the life cycle performance of sustainable renovation concepts

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4.1 MODEL DEVELOPMENTFigure 26 provides the developed model after the execution of all four researchcomponents. Figure 26 also provides information about the source of the identifiedfactors of influence. The legend that is added to the figure shows in which researchcomponent the factor has been identified. The legend provides four colors that refer tothe four research components for model development. In figure 26, these four colors areappointed to the indentified factors of the model to explain the source of the identifiedfactors of the model.Boundary conditionsScopeReference buildingLifespan of buildingLifespan of elementsReplacementcosts of elementsChange over costsDisposal costsMaintenance costsOperating costsInitial investmentDevelopmentenergy priceDiscount rateThermal capacityInfiltrationFinancialfactorsExternalfactorsTransmissionTechnicalperformanceLCCRiskRentInstallationtechniquesEPCLCYPrimaryreturnsVentilationTap waterSpace coolingSpace heatingPerformanceSecundaryreturnsExit yieldUser healthQLCEIDisposalSoundAir qualityLife cycleThermal comfortLight & visualcomfortUser qualityAssemblyReplacementsTechnical qualityFuturevalueEnergyLEGENDLITERATURE STUDYEXISTING TOOLSEXPERT INTERVIEWSMODEL TESTINGFuture orientedfacilitiesFlexibilityExperienced valueMaterialsProcessing &manufacturingTransportFIGURE 26 - RESEARCH COMPONENTS & MODEL DEVELOPMENT46
4.2 MODEL & EXPLANATIONThis chapter provides an overview and detailed information about the developed modeland its integrated factors. The explanation of the model is provided on the basis of fourquestions. The questions that are answered in this chapter are listed in figure 27.Paragraph Question Explanation4.2.1 - Overview of the developed model4.2.2 What What is the model and what is measured by the model?4.2.3 Why Why is the model developed, and why are theseintegrated factors taken into account?4.2.4 Who and when Who benefits from the model and when is the modeluseful?4.2.5 How How should the output of the model be interpreted?4.2.6 - Detailed explanation of integrated factorsFIGURE 27 – ASPECTS OF MODEL DESCRIPTION4.2.1 MODELFigure 28 shows the “life cycle performance evaluation model” for sustainable renovationconcepts.Boundary conditionsScopeReference buildingLifespan of buildingLifespan of elementsReplacementcosts of elementsChange over costsDisposal costsMaintenance costsOperating costsInitial investmentDevelopmentenergy priceDiscount rateThermal capacityInfiltrationTransmissionFinancialfactorsExternalfactorsTechnicalperformanceLCCRiskRentInstallationtechniquesEPCLCYPrimaryreturnsVentilationTap waterSpace coolingSpace heatingPerformanceSecundaryreturnsExit yieldUser healthQLCEIDisposalSoundAir qualityLife cycleThermal comfortLight & visualcomfortUser qualityAssemblyReplacementsTechnical qualityFuturevalueEnergyFuture orientedfacilitiesFlexibilityExperienced valueMaterialsProcessing &manufacturingTransportFIGURE 28 - THE DEVELOPED LIFE CYCLE PERFORMANCE EVALUATION MODEL47
Page 1: THE LIFE CYCLE PERFORMANCEOF SUSTAI
Page 5 and 6: PREFACEThis report is the result of
Page 7 and 8: INDEXPREFACE ......................
Page 9 and 10: figure 2 & 3. This results in incre
Page 11 and 12: RENOVATIONThe third option is large
Page 13 and 14: 2. RESEARCH DESCRIPTIONThis chapter
Page 15 and 16: 2.5 RESEARCH METHODOLOGYThis paragr
Page 17 and 18: profession of the expert. The notes
Page 19 and 20: 2.5.5 PHASE 4 - MODEL APPLICATIONIn
Page 21 and 22: HUMAN BEHAVIORIn his report, Hoppe
Page 23 and 24: of negative network externalities,
Page 25 and 26: - Rental price of the house- Compos
Page 27 and 28: During the execution of this resear
Page 29 and 30: installation technical advisor pull
Page 31 and 32: CONCLUSIONThe process at case „De
Page 33 and 34: - Durability- ComfortThe EPA states
Page 35 and 36: To come to a definition of the conc
Page 37 and 38: Currently, there are 330 BREEAM exp
Page 39 and 40: - LCA is a relative approach, struc
Page 41 and 42: considers whole life cycleenvironme
Page 43 and 44: - The influence and relevance of th
Page 45: 4. MODELThis chapter goes into deta
Page 49 and 50: Lastly, the existing models lack a
Page 51 and 52: the financial aspect can lead to va
Page 53 and 54: The normalized score of the „stan
Page 55 and 56: calculation, an assumption or expec
Page 57 and 58: - TransmissionThe transmission of a
Page 59 and 60: C=2: Functional lifespan of the ele
Page 61 and 62: The aquiferous package is essential
Page 63 and 64: possibilities that a building offer
Page 65 and 66: LIFESPAN OF BUILDINGNormally, the l
Page 67 and 68: WARMBOUWEN RENOVATIONFigure 46 show
Page 69 and 70: EnergyEPC EPC (average) Rental poin
Page 71 and 72: Lifespan of elements/functional cha
Page 73 and 74: 5.4 MODEL OUTPUT - PERFORMANCE OF W
Page 75 and 76: ANALYSIS 12: PERFORMANCE ON QUALITY
Page 77 and 78: 5.5 IMPROVEMENTS FOR WARMBOUWENIMPR
Page 79 and 80: 6. DISCUSSIONThis chapter provides
Page 81 and 82: SUBSIDY ON SUSTAINABLE CONCEPTSThe
Page 83 and 84: 7. CONCLUSIONSIn this chapter the d
Page 85 and 86: There is a positive correlation bet
Page 87 and 88: 6. WHAT IS THE SUSTAINABLE PERFORMA
Page 89 and 90: BIBLIOGRAPHYLITERATURE[1] Adalberth
Page 91 and 92: [34] Poel, A., Hutjes, G.T. en C.A.
Page 93: APPENDICES93

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