Design the Optimum Grid and Power Sources for Sarawak
PEOPLE & SKILLS
Institute of Training Development
ASSIGNMENT
Design the Optimum Grid and Power Sources for Sarawak
Assignment submitted in fulfilment of requirements for the degree of
Bachelor in Electrical Engineering
Faculty of Engineering
Multimedia University
2013
DR. IR PRASHOBH KARUNAKARAN
Table of Contents
Details Pages
Contents i
Title ii
Dedication iii
Acknowledgement iv
Abstract v
Contents vi
List of Figures vii
List of Tables viii
List of abbreviations, symbols and specialized nomenclature ix
1.0 Introduction 1
1.1 Design the Optimum Grid and Power Source for Sarawak 2 1.2 The History and Future of Sarawak 2 1.3 The Future 500kV Backbone Transmission Line...............................................6 1.4 The Potential of Hydro Power in Sarawak 8
1.5 The Protection System 12
1.6 Future Plan 14
1.7 Conclusion 16
2.0 Literature Review 2
2.1 http://www.theborneopost.com/2013/06/09/the-future-of-hydropower-in-sarawak 2.2 The Future Hydropower in Malaysia.pdf 2.3 SEB Annual Report 2010 2.4 The Evolution of System Protection Schemes for the Sarawak Power System
i
3.0 List of Figures 3
3.1 Figure 1 Existing 275kv and 132 kV Transmission Lines (2010) . 3
3.2 Figure 2 Sarawak Energy Loading . 4
3.3 Figure 3 Existing Sarawak Energy Loading 2013. 4
3.4 Figure 4 Present State Grid System 5
3.5 Figure 5 Future 500kV Backbone 6
3.6 Figure 6 Potential Hydro Powers 10
3.7 Figure 7 Bakun Hydro Power 10
3.8 Figure 8 Murum Project 11
3.9 Figure 9 Evolutions of Protection Schemes 12
3.10 Figure 10 Operation Philosophy for SPS system 13
3.11 Figure 11 SEB Future Development 14
3.11 Figure 12 Smart Grid System 16
4.0 List of Table 4
4.1 Table 1 Projected Load Demand in Sarawak 2010 to 2020 5
4.2 Table 2 Successful bidders 6
5.0 List of Abbreviations, Symbols And Specialized Nomenclature 5
5.1 SEB Sarawak Energy Berhad
5.2 SCORE Sarawak
Institute of Training Development
ASSIGNMENT
Design the Optimum Grid and Power Sources for Sarawak
Assignment submitted in fulfilment of requirements for the degree of
Bachelor in Electrical Engineering
Faculty of Engineering
Multimedia University
2013
DR. IR PRASHOBH KARUNAKARAN
Table of Contents
Details Pages
Contents i
Title ii
Dedication iii
Acknowledgement iv
Abstract v
Contents vi
List of Figures vii
List of Tables viii
List of abbreviations, symbols and specialized nomenclature ix
1.0 Introduction 1
1.1 Design the Optimum Grid and Power Source for Sarawak 2 1.2 The History and Future of Sarawak 2 1.3 The Future 500kV Backbone Transmission Line...............................................6 1.4 The Potential of Hydro Power in Sarawak 8
1.5 The Protection System 12
1.6 Future Plan 14
1.7 Conclusion 16
2.0 Literature Review 2
2.1 http://www.theborneopost.com/2013/06/09/the-future-of-hydropower-in-sarawak 2.2 The Future Hydropower in Malaysia.pdf 2.3 SEB Annual Report 2010 2.4 The Evolution of System Protection Schemes for the Sarawak Power System
i
3.0 List of Figures 3
3.1 Figure 1 Existing 275kv and 132 kV Transmission Lines (2010) . 3
3.2 Figure 2 Sarawak Energy Loading . 4
3.3 Figure 3 Existing Sarawak Energy Loading 2013. 4
3.4 Figure 4 Present State Grid System 5
3.5 Figure 5 Future 500kV Backbone 6
3.6 Figure 6 Potential Hydro Powers 10
3.7 Figure 7 Bakun Hydro Power 10
3.8 Figure 8 Murum Project 11
3.9 Figure 9 Evolutions of Protection Schemes 12
3.10 Figure 10 Operation Philosophy for SPS system 13
3.11 Figure 11 SEB Future Development 14
3.11 Figure 12 Smart Grid System 16
4.0 List of Table 4
4.1 Table 1 Projected Load Demand in Sarawak 2010 to 2020 5
4.2 Table 2 Successful bidders 6
5.0 List of Abbreviations, Symbols And Specialized Nomenclature 5
5.1 SEB Sarawak Energy Berhad
5.2 SCORE Sarawak
Citations: 1. The Evolution of System Protection Schemes for the Sarawak Power System by Victor Wong (2012). 2. Bruno Manser Fonds (November, 2012).