciences in Stuttgart, Ulm andRottenburg.Since2004heisworkingasresearcheratUniversityofAppliedSciencesStuttgart.From2005 to2010hewasPhDstudentat theDeMontfortUniversity inLeicester, UK. The topic of his PhD was 'Model Based Control Optimization ofRenewableEnergyBasedHVACSystems'.FromAugust2007toOctober2013hewasas general manager of the center for sustainable energy technologies (zafh.net)responsible for theresearchdevelopment in theareaof renewableenergysystemsandbuildingphysics.SinceOctober2013heismanagingdirectoroftheInstituteforAppliedResearch (IAF) and vicedirectorof zafh.net.Herehe is responsible for thedevelopmentofnewinterdisciplinaryresearchareasinthefieldof intelligenthighlyenergy efficient districts and cities and for further development of internationalcooperation.
Monday12September11.00-13.00-Room7IGeneral Track 3: Renewable Energy Technologies,Applications and Integration inSmartDistrictsChair:EtienneWurtz,Co-Chair:EnricoFabrizio
Effect of biodiesel-water-air derived from biodiesel crude palm oil using premix
injectorandmixtureformationinburnercombustion
AmirKhalid,MirnahSuardi,YiiShiChinRonny,ShahrinHishamAmirnordinMonday12September11.00-13.00-Room9IGeneral Track 4: Big Data Analytics Technologies for Intelligent EnergyManagementinBuildingsChair:LindaXiaoFu,Co-Chair:AlfonsoCapozzoli
Predictinglargescalefinegrainenergyconsumption
TaniaCerquitelli
Assessment of building operational performance using data mining techniques: A
casestudy
ChengFan,FuXiao
OptimizationtoolsforbuildingenergymodelcalibrationRigoberto Arambula Lara, Emanuele Naboni, Giovanni Pernigotto, FrancescaCappelletti,YiZhang,FurioBarzone,AndreaGasparella,PiercarloRomagnoni
XueXiao,MartinSkitmore,XinHuTuesday13September10.30-13.00-Room3IInvited Session 3: Energy Smart Cities and Communities: from performanceindicatorstorealdistrict-scaleexamplesChair:FrancescoCausone,SalvatoreCarlucci
Petr Hejtmánek, Martin Volf, Kateřina Sojková, Radek Brandejs, Michal Kabrhel,MichalBejček,ErikNovák,AntonínLupíšekTuesday13September14.30-16.30-Room5IGeneralTrack1:SustainableBuildingsforSmartCitiesChair:MarcoPerino,Co-Chair:EnricoFabrizio
A new methodology for the selective measurement of building performance and
safety
JohnLittlewood,MahmoodAlam,SteveGoodhew
Evaluation of the space heating calculations within the Irish Dwelling Energy