abstract with index
TRANSCRIPT
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CHAPTER 3
3 STATCOM 29
3.1 OPERATING PRINCIPLE 303.2 MODELLING OF STATCOM 32
3.2.1SHUNT VARIABLE SUSPECTANCE METHOD 33
3.3 TYPICAL APPLICATIONS OF STATCOM 34
3.4 MAIN ADVANTAGES OF STATCOM 34
CHAPTER 4
4 MATLAB 35
4.1 INTRODUCTION TO MAT LAB 35
4.2 MAT LAB WINDOW 36
4.3 PROBLEM EVALUATION 38
4.3.1 IEEE 5 BUS SYSTEM 38
4.3.1.1USING WITHOUT STATCOM 38
4.3.1.2USING SINGLE STATCOM 39
4.3.1.3USING MULTIPLE STATCOM 40
4.3.2 IEEE 14 BUS SYSTEM 41
4.3.2.1 USING WITHOUT STATCOM 41
4.3.2.2 USING SINGLE STATCOM 43
4.3.2.3 USING MULTIPLE STATCOM 45
CHAPTER 5
5 CONCLUSION 47
BIBLIOGRAPHY 49
APPENDIX 50
IEEE 5 BUS LINE AND LOAD DATA 51
IEEE 14 BUS LINE AND LOAD DATA 52
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LIST OF FIGURES:
1.1 POWER FLOW IN PARALLEL PATHS 12
2.1.1 TCSC LAYOUT 19
2.1.2 TSSC LAYOUT 20
2.1.3 SSSC LAYOUT 21
2.2.1 STATCOM LAYOUT 23
2.2.2 TCR LAYOUT 24
2.2.3 TCSC LAYOUT 24
2.3 UPFC LAYOUT 26
3.1 STRUCTURE OF STATCOM 29
3.2 TYPICAL VI CHARACTERISTICS FOF STATCOM 30
3.3 STATCOM 31
3.4 STATCOM UNDER VARIABLE SUSPECTANCE METHOD 33
4.1 IEEE 5 BUS SYSTEM 38
4.2 IEEE 5 BUS SYSTEM WITH SINGLE STATCOM 39
4.3 IEEE 5 BUS SYSTEM WITH MULTIPLE STATCOM 40
4.4 IEEE 14 BUS SYSTEM 41
4.5 IEEE 14 BUS SYSTEM WITH SINGLE STATCOM 43
4.6 IEEE 14 BUS SYSTEM WITH MULTIPLE STATCOM 45
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LIST OF TABLES
1. COMPARISION IF DIFFERENT FACTS DEVICES 14
2. MAT LAB RESULTS OF IEEE 5 BUS WITHOUT USING STATCOM 38
3. MAT LAB RESULTS IEEE 5 BUS WITH USING SINGLE STATCOM 39
4. MAT LAB RESULTS 5 BUS WITH USING MULTIPLE STATCOM 40
5. MAT LAB RESULTS IEEE 14 BUS WITHOUT USING STATCOM 42
6. MAT LAB RESULTS 14 BUS WITH USING SINGLE STATCOM 44
7. MAT LAB RESULTS 14 BUS WITH USING MULTIPLE STATCOM 46
8. LINE AND LOAD DATA FO IEEE 5 BUS SYSTEM 50
9. LINE DATA FO IEEE 14 BUS SYSTEM 51
10. LOAD DATA FO IEEE 14 BUS SYSTEM 52