声明
CHAPTER 1: INTRODUCTION
1.1. Sustainable energy development
1.2. Fundamental operation of fuel cell systems
1.2.1. Proton exchange membrane fuel cell operation
1.2.2. Types of fuel cell
1.2.3. Fuel cell efficiency
1.2.4. Causes of voltage drop
1.3. Wind energy
1.3.1. Overview of wind energy
1.3.2. Turbine speed operating regions
1.3.3. Variable-speed wind turbine architecture
1.3.4. Power electronic converter
1.3.5. Standalone operation of wind turbine generator
1.3.6. Energy storage systems for wind a power system
1.4. Control isue
1.5. Contributions
1.6. Structure of thesis
CHAPTER 2: EFFECTS OF GAS CHANNEL DESIGNS ON WATER MANAGEMENT AND THEPERFORMANCE OF POLYMER ELECTROLYTE MEMBRANE FUEL CELL
2.1. Introduction
2.2. Fundamental operation of fuel cell
2.3. Impacts of flow field designs on fuel cell operations
2.3.1. Structured Techniques for Flow-Field Optimization
2.3.2. Impact of flow field pattern on fuel cell operation
2.3.3. Effect of geometrical characterizations of serpentine flow-field on fuel cell operations
2.3.4. The role of serpentine configurations constructed with sub-channels and by-passes for improving the PEMFC performance
2.3.5. Differentdesignsof theanodeand cathode flow-field forenhancing fuel cell performance
2.3.6. Effect of gas flow direction on the fuel cell operation
2.4. Summary
CHAPTER 3: DESIGN OF A ROBUST ADAPTIVE FUZZY –NEURAL NETWORK CONTROL FOR FUELCELL
3.1. Introduction
3.2. Dynamic model of PEMFC
3.3. Control design
3.3.1. Feedback linearization control design of PEMFC
3.3.2. Linear controller design of PEMFC
3.3.3. Design of adaptive fuzzy neural network control
3.4. Simulation results
3.5. Summary
CHAPTER 4: DESIGN OF L1 ADAPTIVE CONTROL FOR PMSG WIND TURBINE SYSTEM
4.1. Introduction
4.2. Wind Turbine System Description
4.2.1. Wind turbine modeling
4.2.2. PMSG Modeling
4.3. L1 Adaptive Control
4.3.1. Problem Formulation
4.3.2. L1adaptive control architecture
4.3.3. L1 Adaptive Control Design
4.3.4. Analysis of L1 Adaptive Controller
4.4. Simulation Results
4.5. Conclusions
CHAPTER 5: DESIGN OF CONTROLLER AND OBSERVER FOR THREE-PHASE INVERTER IN STANDALONE OPERATION
5.1. Introduction
5.2. Standalone DGS description and mathematical model
5.3. STA controller and observer design
5.3.1. Controller design
5.3.2. Stability of The Control System
5.3.3. Tuning the parameters of STA controller
5.3.4. Load current observer
5.3.5 The standard sliding mode controller
5.4. Simulation results
5.5. Conclusions
CONCLUSION
致谢
参考文献
APENDIX A: SYSTEM THEORY
A.1. Vector and Matrix norm
A.1.1. vector norms
A.1.2. Matrix norm
A.2. Symmetric and Positive Definite Matrices
A.3. L- spaces and L-norms
A.4. L1 –stability
A.5. Projection operator for Adaptation laws
APPENDIX B: LIST OF PUBICATIONS
湖南大学;