臺灣博碩士論文加值系統

Vietnam, a tropical country in southeast asia which has been developping at a remarkable pace and being one of the most fastest growing countries in recent years. However, along with the boom of economy, the need of energy consumption for it has also increased rapidly. It affects a lot to the economy and the environment due to Vietnam has been producing electricity mostly from fossil fuels, those non renewable resources which contribute the most to the pollution and also the climate change.
Nevertheless, Vietnam is blessed with huge potential in terms of renewable energy development. Vietnam has a lot of rooms to apply technologies of producing power from solar radiation, wind. Besides, it is crucial to reduce the energy consumption of the economy in order to maximize the benefit and help the economy growing faster. In terms of the buildings, the development of the technology of generating power from solar radiation has opened the doors for new applications, new ideas for both the designers and the managers. The study discusses the feasibility of applying semi-transparent photovoltaic glasses, a new technology which has been researched in recent years into the facades of an office building in Hanoi, capital of Vietnam. It allows visible light from outside comes into the building while generating power from solar radiation and blocking a part of the heat transfered from the environment.
In summary, the cost of operating the building has not been considered properly in Vietnam. Most of people focus on the initial cost of building the construction while the operation cost, which affects a lot to the financial issue has not received much attention of the designers and the managers. The study is expected to point out the benefit of the new technology to encourage people to follow in order to give a hand to reduce the energy consumption of the Vietnamese economy.

ACKNOWLEDGMENTS i
ABSTRACT ii
TABLE OF CONTENTS iii
GLOSSARY OF TERMS AND ABBREVIATIONS v
LIST OF FIGURES vii
LIST OF TABLES viii
CHAPTER I: INTRODUCTION 1
1.1 RESEARCH BACKGROUND 1
1.2 PROBLEM STATEMENT 4
1.3 RESEARCH OBJECTIVES 5
1.4 SCOPE AND LIMITATIONS 6
1.5 RESEARCH METHODOLOGY 7
1.6 EXPECTED RESULTS 8
CHAPTER II: LITERATURE REVIEW 9
2.1 OVERVIEW OF THE ENERGY SECTOR OF VIETNAM 9
2.2 ENERGY CONSUMPTION OF OFFICE BUILDING 11
2.3 THE IMPACT OF WINDOW ON ENERGY CONSUMPTION OF OFFICE BUILDING 13
2.4 THE POTENTIAL OF SOLAR ENERGY IN VIETNAM 15
2.5 BRIEF INTRODUCTION ABOUT REVIT ARCHITECTURE 17
2.6 BRIEF INTRODUCTION ABOUT DESIGNBUILDER 17
2.7 BRIEF INTRODUCTION OF STPV IN THE MARKET 18
2.8 BRIEF REVIEW ABOUT THE PREVIOUS STUDIES 19
CHAPTER III: SIMULATING THE EFFECTS OF SEMI-TRANSPARENT SOLAR GLASSES ON VCCI BUILDING AND VALIDATING THE RESULTS BY THE PRACTICAL DATA 21
3.1 BASIC DATA INFORMATION OF THE CASE STUDY BUILDING 21
3.2 BASIC DATA INFORMATION OF WEATHER IN HANOI 29
3.3 CASE STUDY STPV PANELS 30
3.4 SIMULATING VCCI TOWER IN REVIT 2016 33
3.4.1 Building information 33
3.4.2 Simulating the building 33
3.5 SIMULATING THE MODEL IN DESIGNBUILDER AND ADJUSTING THE OUTPUT RESULTS 34
3.5.1 Gathering practical data of energy consumption of VCCI Tower 34
3.5.2 Importing Revit model into DesignBuilder 35
3.5.3 Running and adjusting the simulation 37
3.5.4 Simulating the performance of BriteSolar’s product on the energy balance of VCCI Tower 39
CHAPTER IV: ANALYZING THE FEASIBILITY OF APPLYING STPV GLASS INTO THE BUILDING 42
4.1. GATHERING INPUT PRICES 42
4.1.1. Double glazing 42
4.1.2. BriteSolar panel 42
4.1.3. Inverter 42
4.1.4. Cost of energy 44
4.1.5. Calculating the costs 46
4.2. CALCULATING THE NET PRESENT VALUES OF TWO ALTERNATIVES 47
4.2.1 Choosing the interest rate 47
4.2.2 Financial result of applying double glazing units 48
4.2.3 Financial result of applying BriteSolar panels 49
CHAPTER V: CONCLUSION AND RECOMMENDATIONS 51
5.1 CONCLUSION 51
5.2 RECOMMENDATIONS 51
REFERENCES 53

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