000 02449nam a2200181Ia 4500
999 _c55074
_d55074
008 180908s9999||||xx |||||||||||||| ||und||
082 _aMBEP TH-0017
_bCHA
100 _aChaudhary, Abdul Moeed (PT500215)
_961749
245 0 _aLighting retrofit of CEPT University : enhancing visual comfort and reducing energy consumption (Also available on CD)
260 _c2018
300 _axvii,104p.,CD-ROM
505 _aCONTENTS Acknowledgement ix Abstract xi List of figures xiii List of Tables xv List of Abbreviations xvii 1. Introduction 1 1.1 Background 1 1.2 Need for the project 2 1.3 Statement of purpose 2 2. Literature study 3 2.1 Energy saving opportunity with lighting retrofit 3 2.2 Non-energy benefits of good lighting 4 2.3 Lighting audit methods 4 2.4 Visual comfort survey 5 2.5 Lighting Simulation 6 2.6 Lighting best practices 7 2.7 Codes, standards, and guidelines 7 2.8 Case studies 8 2.9 Summary of literature review 9 3. Project methodology 11 3.1 Phase-I Audit: Selection of representative spaces 11 3.2 Phase-II Audit: Detailed audit of the 3 representative spaces 11 3.3 Visual comfort survey 13 3.4 Market survey 13 3.5 Proposed retrofit solutions 13 4. Analysis and Findings 17 4.1 Phase I Audit: Selection of representative spaces 17 4.2 Phase-II audit of representative spaces 17 4.2.1 Studio (FD202) 18 4.2.2 Classroom (FT 104) 20 4.2.3 Private office (FP 218) 23 4.3 Visual comfort survey 25 4.3.1 Studio (FD 202) 25 4.3.2 Classroom (FT 104) 26 4.3.3 Private office (FP218) 27 4.4 Market Survey 27 4.5 Proposed retrofit solutions 28 4.5.1 Proposal for Studio (FD202) 28 4.5.2 Proposal for classroom (FT104) 32 4.5.3 Proposal for private office (FP 218) 35 4.5.4 Summary of results 38 5. Conclusion 39 6. Future work 41 References 43 Appendices 45 Appendix A: Phase 1 Audit 45 Appendix B: Visual comfort survey form 49 Appendix C: Validation of model 55 Appendix D: Phase II Audit Documentation 57 Appendix E: Proposed Retrofit luminaires details 69 Appendix F: Proposed retrofit results 71 Appendix G: Glossary 105
700 _aVaidya, Prasad (Guide)
_962342
890 _aIndia
891 _a2015 Batch
891 _aFT-PG
891 _aMasters of Technology in Building Energy Performance