声明
Abstract
Table of contents
Table of Figures
Chapter 1：Introduction
1．2 Research contents and objectives
1．3 Organization of Thesis
Chapter 2：System Frequency Control
2．1 Introduction to literature review
2．2 Impact of intermittent renewable energy sources to Power system
2．3 Demand Response strategies to implement ancillary frequency response
2．4 Introduction to HVAC Load control
2．4．1 Air-Side HVAC systems
2．4．2 PID control
2．4．3 Model predictive control
2．4．4 Adaptive Fuzzy Logic Control
2．5 Low-Order System Frequency Response Model
Chapter 3：Power System Frequency Response model and HVAC load control designs
3．1 Power System Frequency Response Model with dynamic system parameters
3．2 The HVAC aggregate model and its control
3．3 Mathematical Formulation of Demand side response model
3．4 Adaptive Fuzzy Logic control design for HVAC Systems
3．4．1 Sizing of Water valve
3．4．2 Sizing of steam valve
3．4．3 Modelling of Air Handling Unit
3．4．4 Fuzzy Rule Matrix Adaptation Algorithm
3．5 Case study of the Power System Frequency Response model with A-FLC HVAC loads
3．5．1 Contribution of HVAC loads to Frequency Response
3．5．2 Methodology for Evaluating System Operation
3．5．3 Introduction of DR loads into System scheduling and Evaluation the Benefits of DR
Chapter 4：Result analysis of case study and discussion
4．1 Simulation results of Adaptive Fuzzy Logic Control model for HVAC system
4．2 Simulated scenarios for the Great Britain System
4．3 Economic Benefits of DR in the system
Chapter 5：Conclusions and the scope of future work
5．1 Conclusion
5．1 Scope of Future work
Acknowledgement
References
