000 02406nam a2200181Ia 4500
999 _c55073
_d55073
008 180908s9999||||xx |||||||||||||| ||und||
082 _aMBEP TH-0016
_bSHA
100 _aSharma, Kartikay (PT500715)
_961747
245 0 _aIndia's path to low carbon building stock : estimating energy savings potential for commercial building stock (Also available on CD)
260 _c2018
300 _a138p.,15sheets,CD-ROM
505 _aCONTENTS ABSTRACT 4 ACKNOWLEDGEMENTS 5 List of Figures 9 LIST OF TABLES 12 ABBREVIATIONS 13 1. INTRODUCTION 15 1.1 Background and need for the study 15 1.2 Research questions 17 1.3 Scope and limitation of the study 18 2. LITERATURE REVIEW 19 2.1 Introduction 19 2.2 Building energy use characterization 19 2.3 Building energy use simulation 20 2.4 Building stock estimation/assessment 21 2.5 Building stock modelling 21 2.6 Building energy performance benchmark 24 3. METHODOLOGY 25 3.1 Data collection 25 3.2 Base-case 26 3.3 ECMs identification & simulation 28 3.4 Aggregation of the savings to national building stock 29 4. BASE-CASE SIMULATION & ANALYSIS 31 4.1 Building level data sources 31 4.2 Synthesis of building level data 32 4.3 Prototype simulation | base case simulation 33 5. ECMs RESULTS AND ANALYSIS 35 5.1 ECBC compliant ECMs 35 5.2 Beyond ECBC ECMs 35 5.3 Results for individual ECMs 36 6. NATIONAL BUILDING STOCK LEVEL ANALYSIS 38 6.1 Aggregation level data 38 6.2 Complied aggregation data 39 6.3 Building stock analysis 40 6.4 Energy savings at building stock 42 7. CONCLUSIONS 45 8. FUTURE SCOPE FOR THE STUDY 47 9. BIBLIOGRAPHY 48 ANNEXURE 54 A Preliminary literature review 54 B Data sources for prototypes and aggregation 57 C Building energy Benchmarks 58 D Energy audit raw data 59 E Building level parameters 67 F ECMs Specifications 81 G Applicability factors 85 H Climate data & formulae for Aggregation 86 I Simulation results 91 J Climate weighted simulation results 103 K VRV+VAV system providers 106 L ECM Input Sheet 1 108 M Building prototype 138
700 _aSarraf, Saket (Guide)
_962351
890 _aIndia
891 _a2015 Batch
891 _aFT-PG
891 _aMasters of Technology in Building Energy Performance