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OverviewofSHBERCN
AnNSFResearchCoordinationNetworkofScienceEngineering&EducationforSustainability
YongX.Tao,Ph.D. ,P.E.
PACCARProfessorandChairMechanicalandEnergyEngineeringDepartment,UniversityofNorthTexas
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WhatisSHBE-RCN
PredictiveModelingNetworkforSustainableHuman-BuildingEcosystems(SHBE)
AResearchCoordinationNetwork(RCN):Science,EngineeringandEducationforSustainability,sponsoredby
NSFKeyPoints:
• Hypothesis• Focusonhowtocollaborateontheresearchagenda• Keydeliverables:– Workshopsandsymposium– Educationandoutreach– Buildingpartnership
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KeyNetworkParticipants
This image cannot currently be displayed.
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Whydoesitmatter?
DOE’sviewonbuildingenergytechnologies(NextfourslidescourtesyofDOEEEREBTO)
1. Targets2. TechnologyDevelopment§ Envelopesandwindows§ Equipmentandcontrols
Whatabouthumanfactorsandsustainabilityissues
1. IEAAnnex662. Human-BuildingEcosystemconcept3.Multidisciplinaryeffortsonsustainabilityandworkingscopes
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Where do we use the energy?
Heating and Cooling = 9.3 Quads
Energy from Nuclear Power = 8.1 Quads
Sources: LBNL EETD 2009, LLNL, 20103
Lighting = 4.7 Quads
Petroleum used for Aviation = 3.4 Quads
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Commercial & Residential Primary Energy EndUse (Quads)
Source: Building Energy Data Book,
Spaceheatingandcooling
16.1
http://buildingsdatabook.eren.doe.gov/4
Lighting6.0
Water Heating4.0
Other3.6
Refrigeration2.8
Electronics2.8
Ajust toSEDS2.4
Cooking1.2
Computers1.2
Heating, Cooling, Lighting = 56%22 Quads!
Two Strategies for Reducing Energy Consumption
1. Make more efficient machines
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Two Strategies for Reducing Energy Consumption
2. Be smarter about how we use energy
Robust Materials/Systems
Dynamic Materials/Systems
Reasonable Installation Methods
Aesthetically Pleasing Facades
Low-cost to enable mass market adoption
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Wasted Site Energy in Buildings
ResidentialBuildings
Electricity: 4.95
Solar: 0.11
Natural Gas: 5.06
Biomass: 0.42Petroleum: 1.22
Electricity: 4.54
Wasted Energy: 1.74
Useful Energy: 9.43
Wasted Energy: 2.36
CommercialBuildings
Natural Gas: 3.28
Biomass: 0.11Petroleum: 0.71
Useful Energy: 6.97
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BTO Goal: 50% Reduction in BuildingEnergy Consumption by 2030
R&D MarketStimulation
Codes &Standards
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Relationshipbetweenoccupantsandbuildings
IEAAnnex66:DefinitionandSimulationofOccupantBehaviorinBuildings
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SustainableHuman-BuildingEcosystem
(a) (b)(a) Relation to natural ecosystem; the interface acts as I/O between human habitat system and natural ecosystem of the planet Earth, and (b) science
of Sustainable Human-Building Ecosystem (SHBE Network Concept)
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Hypothesis
Integratingoccupantbehaviorswithbuiltenvironmentperformancesvalidated fromlargefielddatasetscanleadtosignificantreductionsoftheuncertaintyinpredictivemodels forhumanadaptationtoenergyefficiencyandsustainabilityofbuildingecosystems.
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FiveThemesasTheoreticalFocusofSHBE
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ThemeI:Buildingphysicalsystemandenvironmentmodeling.
Models Data Initialnetworkunits
(affiliated)ModelType(Software)
RequiredIndependent&dependentI/O
DataType Contributiontothenetwork
Buildingdesign,energysimulationandagentbasedmodels(EnergyPlus-TRNSYS,eQuest,REVIT,GreenBuildingStudio-BIM,Vasari,SIEMENSPLM)
Input:localweatherdata,buildinginformationandoccupantbehaviordata;Output:Energyconsumptionpatternandforecast,web-baseduserinterface,wirelessdataacquisitionsystems
Realtimeoutdoor,indoorcomfort,buildingsystemperformance.energyconsumptionwithsub-metering,userbehaviorquantification,humanenergyuseintervention,3D-CNDscenariosimulations,implementation,retrofitting,benchmarking
Validationofthebuilding-scaleenergy/systemperformancemodelsandscaledupcommunitymodel;simulationandmodelingofoccupancyenergyusedataandinterventionresults
UNT,UW,TAMU,FIU(Tex- energy,cityofDenton,EnergyCenterofWisconsin,JohnsonControls,UWEnergyInstitute,;AIA,ACE-EU,UIA,USGBC)
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ThemeII:Humanbehaviormodeling
Models Data Initialnetworkunits
(affiliated)
ModelType(Software)
RequiredIndependent&dependentI/O
DataTypeContributiontothenetwork
Agent-baseddevelopmenttoolsandmodelsphysiology-basedsensorsystemforhumanthermalcomfort
Input:capturingdevicesandmechanisms,SHBEcharacteristicsandconstraints;systemperformanceindicators,humancomfortcriteria;Outputs:Psychological,physiologicalandcommunicationdata,behaviorindicators
Userbehaviorquantificationdata,human-technologyinteractiondata,human-humaninteractiondata,psychologicalbiasesdata,simulationdata,performanceindicators,validationandverificationindicators,system-leveldata
Quantificationofhumanbehavior,theroleofincentivesandhumanbiasesontheoverallparticipationofpopulationinsustainabilityinitiativesandtheirimpactsondesign
UNCC,UNT(Tsinghua,Tongji andXi’anUniversityofArchitectureandTechnology)
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ThemeIII:Social/policyimpactmodeling
DiffusionofInnovationandsocialacceptancemodels
Input:city,stateandnationalprogramdesign;Output:costvs.impactdataontheseprograms
Surveydata;censusdata,demographicdata
Statusofecosystemadoptionthroughtimeandpotentialstrategiesforthesustainabilitymovement;identifyingonsetanddirectionofemergentbehaviors
FSU,UNT
Models Data Initialnetworkunits
(affiliated)ModelType(Software)
RequiredIndependent&dependentI/O
DataType Contributiontothenetwork
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ThemeIV:Dynamiclifecycleassessment(LCA)andbusinessecosystemmodeling
Ahuman-centereddynamicanalyticmodeloflifecycleassessment;businessecosystemmodelsforsustainablehuman-buildingecosystems
Inputfromthenetwork:humanbehaviorfactorsandmodels;Outputtothenetwork:midpointenvironmentalimpacts,consumables,effluents,long-term,valuepropositionforecosystemsatalllevelssocialcostbenefit
Materialandassemblycostsandenvironmentalimpacts,buildingform/site/infrastructuredataincludingfreshwatertransportation,buildingandhighwayinventory;Businessdemographicdataandeconomicdata
Incorporatingsignificanthumanbehaviorfactorsinlifecycleassessmentatbuildingorcommunityscaleanditsimpact,compatibilityofbusinessecosystemwithSHRE
FIU,CMUUNT(Miami-DadeCounty,CityofMiamiBeach,FDOT)
Models Data Initialnetworkunits(affiliated)
ModelType(Software)
RequiredIndependent&dependentI/O
DataType Contributiontothenetwork
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ThemeV:Modelintegrationandvalidation
EnergyPlus,MatLab-Simulink,GenOpt,BCVTB;PrototypesofBIMtothermalandBIMtodaylightingtranslators
Web-baseduserinterface,wired/wirelessdataacquisitionsystems;Input:designspecification,designdrawings;Output:parametricmodels,BIM,andenergymodels
Realtimeindoor-outdoorenvironmentaldata,energyconsumptionandsubmeteringdata,userbehaviorquantificationdata;BuildingInformationModels,EnergyModels(daylightingandthermalmodels),parametricmodels,simulationresults
Buildinglifecycledecisionsupport,fromdesigntooperation;BIMinthedesignprocess;Interoperabilityamongparametricmodeling,BIM,andenergymodeling
CMU,TAMU(LawrenceBerkeleyNationalLab,StanfordUniversityCIFE,architectsindesignfirms)
Models Data Initialnetworkunits
(affiliated)
ModelType(Software)
RequiredIndependent&dependentI/O
DataTypeContributiontothenetwork
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ThemeVI:CollaborationinEducation
• GraduateeducationinSustainableHuman-BuildingEcosystems
• Methodologyofinformaleducationforsustainableliving
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Proposed Graduate Learning ProgramTitleandSubjectModules* OfferingMechanisms
Tentative Program title: Sustainable Human-Building Ecosystems
Freemodulesfornetworkstudents.Studentspaytuitionstohomeinstitutions
ModuleI:Physicalsystemdesign.Computer-aidedarchitecturaldesign,parametricmodeling,BIM,andenergymodeling
OnlinemodulecontributedbyTAMU,UNT,FIU,CMU
Module II: Human behavior: Occupants andbuilding operators
OnlinemodulecontributedbyUNCC,FIU,UW
Module III: Complex building ecosystemanalysis: policy and societal factors
OnlinemodulecontributedbyFSU
Module IV: Life cycle analysis OnlinemodulecontributedbyFIU,CMU
Module IV-2: Business ecosystem andsustainability
OnlinemodulecontributedbyUNT
Module V: Data collection, model validationand analysis
Sitevisitandexperimentalexperiences
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Informaleducationforsustainableliving
• Theeducationalactivitiesincludethefollowing:• Developaweb-baseddatabaseoncomprehensive,best
practicesininformaleducationrelatedtothenetworkthemes.
• UsethesamewebplatformtoprovideaquickoutreachinformationdeliveryofcollaborativeresearchthemesoftheSHBRnetwork.
• Designtargetededucation/outreachtoolsforunderrepresentedpopulationsviathebestcommunicationchannels(forexample,smartphoneplatform).
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SHBENetworkActivityTimeline
Activities CoordinatingInstitution Year1 Year2 Year3 Year4 Year5
Bi-Monthlysteeringcommitteetelemeeting UNT X X X X X
Monthly workinggrouptelemeeting Groupleaders X X X X X
Annualnetworkretreat UNT X X X X X
WorkshopThemeI UNT X X
WorkshopThemeII UNCC X X
WorkshopThemeIII FSU X X
WorkshopThemeIV FIU X X
WorkshopThemeV CMU X X
WorkshopEducation UNT X
Workshoptolaunchdatabase UNT X
SHBESymposium FIU X X
Studentcampusvisits Eachcampus X X X X XNetworkannualevaluationbySteeringCommittee UNT X X X X X
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WorkingGroups
WorkingGroup GroupLeaders Participants
Physicalsystems(ThemeI) Tao, Spiegelhalter,Nepomechie,Yan,John,Cao
Humanbehaviors(ThemeII) Tolone,Hadzikadic,Menassa,Arpan,Thompson,Opel
Social/Policyimpacts(ThemeIII) Feriock,Ingman,Yeatts,Pevnitskaya
Lifecycle/economics(ThemeIV) Zhu,Yan,Pevnitskaya
Modelintegrationandvalidation(ThemeV)
Lam,Tao,Tolone,Yan,Spiegelhalter
Sustainabilityeducation(VI) Chen, Zhu,Day,Tao,Lam,Arpan
We are looking for more members joining working groups
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DataManagement
• HomePage:shbe.org• ASME.org
– Participantsocialnetwork(filesharing,participants/studentsinteractions)
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WorkshopsI-V
WorkshopI:UNT,Denton,TX2013.ThemeIWorkshopII:UNCC,Charlotte,NC,2014.ThemeIIWorkshopIII:LBNL,Berkeley,CA,2015.ThemeIVWorkshopVIandSymposium:CMU,Pittsburg,PA,2015.ThemeV
WorkshopV:Thisworkshop:FSU,Tallahassee,FL,2016.ThemeIII
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Products
• ProceedingsofInauguralSymposiumonSustainableHuman-BuildingEcosystems,October,2015(CDavailableforsaleatSHBE.org)
• Book:AnalyticsforBuilding-ScaleSustainableEcosystems,Begell House(2015.ISBN: 978-1-56700-279-9ISBNOnline: 978-1-56700-288-1)
• ModelingandDataStructureforSustainableHuman-BuildingEcosystems(SHBE)- AReview– tobesubmittedtoEnergyandBuildings
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Acknowledgements
• Slides/photoscredits:– DOEEEREBTO(Dr.KarmaSawyer)– SensingArchitecture,Ms.MariaLorenaLehman– ThermoAnalytics
• UNTStaffsupports:– Dr.TingzhenMing,KathyBomar,HeatherBurrow,RobinWeinrich,EmilyDeacon,KelliGollmitzer
• GrantsupportfromNSF• Steeringcommitteeandworkinggroupsandalltheparticipants
Thank you!